5914ed2ab5
Updated Release Archive. Fixed Mage-killer prereqs. Removed old LETO & ConvoCC related files. Added organized spell scroll store. Fixed Gloura spellbook. Various TLK fixes. Reorganized Repo. Removed invalid user folders. Added DocGen back in.
4242 lines
301 KiB
Plaintext
4242 lines
301 KiB
Plaintext
/** @file
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=============================================
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PENTAGRAMS & SUMMONING CIRCLES v1.45
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=============================================
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gaoneng January 17, 2005
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#include "inc_draw"
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last updated on August 8, 2005
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modified by Ornedan of PRC to add new parameters:
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fDirectionXZ and fDirectionYZ
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Draw geometric forms using a variety of media
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=============================================
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*/
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#include "inc_draw_tools"
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/*
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=============================================
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DRAW* PLACE* AND BEAM* FUNCTIONS DECLARATIONS
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=============================================
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*/
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// Draws a circle around lCenter
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// =============================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius of circle in meters. (1 tile = 10.0m X 10.0m)
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the circle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the circle. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawCircle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a spiral around lCenter
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// =============================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the spiral lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a spring around lCenter
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// =============================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the spring lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a line towards lCenter
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// ============================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fLength = length of line in meters. (1 tile = 10.0m X 10.0m)
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// fDirection = direction of line respective to normal. DEFAULT : 0.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the spring lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fTime = time in seconds taken to draw the line. DEFAULT : 6.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawLineToCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, int nFrequency=90, float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a line from lCenter
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// =========================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fLength = length of line in meters. (1 tile = 10.0m X 10.0m)
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// fDirection = direction of line respective to normal. DEFAULT : 0.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the spring lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fTime = time in seconds taken to draw the line. DEFAULT : 6.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawLineFromCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, int nFrequency=90, float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a polygonal spring around lCenter
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// =======================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the spring lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawPolygonalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a polygonal spiral around lCenter
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// =======================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the spiral lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawPolygonalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a polygon around lCenter
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// ==============================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius of polygon in meters. (1 tile = 10.0m X 10.0m)
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the polygon lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the polygon. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawPolygon(int nDurationType, int nVFX, location lCenter, float fRadius, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a pentacle (five-pointed star) around lCenter
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// ===================================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius of pentacle in meters. (1 tile = 10.0m X 10.0m)
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the pentacle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the pentacle. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawPentacle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a pentaclic spiral around lCenter
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// =======================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the pentacle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawPentaclicSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a pentaclic spring around lCenter
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// =======================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the pentacle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawPentaclicSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a star spring around lCenter
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// ==================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStartOuter = starting outer radius of spring in meters.
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// fRadiusStartInner = starting inner radius of spring in meters.
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// fRadiusEndOuter = ending outer radius of spring in meters. DEFAULT : 0.0
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// fRadiusEndInner = ending inner radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// nSides = number of sides (or points) DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the pentacle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawStarSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a star spiral around lCenter
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// ==================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStartOuter = starting outer radius of spiral in meters.
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// fRadiusStartInner = starting inner radius of spiral in meters.
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// fRadiusEndOuter = ending outer radius of spring in meters. DEFAULT : 0.0
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// fRadiusEndInner = ending inner radius of spring in meters. DEFAULT : 0.0
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// nSides = number of sides (or points) DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the pentacle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawStarSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a star around lCenter
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// ===========================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusOuter = outer radius of star in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusInner = inner radius of star in meters.
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// nSides = number of sides (or points) DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the pentacle lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawStar(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a hemisphere around lCenter
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// =================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of sphere in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of sphere in meters. DEFAULT : 0.0
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// fHeightStart = starting height of sphere in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of sphere in meters. DEFAULT : 5.0
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the sphere lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the sphere. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
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void DrawHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a perfect sphere around lCenter
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// =====================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius of sphere in meters. (1 tile = 10.0m X 10.0m)
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the sphere lasts before fading. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more effects are
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// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the sphere. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
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void DrawSphere(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a polygonal hemisphere around lCenter
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// ===========================================
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|
// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
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// fRadiusStart = starting radius of sphere in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of sphere in meters. DEFAULT : 0.0
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// fHeightStart = starting height of sphere in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of sphere in meters. DEFAULT : 5.0
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
|
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the sphere lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the sphere. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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|
// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
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void DrawPolygonalHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a toroidal spring around lCenter
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// ======================================
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// nDurationType = DURATION_TYPE_* constant
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// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
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|
// fRadiusStartOuter = starting outer radius of the torus in meters.
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// fRadiusStartInner = starting inner radius of the torus in meters.
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|
// fRadiusEndOuter = ending outer radius of the torus in meters. DEFAULT : 0.0
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// fRadiusEndInner = ending inner radius of the torus in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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|
// of seconds the spring lasts before fading. DEFAULT : 0.0
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|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
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|
// fLoopsPerRev = number of loops per revolution. DEFAULT : 36.0
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// fRev = number of revolutions. DEFAULT : 5.0
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|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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void DrawToroidalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fLoopsPerRev=36.0f, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a toroidal spiral around lCenter
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|
// ======================================
|
|
// nDurationType = DURATION_TYPE_* constant
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|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
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|
// fRadiusStartOuter = starting outer radius of the torus in meters.
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|
// fRadiusStartInner = starting inner radius of the torus in meters.
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|
// fRadiusEndOuter = ending outer radius of the torus in meters. DEFAULT : 0.0
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// fRadiusEndInner = ending inner radius of the torus in meters. DEFAULT : 0.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fLoopsPerRev = number of loops per revolution. DEFAULT : 36.0
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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|
void DrawToroidalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fDuration=0.0f, int nFrequency=90, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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// Draws a standard torus around lCenter
|
|
// =====================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusOuter = outer radius of the torus in meters.
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|
// fRadiusInner = inner radius of the torus in meters.
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fLoopsPerRev = number of loops per revolution. DEFAULT : 36.0
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the torus. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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|
void DrawTorus(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, float fDuration=0.0f, int nFrequency=90, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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|
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|
// Draws a sinusoidal curve from lCenter
|
|
// =====================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = amplitude of curve in meters.
|
|
// fLength = horizontal length of curve in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDirection = direction of line respective to normal. DEFAULT : 0.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the torus. DEFAULT : 6.0
|
|
// fRotate = the shift in phase in degrees. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawSinusoid(int nDurationType, int nVFX, location lCenter, float fRadius, float fLength, float fDirection=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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|
|
|
// Draws an elliptical spring around lCenter
|
|
// =========================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of the ellipse in meters.
|
|
// fRadiusStartInner = starting inner radius of the ellipse in meters.
|
|
// fRadiusEndOuter = ending outer radius of the ellipse in meters.DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of the ellipse in meters.DEFAULT : 0.0
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the VFX lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawEllipticalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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|
|
|
// Draws an elliptical spiral around lCenter
|
|
// =========================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of the ellipse in meters.
|
|
// fRadiusStartInner = starting inner radius of the ellipse in meters.
|
|
// fRadiusEndOuter = ending outer radius of the ellipse in meters.DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of the ellipse in meters.DEFAULT : 0.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the VFX lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawEllipticalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
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|
|
|
// Draws an ellipse around lCenter
|
|
// ===============================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusOuter = outer radius of the ellipse in meters.
|
|
// fRadiusInner = inner radius of the ellipse in meters.
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the VFX lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the ellipse. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawEllipse(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Draws a rhodonea helix around lCenter
|
|
// =====================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawRhodoneaSpring(int nDurationType, int nVFX, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Draws a rhodonea around lCenter
|
|
// ===============================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawRhodonea(int nDurationType, int nVFX, location lCenter, float fRadius, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Draws a hypocycloid helix around lCenter
|
|
// ========================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawHypocycloidSpring(int nDurationType, int nVFX, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Draws a hypocycloid around lCenter
|
|
// ==================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawHypocycloid(int nDurationType, int nVFX, location lCenter, float fRadius, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Draws a epicycloid helix around lCenter
|
|
// =======================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawEpicycloidSpring(int nDurationType, int nVFX, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Draws a epicycloid around lCenter
|
|
// =================================
|
|
// nDurationType = DURATION_TYPE_* constant
|
|
// nVFX = the VFX_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the spring lasts before fading. DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more effects are
|
|
// generated and the closer they are to each other. DEFAULT : 90
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
void DrawEpicycloid(int nDurationType, int nVFX, location lCenter, float fRadius, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f);
|
|
|
|
// Places a circle around lCenter
|
|
// ==============================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius of circle in meters. (1 tile = 10.0m X 10.0m)
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the circle. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceCircle(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a spiral around lCenter
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// ==============================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the spiral. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeables. Default invalid effect. DEFAULT : -1
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceSpiral(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a spring around lCenter
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// ==============================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeables. Default invalid effect. DEFAULT : -1
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a line towards lCenter
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// =============================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fLength = length of line in meters. (1 tile = 10.0m X 10.0m)
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// fDirection = direction of line respective to normal. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fTime = time in seconds taken to draw the line. DEFAULT : 12.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeables. Default invalid effect. DEFAULT : -1
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceLineToCenter(string sTemplate, location lCenter, float fLength, float fDirection=0.0f, int nFrequency=60, float fTime=12.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a line from lCenter
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// ==========================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fLength = length of line in meters. (1 tile = 10.0m X 10.0m)
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// fDirection = direction of line respective to normal. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fTime = time in seconds taken to draw the line. DEFAULT : 12.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeables. Default invalid effect. DEFAULT : -1
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceLineFromCenter(string sTemplate, location lCenter, float fLength, float fDirection=0.0f, int nFrequency=60, float fTime=12.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a polygonal spring around lCenter
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// ========================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeables. Default invalid effect. DEFAULT : -1
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlacePolygonalSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a polygonal spiral around lCenter
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// ========================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the spiral. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX = the VFX_* constant to use if an additional visual effect is to be
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|
// applied to the placeables. Default invalid effect. DEFAULT : -1
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlacePolygonalSpiral(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nSides=3, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a polygon around lCenter
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// ===============================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadius = radius of polygon in meters. (1 tile = 10.0m X 10.0m)
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// nFrequency = number of points, the higher the frequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the polygon. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlacePolygon(string sTemplate, location lCenter, float fRadius, int nSides=3, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a pentacle (five-pointed star) around lCenter
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// ====================================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadius = radius of pentacle in meters. (1 tile = 10.0m X 10.0m)
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the pentacle. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
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|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlacePentacle(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a pentaclic spiral around lCenter
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// ========================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 1.0
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// fTime = time in seconds taken to draw the spiral. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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|
// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlacePentaclicSpiral(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a pentaclic spring around lCenter
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|
// ========================================
|
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// sTemplate = blueprint resref of placeable to use.
|
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// lCenter = the location of the center.
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|
// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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|
// placeables get destroyed. DEFAULT : 0.0
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void PlacePentaclicSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a star spring around lCenter
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|
// ===================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of spring in meters.
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|
// fRadiusStartInner = starting inner radius of spring in meters.
|
|
// fRadiusEndOuter = ending outer radius of spring in meters. DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of spring in meters. DEFAULT : 0.0
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// nSides = number of sides (or points) DEFAULT : 3
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceStarSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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|
|
// Places a star spiral around lCenter
|
|
// ===================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of spiral in meters.
|
|
// fRadiusStartInner = starting inner radius of spiral in meters.
|
|
// fRadiusEndOuter = ending outer radius of spring in meters. DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of spring in meters. DEFAULT : 0.0
|
|
// nSides = number of sides (or points) DEFAULT : 3
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
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void PlaceStarSpiral(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a star around lCenter
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// ============================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusOuter = outer radius of star in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusInner = inner radius of star in meters.
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// nSides = number of sides (or points) DEFAULT : 3
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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|
// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
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|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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|
// of seconds the effect lasts before fading. DEFAULT : 0.0
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|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceStar(string sTemplate, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a hemisphere around lCenter
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// ==================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of sphere in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of sphere in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the sphere in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the sphere in meters. DEFAULT : 5.0
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the sphere. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
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// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
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|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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|
// of seconds the effect lasts before fading. DEFAULT : 0.0
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|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a perfect sphere around lCenter
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// ======================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadius = radius of sphere in meters. (1 tile = 10.0m X 10.0m)
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the sphere. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
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|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
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|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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|
// of seconds the effect lasts before fading. DEFAULT : 0.0
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|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlaceSphere(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a polygonal hemisphere around lCenter
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// ============================================
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// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of sphere in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of sphere in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the sphere in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the sphere in meters. DEFAULT : 5.0
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// nSides = number of sides. nSides < 3 will default to 3. DEFAULT : 3
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// nFrequency = number of points, the higher nFrequency, the more placeables
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// are created and the closer they are to each other. DEFAULT : 60
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the sphere. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
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|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeables get destroyed. DEFAULT : 0.0
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void PlacePolygonalHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a toroidal spring around lCenter
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|
// =======================================
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|
// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStartOuter = starting outer radius of the torus in meters.
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// fRadiusStartInner = starting inner radius of the torus in meters.
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// fRadiusEndOuter = ending outer radius of the torus in meters. DEFAULT : 0.0
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// fRadiusEndInner = ending inner radius of the torus in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
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|
// nFrequency = number of points, the higher nFrequency, the more placeables
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|
// are created and the closer they are to each other. DEFAULT : 60
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// fLoopsPerRev = number of loops per revolution. DEFAULT : 36.0
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// fRev = number of revolutions. DEFAULT : 5.0
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// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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|
// placeables get destroyed. DEFAULT : 0.0
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void PlaceToroidalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a toroidal spiral around lCenter
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|
// =======================================
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|
// sTemplate = blueprint resref of placeable to use.
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// lCenter = the location of the center.
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// fRadiusStartOuter = starting outer radius of the torus in meters.
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// fRadiusStartInner = starting inner radius of the torus in meters.
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// fRadiusEndOuter = ending outer radius of the torus in meters. DEFAULT : 0.0
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// fRadiusEndInner = ending inner radius of the torus in meters. DEFAULT : 0.0
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|
// nFrequency = number of points, the higher nFrequency, the more placeables
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|
// are created and the closer they are to each other. DEFAULT : 60
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// fLoopsPerRev = number of loops per revolution. DEFAULT : 36.0
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// fRev = number of revolutions. DEFAULT : 1.0
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|
// fTime = time in seconds taken to draw the spiral. DEFAULT : 12.0
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|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
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void PlaceToroidalSpiral(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a standard torus around lCenter
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|
// ======================================
|
|
// sTemplate = blueprint resref of placeable to use.
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|
// lCenter = the location of the center.
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|
// fRadiusOuter = outer radius of the torus in meters.
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|
// fRadiusInner = inner radius of the torus in meters.
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|
// nFrequency = number of points, the higher nFrequency, the more placeables
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|
// are created and the closer they are to each other. DEFAULT : 60
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// fLoopsPerRev = number of loops per revolution. DEFAULT : 36.0
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|
// fRev = number of revolutions. DEFAULT : 1.0
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|
// fTime = time in seconds taken to draw the torus. DEFAULT : 12.0
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|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
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|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
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void PlaceTorus(string sTemplate, location lCenter, float fRadiusOuter, float fRadiusInner, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places a sinusoidal curve from lCenter
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|
// ======================================
|
|
// sTemplate = blueprint resref of placeable to use.
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|
// lCenter = the location of the center.
|
|
// fRadius = amplitude of curve in meters.
|
|
// fLength = horizontal length of curve in meters. (1 tile = 10.0m X 10.0m)
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|
// fDirection = direction of curve respective to normal. DEFAULT : 0.0
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|
// nFrequency = number of points, the higher nFrequency, the more placeables
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|
// are created and the closer they are to each other. DEFAULT : 60
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|
// fRev = number of revolutions. DEFAULT : 1.0
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|
// fTime = time in seconds taken to draw the torus. DEFAULT : 12.0
|
|
// fRotate = the shift in phase in degrees. DEFAULT : 0.0
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|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
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void PlaceSinusoid(string sTemplate, location lCenter, float fRadius, float fLength, float fDirection=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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// Places an elliptical spring around lCenter
|
|
// ==========================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of the ellipse in meters.
|
|
// fRadiusStartInner = starting inner radius of the ellipse in meters.
|
|
// fRadiusEndOuter = ending outer radius of the ellipse in meters.DEFAULT : 0.0
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|
// fRadiusEndInner = ending inner radius of the ellipse in meters.DEFAULT : 0.0
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
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|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceEllipticalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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|
|
// Places an elliptical spiral around lCenter
|
|
// ==========================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of the ellipse in meters.
|
|
// fRadiusStartInner = starting inner radius of the ellipse in meters.
|
|
// fRadiusEndOuter = ending outer radius of the ellipse in meters.DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of the ellipse in meters.DEFAULT : 0.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spiral. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceEllipticalSpiral(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places an ellipse around lCenter
|
|
// ================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusOuter = outer radius of the ellipse in meters.
|
|
// fRadiusInner = inner radius of the ellipse in meters.
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the ellipse. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceEllipse(string sTemplate, location lCenter, float fRadiusOuter, float fRadiusInner, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a stella octangula above lCenter
|
|
// =======================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fTime = time in seconds taken to draw the polyhedron. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceStellaOctangula(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a regular icosahedron above lCenter
|
|
// ==========================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fTime = time in seconds taken to draw the polyhedron. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceIcosahedron(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
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|
|
|
// Places a rhodonea helix around lCenter
|
|
// ======================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceRhodoneaSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a rhodonea around lCenter
|
|
// ================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceRhodonea(string sTemplate, location lCenter, float fRadius, float fRoulette=3.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a hypocycloid helix around lCenter
|
|
// =========================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceHypocycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a hypocycloid around lCenter
|
|
// ===================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceHypocycloid(string sTemplate, location lCenter, float fRadius, float fRoulette=3.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a epicycloid helix around lCenter
|
|
// ========================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceEpicycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Places a epicycloid around lCenter
|
|
// ==================================
|
|
// sTemplate = blueprint resref of placeable to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRoulette = arbitrary constant, affects number of petals. DEFAULT : 3.0
|
|
// nFrequency = number of points, the higher nFrequency, the more placeables
|
|
// are created and the closer they are to each other. DEFAULT : 60
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 12.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeables. Default invalid effect. DEFAULT : -1
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait = time in seconds to wait before applying visual effect. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeables get destroyed. DEFAULT : 0.0
|
|
void PlaceEpicycloid(string sTemplate, location lCenter, float fRadius, float fRoulette=3.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a polygonal hemisphere around lCenter
|
|
// ===========================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStart = starting radius of sphere in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRadiusEnd = ending radius of sphere in meters. DEFAULT : 0.0
|
|
// fHeightStart = starting height of the sphere in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the sphere in meters. DEFAULT : 5.0
|
|
// nSides = number of sides. DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the sphere. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the central/normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPolygonalHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a polygonal spring around lCenter
|
|
// =======================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// nSides = number of sides. DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPolygonalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a polygonal spiral around lCenter
|
|
// =======================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
|
|
// nSides = number of sides. DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPolygonalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a polygon around lCenter
|
|
// ==============================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius of polygon in meters. (1 tile = 10.0m X 10.0m)
|
|
// nSides = number of sides. DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the polygon. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPolygon(int nDurationType, int nVFX, location lCenter, float fRadius, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a star around lCenter
|
|
// ===========================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusOuter = outer radius of star in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRadiusInner = inner radius of star in meters.
|
|
// nSides = number of sides (or points) DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the pentacle. DEFAULT : 6.0
|
|
// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamStar(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a star spring around lCenter
|
|
// ==================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of spring in meters.
|
|
// fRadiusStartInner = starting inner radius of spring in meters.
|
|
// fRadiusEndOuter = ending outer radius of spring in meters. DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of spring in meters. DEFAULT : 0.0
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// nSides = number of sides (or points) DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the pentacle. DEFAULT : 6.0
|
|
// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamStarSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a star spiral around lCenter
|
|
// ==================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStartOuter = starting outer radius of spring in meters.
|
|
// fRadiusStartInner = starting inner radius of spring in meters.
|
|
// fRadiusEndOuter = ending outer radius of spiral in meters. DEFAULT : 0.0
|
|
// fRadiusEndInner = ending inner radius of spiral in meters. DEFAULT : 0.0
|
|
// nSides = number of sides (or points) DEFAULT : 3
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the pentacle. DEFAULT : 6.0
|
|
// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamStarSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a pentacle around lCenter
|
|
// ===============================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius of pentacle in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the pentacle. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPentacle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a pentaclic spiral around lCenter
|
|
// =======================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStart = starting radius of spiral in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRadiusEnd = ending radius of spiral in meters. DEFAULT : 0.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 1.0
|
|
// fTime = time in seconds taken to draw the spiral. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPentaclicSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a pentaclic spring around lCenter
|
|
// =======================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadiusStart = starting radius of spring in meters. (1 tile = 10.0m X 10.0m)
|
|
// fRadiusEnd = ending radius of spring in meters. DEFAULT : 0.0
|
|
// fHeightStart = starting height of the spring in meters. DEFAULT : 0.0
|
|
// fHeightEnd = ending height of the spring in meters. DEFAULT : 5.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fRev = number of revolutions. DEFAULT : 5.0
|
|
// fTime = time in seconds taken to draw the spring. DEFAULT : 6.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamPentaclicSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a line from lCenter
|
|
// =========================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fLength = length of line in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDirection = direction of line respective to normal. DEFAULT : 0.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beam lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use.. DEFAULT : ""
|
|
// fTime = time in seconds taken to draw the line. DEFAULT : 6.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamLineFromCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a line to lCenter
|
|
// =======================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fLength = length of line in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDirection = direction of line respective to normal. DEFAULT : 0.0
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beam lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fTime = time in seconds taken to draw the line. DEFAULT : 6.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamLineToCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a stella octangula above lCenter
|
|
// ======================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fTime = time in seconds taken to create the placeable nodes. DEFAULT : 6.0
|
|
// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamStellaOctangula(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a regular icosahedron above lCenter
|
|
// =========================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fTime = time in seconds taken to create the placeable nodes. DEFAULT : 6.0
|
|
// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
|
// to be applied. Default invalid duration. DEFAULT : -1
|
|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
|
|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
|
|
// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
|
|
// placeable nodes get destroyed. DEFAULT : 0.0
|
|
void BeamIcosahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
|
|
|
|
// Beams a regular dodecahedron above lCenter
|
|
// =========================================
|
|
// nDurationType = DURATION_TYPE_* constant.
|
|
// nVFX = the VFX_BEAM_* constant to use.
|
|
// lCenter = the location of the center.
|
|
// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
|
|
// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
|
|
// of seconds the beams lasts before fading. DEFAULT : 0.0
|
|
// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
|
|
// fTime = time in seconds taken to create the placeable nodes. DEFAULT : 6.0
|
|
// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
|
|
// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
|
|
// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
|
|
// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
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// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeable nodes get destroyed. DEFAULT : 0.0
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void BeamDodecahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
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// Beams a rhombic triacontahedron above lCenter
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// =============================================
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// nDurationType = DURATION_TYPE_* constant.
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// nVFX = the VFX_BEAM_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the beams lasts before fading. DEFAULT : 0.0
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// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
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// fTime = time in seconds taken to create the placeable nodes. DEFAULT : 6.0
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// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
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// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeable nodes get destroyed. DEFAULT : 0.0
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void BeamTriacontahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
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// Beams a cuboctahedron above lCenter
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// =============================================
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// nDurationType = DURATION_TYPE_* constant.
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// nVFX = the VFX_BEAM_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the beams lasts before fading. DEFAULT : 0.0
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// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
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// fTime = time in seconds taken to create the placeable nodes. DEFAULT : 6.0
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// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
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// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeable nodes get destroyed. DEFAULT : 0.0
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void BeamCuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
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// Beams a small rhombicuboctahedron above lCenter
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// =============================================
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// nDurationType = DURATION_TYPE_* constant.
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// nVFX = the VFX_BEAM_* constant to use.
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// lCenter = the location of the center.
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// fRadius = radius in meters. (1 tile = 10.0m X 10.0m)
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the beams lasts before fading. DEFAULT : 0.0
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// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
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// fTime = time in seconds taken to create the placeable nodes. DEFAULT : 6.0
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// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
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// to be applied. Default invalid duration. DEFAULT : -1
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// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
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// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
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// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the effect lasts before fading. DEFAULT : 0.0
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// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeable nodes get destroyed. DEFAULT : 0.0
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void BeamSmallRhombicuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
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// Beams a gengon above lCenter
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// ============================
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// nDurationType = DURATION_TYPE_* constant.
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// nVFX = the VFX_BEAM_* constant to use.
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// lCenter = the location of the center.
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// fRadiusStart = starting radius of gengon in meters. (1 tile = 10.0m X 10.0m)
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// fRadiusEnd = ending radius of gengon in meters. DEFAULT : 0.0
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// fHeightStart = starting height of the gengon in meters. DEFAULT : 0.0
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// fHeightEnd = ending height of the gengon in meters. DEFAULT : 5.0
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// nSides = number of sides. DEFAULT : 3
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// fDuration = if nDurationType is DURATION_TYPE_TEMPORARY, this is the number
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// of seconds the beams lasts before fading. DEFAULT : 0.0
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// sTemplate = blueprint resref of placeable to use. DEFAULT : ""
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// fTime = time in seconds taken to draw the gengon. DEFAULT : 6.0
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// fWait = time in seconds to wait before applying the beams. DEFAULT : 1.0
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// fRotate = the angle of rotation respective to normal. DEFAULT : 0.0
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// fTwist = rotational displacement of end polygon in degrees. DEFAULT : 0.0
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// sAxis = ("x", "y" or "z") the normal axis. DEFAULT : "z"
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// nDurationType2 = DURATION_TYPE_* constant if an additional visual effect is
|
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// to be applied. Default invalid duration. DEFAULT : -1
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|
// nVFX2 = the VFX_* constant to use if an additional visual effect is to be
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|
// applied to the placeable nodes. Default invalid effect. DEFAULT : -1
|
|
// fDuration2 = if nDurationType2 is DURATION_TYPE_TEMPORARY, this is the number
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|
// of seconds the effect lasts before fading. DEFAULT : 0.0
|
|
// fWait2 = time in seconds to wait before applying nVFX2. DEFAULT : 1.0
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// fLifetime = if fLifetime is not 0.0, then this is time in seconds before the
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// placeable nodes get destroyed. DEFAULT : 0.0
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void BeamGengon(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, float fTwist=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f);
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/*
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=============================================
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OBJECT-RETURNING FUNCTIONS DECLARATIONS
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=============================================
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*/
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// Object-returning equivalent of the void-returning functions
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// sTag = tag of oData (the data storage invisible object)
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object ObjectPlaceSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_SPRING");
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object ObjectPlacePolygonalSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_POLYGONALSPRING");
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object ObjectPlacePentaclicSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_PENTACLICSPRING");
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object ObjectPlaceStarSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_STARSPRING");
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object ObjectPlaceHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_HEMISPHERE");
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object ObjectPlacePolygonalHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_POLYGONALHEMISPHERE");
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object ObjectPlaceSinusoid(string sTemplate, location lCenter, float fRadius, float fLength, float fDirection=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_SINUSOID");
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object ObjectPlaceToroidalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_TOROIDALSPRING");
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object ObjectPlaceEllipticalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_ELLIPTICALSPRING");
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object ObjectPlaceStellaOctangula(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_STELLAOCTANGULA");
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object ObjectPlaceIcosahedron(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_ICOSAHEDRON");
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object ObjectPlaceRhodoneaSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_RHODONEASPRING");
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object ObjectPlaceHypocycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_HYPOCYCLOIDSPRING");
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object ObjectPlaceEpicycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_EPICYCLOIDSPRING");
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object ObjectBeamPolygonalHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_POLYGONALHEMISPHERE");
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object ObjectBeamPolygonalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_POLYGONALSPRING");
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object ObjectBeamPolygon(int nDurationType, int nVFX, location lCenter, float fRadius, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_POLYGON");
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object ObjectBeamStar(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_STAR");
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object ObjectBeamStarSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_STARSPRING");
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object ObjectBeamPentacle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_PENTACLE");
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object ObjectBeamPentaclicSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_PENTACLICSPRING");
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object ObjectBeamLineFromCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_LINEFROM");
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object ObjectBeamLineToCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_LINETO");
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object ObjectBeamStellaOctangula(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_STELLAOCTANGULA");
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object ObjectBeamIcosahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_ICOSAHEDRON");
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object ObjectBeamDodecahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_DODECAHEDRON");
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|
object ObjectBeamTriacontahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_TRIACONTAHEDRON");
|
|
object ObjectBeamCuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_CUBOCTAHEDRON");
|
|
object ObjectBeamSmallRhombicuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_SMALLRHOMBICUBOCTAHEDRON");
|
|
object ObjectBeamGengon(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, float fTwist=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_GENGON");
|
|
|
|
/*
|
|
=============================================
|
|
PRIVATE FUNCTIONS DECLARATIONS
|
|
=============================================
|
|
*/
|
|
// Draws a straight line from vOne to vTwo
|
|
// void DrawLineFromVectorToVector(int nDurationType, int nVFX, object oArea, vector vOne, vector vTwo, float fDuration, int nFrequency, float fTime);
|
|
|
|
// Places a straight line from vOne to vTwo, automatically applies VFX if any
|
|
// void PlaceLineFromVectorToVector(string sTemplate, object oArea, vector vOne, vector vTwo, int nFrequency, float fTime, int nDurationType, int nVFX, float fDuration, float fWait, float fLifetime, object oData);
|
|
|
|
// Delayable CreateObject, automatically applies VFX if any, and sets created object as oData's local object using auto-generated number if fLifetime > 0.0
|
|
// void gao_ActionCreateObject(string sTemplate, location lLocation, int nDurationType, int nVFX, float fDuration, float fWait, float fLifetime, object oData);
|
|
|
|
// Delayable CreateObject, automatically sets created object as oData's local object and applies VFX if any
|
|
// void gao_ActionCreateLocalObject(string sTemplate, location lLocation, string sNumber, object oData, int nDurationType, int nVFX, float fDuration, float fWait, float fLifetime);
|
|
|
|
// Apply EffectBeam between two of oData's local objects
|
|
// void gao_ActionApplyLocalBeamEffect(object oData, string sNumber1, string sNumber2, int nDurationType, int nVFX, float fDuration);
|
|
|
|
// Return properly rotated vector
|
|
//vector gao_RotateVector(vector vCenter, string sAxis, float x, float y, float z, float fRotateXZ, float fRotateYZ);
|
|
|
|
/*
|
|
=============================================
|
|
FUNCTIONS IMPLEMENTATIONS
|
|
=============================================
|
|
*/
|
|
|
|
/*
|
|
=============================================
|
|
PRIVATE FUNCTIONS
|
|
=============================================
|
|
*/
|
|
|
|
void gao_ActionCreateObject(string sTemplate, location lLocation, int nDurationType, int nVFX, float fDuration, float fWait, float fLifetime, object oData)
|
|
{
|
|
object oPlaceable = CreateObject(OBJECT_TYPE_PLACEABLE, sTemplate, lLocation);
|
|
if (nDurationType >= 0 && nVFX >= 0) DelayCommand(fWait, ApplyEffectToObject(nDurationType, EffectVisualEffect(nVFX), oPlaceable, fDuration));
|
|
if (fLifetime > 0.0) DestroyObject(oPlaceable, fLifetime);
|
|
else // if display is permanent, then start storing the objects as local to ease garbage collection later on.
|
|
{ // code modified from Ornedan's modification of the original function
|
|
int i = GetLocalInt(oData, "storetotal");
|
|
AssignCommand(oPlaceable, ActionDoCommand(SetLocalObject(oData, "store" + IntToString(i), oPlaceable)));
|
|
SetLocalInt(oData, "storetotal", i+1);
|
|
}
|
|
}
|
|
|
|
void gao_ActionCreateLocalObject(string sTemplate, location lLocation, string sNumber, object oData, int nDurationType, int nVFX, float fDuration, float fWait, float fLifetime)
|
|
{
|
|
object oObject = CreateObject(OBJECT_TYPE_PLACEABLE, sTemplate, lLocation);
|
|
AssignCommand(oObject, ActionDoCommand(SetLocalObject(oData, sNumber, oObject)));
|
|
if (nDurationType >= 0 && nVFX >= 0) DelayCommand(fWait, ApplyEffectToObject(nDurationType, EffectVisualEffect(nVFX), oObject, fDuration));
|
|
if (fLifetime > 0.0) DestroyObject(oObject, fLifetime);
|
|
}
|
|
|
|
void gao_ActionApplyLocalBeamEffect(object oData, string sNumber1, string sNumber2, int nDurationType, int nVFX, float fDuration)
|
|
{
|
|
object oNode1 = GetLocalObject(oData, sNumber1);
|
|
object oNode2 = GetLocalObject(oData, sNumber2);
|
|
ApplyEffectToObject(nDurationType, EffectBeam(nVFX, oNode1, BODY_NODE_CHEST), oNode2, fDuration);
|
|
}
|
|
|
|
void DrawLineFromVectorToVector(int nDurationType, int nVFX, object oArea, vector vOne, vector vTwo, float fDuration, int nFrequency, float fTime)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 1;
|
|
vector vResultant = vTwo - vOne;
|
|
vector vUnit = VectorNormalize(vResultant);
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
float fLength = VectorMagnitude(vResultant);
|
|
float fDelta = fLength/IntToFloat(nFrequency); // distance between each node
|
|
float fAngle = VectorToAngle(vUnit);
|
|
location lPos;
|
|
float f;
|
|
for (i=0; i<nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
lPos = Location(oArea, vOne + fDelta*f*vUnit, fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void PlaceLineFromVectorToVector(string sTemplate, object oArea, vector vOne, vector vTwo, int nFrequency, float fTime, int nDurationType, int nVFX, float fDuration, float fWait, float fLifetime, object oData)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 1;
|
|
vector vResultant = vTwo - vOne;
|
|
vector vUnit = VectorNormalize(vResultant);
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
float fLength = VectorMagnitude(vResultant);
|
|
float fTheta = fLength/IntToFloat(nFrequency); // distance between each node
|
|
float fAngle = VectorToAngle(vUnit);
|
|
location lPos;
|
|
float f;
|
|
|
|
for (i=0; i<nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
lPos = Location(oArea, vOne + fTheta*f*vUnit, fAngle);
|
|
DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
}
|
|
|
|
vector gao_RotateVector(vector vCenter, string sAxis, float x, float y, float z, float fRotateXZ, float fRotateYZ)
|
|
{
|
|
// Avoiding these if unnecessary should lower the CPU usage per call a fair bit. Not that it seems to be noticeable, but eh :P
|
|
if(fRotateXZ != 0.0f)
|
|
{
|
|
// Determine the length of the vector
|
|
float fLength = sqrt((x * x) + (z * z));
|
|
// Determine the angle of the vector relative to the Z axle
|
|
float fAngle = acos(z / fLength);
|
|
// Adjust for arcuscosine ambiquity
|
|
if(x < 0.0f) fAngle = 360.0f - fAngle;
|
|
|
|
// Add in the new angle to rotate by and calculate new coordinates
|
|
fAngle += fRotateXZ;
|
|
x = fLength * sin(fAngle);
|
|
z = fLength * cos(fAngle);
|
|
}
|
|
if(fRotateYZ != 0.0f)
|
|
{
|
|
// Determine the length of the vector
|
|
float fLength = sqrt((y * y) + (z * z));
|
|
// Determine the angle of the vector relative to the Z axle
|
|
float fAngle = acos(z / fLength);
|
|
// Adjust for arcuscosine ambiquity
|
|
if(y < 0.0f) fAngle = 360.0f - fAngle;
|
|
|
|
// Add in the new angle to rotate by and calculate new coordinates
|
|
fAngle += fRotateYZ;
|
|
y = fLength * sin(fAngle);
|
|
z = fLength * cos(fAngle);
|
|
}
|
|
|
|
// Determine the final vector
|
|
vector vPos;
|
|
if (sAxis == "x") vPos = Vector(y, z, x) ;
|
|
else if (sAxis == "y") vPos = Vector(z, x, y) ;
|
|
else vPos = Vector(x, y, z) ;
|
|
return vPos + vCenter ;
|
|
}
|
|
|
|
/*
|
|
=============================================
|
|
DRAW* FUNCTIONS
|
|
=============================================
|
|
*/
|
|
|
|
void DrawEllipticalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
fRadiusStartOuter = (fRadiusStartOuter == 0.0) ? 0.01 : (fRadiusStartOuter < 0.0) ? -fRadiusStartOuter : fRadiusStartOuter ;
|
|
fRadiusStartInner = (fRadiusStartInner == 0.0) ? 0.01 : (fRadiusStartInner < 0.0) ? -fRadiusStartInner : fRadiusStartInner ;
|
|
fRadiusEndOuter = (fRadiusEndOuter == 0.0) ? 0.01 : (fRadiusEndOuter < 0.0) ? -fRadiusEndOuter : fRadiusEndOuter ;
|
|
fRadiusEndInner = (fRadiusEndInner == 0.0) ? 0.01 : (fRadiusEndInner < 0.0) ? -fRadiusEndInner : fRadiusEndInner ;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fInnerDecay = (fRadiusStartInner - fRadiusEndInner)/IntToFloat(nFrequency); // change in radius per node
|
|
float fOuterDecay = (fRadiusStartOuter - fRadiusEndOuter)/IntToFloat(nFrequency); // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fElliRadius, fElliAngle, fRadiusOuter, fEccentric;
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fElliAngle = fTheta*f;
|
|
fAngle = fElliAngle + fRotate;
|
|
fRadiusOuter = fRadiusStartOuter - fOuterDecay*f;
|
|
fEccentric = 1 - (pow(fRadiusStartInner - fInnerDecay*f, 2.0)/pow(fRadiusOuter, 2.0));
|
|
fElliRadius = fRadiusOuter*sqrt((1 - fEccentric)/(1 - fEccentric*pow(cos(fElliAngle), 2.0)));
|
|
vPos = gao_RotateVector(vCenter, sAxis, fElliRadius*cos(fAngle), fElliRadius*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
lPos = Location(oArea, vPos, fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void DrawEllipticalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawEllipticalSpring(nDurationType, nVFX, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawEllipse(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawEllipticalSpring(nDurationType, nVFX, lCenter, fRadiusOuter, fRadiusInner, fRadiusOuter, fRadiusInner, 0.0, 0.0, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/IntToFloat(nFrequency); // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle;
|
|
for (i=0; i<nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f + fRotate;
|
|
vPos = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle), (fRadiusStart - fDecay*f)*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
lPos = Location(oArea, vPos, fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void DrawSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawCircle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawSpring(nDurationType, nVFX, lCenter, fRadius, fRadius, 0.0, 0.0, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawLineToCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, int nFrequency=90, float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawSpring(nDurationType, nVFX, lCenter, fLength, 0.0, 0.0, 0.0, fDuration, nFrequency, 0.0, fTime, fDirection, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawLineFromCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, int nFrequency=90, float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawSpring(nDurationType, nVFX, lCenter, 0.0, fLength, 0.0, 0.0, fDuration, nFrequency, 0.0, fTime, fDirection, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawPolygonalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2;
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fEta*f + fRotate;
|
|
fAngle2 = fEta*g + fRotate;
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle1), (fRadiusStart - fDecay*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*g)*cos(fAngle2), (fRadiusStart - fDecay*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
DelayCommand(f*fDelayPerSide, DrawLineFromVectorToVector(nDurationType, nVFX, oArea, vPos1, vPos2, fDuration, nFrequencyPerSide, fDelayPerSide));
|
|
}
|
|
}
|
|
|
|
void DrawPolygonalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawPolygonalSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, nSides, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawPolygon(int nDurationType, int nVFX, location lCenter, float fRadius, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawPolygonalSpring(nDurationType, nVFX, lCenter, fRadius, fRadius, 0.0, 0.0, nSides, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawPentaclicSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*5.0 : -fRev*5.0;
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/fSidesToDraw; // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per node
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2;
|
|
float fStarangle = (fRev > 0.0) ? 144.0 : -144.0;
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fStarangle*f + fRotate;
|
|
fAngle2 = fStarangle*g + fRotate;
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle1), (fRadiusStart - fDecay*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*g)*cos(fAngle2), (fRadiusStart - fDecay*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
DelayCommand(f*fDelayPerSide, DrawLineFromVectorToVector(nDurationType, nVFX, oArea, vPos1, vPos2, fDuration, nFrequencyPerSide, fDelayPerSide));
|
|
}
|
|
}
|
|
|
|
void DrawPentaclicSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawPentaclicSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawPentacle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawPentaclicSpring(nDurationType, nVFX, lCenter, fRadius, fRadius, 0.0, 0.0, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawStarSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i, toggle;
|
|
if (nSides < 2) nSides = 3;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides*2) : -fRev*IntToFloat(nSides*2);
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDecayInner = (fRadiusStartInner - fRadiusEndInner)/fSidesToDraw; // change in radius per node
|
|
float fDecayOuter = (fRadiusStartOuter - fRadiusEndOuter)/fSidesToDraw; // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per node
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2;
|
|
float fStarangle = (fRev > 0.0) ? 360.0/IntToFloat(nSides*2) : -360.0/IntToFloat(nSides*2);
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
toggle ^= 1;
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fStarangle*f + fRotate;
|
|
fAngle2 = fStarangle*g + fRotate;
|
|
if (!toggle)
|
|
{
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStartInner - fDecayInner*f)*cos(fAngle1), (fRadiusStartInner - fDecayInner*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStartOuter - fDecayOuter*g)*cos(fAngle2), (fRadiusStartOuter - fDecayOuter*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
else
|
|
{
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStartOuter - fDecayOuter*f)*cos(fAngle1), (fRadiusStartOuter - fDecayOuter*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStartInner - fDecayInner*g)*cos(fAngle2), (fRadiusStartInner - fDecayInner*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
DelayCommand(f*fDelayPerSide, DrawLineFromVectorToVector(nDurationType, nVFX, oArea, vPos1, vPos2, fDuration, nFrequencyPerSide, fDelayPerSide));
|
|
}
|
|
}
|
|
|
|
void DrawStarSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawStarSpring(nDurationType, nVFX, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, nSides, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawStar(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawStarSpring(nDurationType, nVFX, lCenter, fRadiusOuter, fRadiusInner, fRadiusOuter, fRadiusInner, 0.0, 0.0, nSides, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fSphereRadius, fSphereAngle;
|
|
float fEffectiveHeight = fHeightEnd - fHeightStart;
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f + fRotate;
|
|
fSphereAngle = fTheta*f*0.25/fRev;
|
|
fSphereRadius = fRadiusStart*cos(fSphereAngle) + fRadiusEnd*sin(fSphereAngle);
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSphereRadius*cos(fAngle), fSphereRadius*sin(fAngle), fEffectiveHeight*sin(fSphereAngle) + fHeightStart, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void DrawSphere(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
DrawHemisphere(nDurationType, nVFX, lCenter, fRadius, 0.0, fRadius, 0.0, fDuration, nFrequency/2, fRev/2.0, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
DrawHemisphere(nDurationType, nVFX, lCenter, fRadius, 0.0, fRadius, 2.0*fRadius, fDuration, nFrequency/2, -fRev/2.0, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawPolygonalHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2, fSphereRadius1, fSphereAngle1, fSphereRadius2, fSphereAngle2;
|
|
float fEffectiveHeight = fHeightEnd - fHeightStart;
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fEta*f + fRotate;
|
|
fSphereAngle1 = fEta*f*0.25/fRev;
|
|
fSphereRadius1 = fRadiusStart*cos(fSphereAngle1) + fRadiusEnd*sin(fSphereAngle1);
|
|
fAngle2 = fEta*g + fRotate;
|
|
fSphereAngle2 = fEta*g*0.25/fRev;
|
|
fSphereRadius2 = fRadiusStart*cos(fSphereAngle2) + fRadiusEnd*sin(fSphereAngle2);
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, fSphereRadius1*cos(fAngle1), fSphereRadius1*sin(fAngle1), fEffectiveHeight*sin(fSphereAngle1) + fHeightStart, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, fSphereRadius2*cos(fAngle2), fSphereRadius2*sin(fAngle2), fEffectiveHeight*sin(fSphereAngle2) + fHeightStart, fDirectionXZ, fDirectionYZ);
|
|
DelayCommand(f*fDelayPerSide, DrawLineFromVectorToVector(nDurationType, nVFX, oArea, vPos1, vPos2, fDuration, nFrequencyPerSide, fDelayPerSide));
|
|
}
|
|
}
|
|
|
|
void DrawToroidalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, int nFrequency=90, float fLoopsPerRev=36.0f, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
float fRadiusStart = (fRadiusStartOuter + fRadiusStartInner)*0.5;
|
|
float fRadiusEnd = (fRadiusEndOuter + fRadiusEndInner)*0.5;
|
|
float fToricRadiusStart = (fRadiusStartOuter - fRadiusStartInner)*0.5;
|
|
float fToricRadiusEnd = (fRadiusEndOuter - fRadiusEndInner)*0.5;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/IntToFloat(nFrequency); // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fToricDecay = (fToricRadiusStart - fToricRadiusEnd)/IntToFloat(nFrequency); // change in radius of torus per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fToricAngle, fToricRadius;
|
|
for (i=0; i<nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f + fRotate;
|
|
fToricAngle = fLoopsPerRev*fAngle;
|
|
fToricRadius = (fToricRadiusStart - fToricDecay*f);
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle) + fToricRadius*cos(fToricAngle)*cos(fAngle), (fRadiusStart - fDecay*f)*sin(fAngle) + fToricRadius*cos(fToricAngle)*sin(fAngle), fHeightStart - fGrowth*f + fToricRadius*sin(fToricAngle), fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void DrawToroidalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fDuration=0.0f, int nFrequency=90, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawToroidalSpring(nDurationType, nVFX, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, fDuration, nFrequency, fLoopsPerRev, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawTorus(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, float fDuration=0.0f, int nFrequency=90, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawToroidalSpring(nDurationType, nVFX, lCenter, fRadiusOuter, fRadiusInner, fRadiusOuter, fRadiusInner, 0.0, 0.0, fDuration, nFrequency, fLoopsPerRev, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawRhodoneaSpring(int nDurationType, int nVFX, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fDist;
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f;
|
|
fDist = fRadius*sin(fRoulette*fAngle);
|
|
fAngle += fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fDist*cos(fAngle), fDist*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void DrawRhodonea(int nDurationType, int nVFX, location lCenter, float fRadius, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawRhodoneaSpring(nDurationType, nVFX, lCenter, fRadius, 0.0, 0.0, fRoulette, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawHypocycloidSpring(int nDurationType, int nVFX, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fRoulette == 0.0) fRoulette = 3.0;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float fAlpha = fRadius - fRoulette;
|
|
float fBeta = fAlpha/fRoulette;
|
|
float f, x, y, fAngle, fDist;
|
|
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f;
|
|
y = fAlpha*sin(fAngle) - fRoulette*sin(fBeta*fAngle);
|
|
x = fAlpha*cos(fAngle) + fRoulette*cos(fBeta*fAngle);
|
|
fDist = sqrt(pow(y, 2.0) + pow(x, 2.0)); // x -> 0; atan(y/x) -> 90;
|
|
fAngle = (x == 0.0 && y < 0.0) ? 270.0 + fRotate : (x==0.0) ? 90.0 + fRotate : (x < 0.0) ? 180.0 + atan(y/x) + fRotate : atan(y/x) + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fDist*cos(fAngle), fDist*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
|
void DrawHypocycloid(int nDurationType, int nVFX, location lCenter, float fRadius, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
DrawHypocycloidSpring(nDurationType, nVFX, lCenter, fRadius, 0.0, 0.0, fRoulette, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
|
|
void DrawEpicycloidSpring(int nDurationType, int nVFX, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
|
|
{
|
|
int i;
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if (nFrequency < 1) nFrequency = 90;
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if (fTime < 0.0) fTime = 6.0;
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if (fRoulette == 0.0) fRoulette = 3.0;
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float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
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float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
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float fDelay = fTime/IntToFloat(nFrequency);
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vector vCenter = GetPositionFromLocation(lCenter);
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object oArea = GetAreaFromLocation(lCenter);
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location lPos;
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float fAlpha = fRadius + fRoulette;
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float fBeta = fAlpha/fRoulette;
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float f, x, y, fAngle, fDist;
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for (i = 0; i < nFrequency; i++)
|
|
{
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f = IntToFloat(i);
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fAngle = fTheta*f;
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y = (fAlpha*sin(fAngle) - fRoulette*sin(fBeta*fAngle));
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x = (fAlpha*cos(fAngle) - fRoulette*cos(fBeta*fAngle));
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fDist = sqrt(pow(y, 2.0) + pow(x, 2.0));
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fAngle = (x == 0.0 && y < 0.0) ? 270.0 + fRotate : (x==0.0) ? 90.0 + fRotate : (x < 0.0) ? 180.0 + atan(y/x) + fRotate : atan(y/x) + fRotate;
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lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fDist*cos(fAngle), fDist*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
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DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
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}
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}
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void DrawEpicycloid(int nDurationType, int nVFX, location lCenter, float fRadius, float fRoulette=3.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
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{
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DrawEpicycloidSpring(nDurationType, nVFX, lCenter, fRadius, 0.0, 0.0, fRoulette, fDuration, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ);
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}
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void DrawSinusoid(int nDurationType, int nVFX, location lCenter, float fRadius, float fLength, float fDirection=0.0f, float fDuration=0.0f, int nFrequency=90, float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f)
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|
{
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|
int i;
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if (nFrequency < 1) nFrequency = 90;
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if (fTime < 0.0) fTime = 6.0;
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float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
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float fEta = fLength/IntToFloat(nFrequency); // horizontal distance between each node
|
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float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
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vector v, vTemp;
|
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object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
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float f, fAngle, fSine;
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|
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for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
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fAngle = fTheta*f + fRotate;
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|
fSine = sin(fAngle);
|
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v = Vector(fEta*f, fRadius*fSine, 0.0);
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vTemp = VectorMagnitude(v)*AngleToVector(VectorToAngle(v) + fDirection);
|
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fAngle = (fSine > 0.0) ? 360.0 - fAngle : fAngle ;
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lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, vTemp.x, vTemp.y, 0.0, fDirectionXZ, fDirectionYZ), fAngle);
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DelayCommand(f*fDelay, ApplyEffectAtLocation(nDurationType, EffectVisualEffect(nVFX), lPos, fDuration));
|
|
}
|
|
}
|
|
|
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/*
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|
=============================================
|
|
PLACE* FUNCTIONS
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|
=============================================
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*/
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object ObjectPlaceEllipticalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_ELLIPTICALSPRING")
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fTime < 0.0) fTime = 12.0;
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|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
fRadiusStartOuter = (fRadiusStartOuter == 0.0) ? 0.01 : (fRadiusStartOuter < 0.0) ? -fRadiusStartOuter : fRadiusStartOuter ;
|
|
fRadiusStartInner = (fRadiusStartInner == 0.0) ? 0.01 : (fRadiusStartInner < 0.0) ? -fRadiusStartInner : fRadiusStartInner ;
|
|
fRadiusEndOuter = (fRadiusEndOuter == 0.0) ? 0.01 : (fRadiusEndOuter < 0.0) ? -fRadiusEndOuter : fRadiusEndOuter ;
|
|
fRadiusEndInner = (fRadiusEndInner == 0.0) ? 0.01 : (fRadiusEndInner < 0.0) ? -fRadiusEndInner : fRadiusEndInner ;
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fInnerDecay = (fRadiusStartInner - fRadiusEndInner)/IntToFloat(nFrequency); // change in radius per node
|
|
float fOuterDecay = (fRadiusStartOuter - fRadiusEndOuter)/IntToFloat(nFrequency); // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fElliRadius, fElliAngle, fRadiusOuter, fEccentric;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fElliAngle = fTheta*f;
|
|
fAngle = fElliAngle + fRotate;
|
|
fRadiusOuter = fRadiusStartOuter - fOuterDecay*f;
|
|
fEccentric = 1 - (pow(fRadiusStartInner - fInnerDecay*f, 2.0)/pow(fRadiusOuter, 2.0));
|
|
fElliRadius = fRadiusOuter*sqrt((1 - fEccentric)/(1 - fEccentric*pow(cos(fElliAngle), 2.0)));
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fElliRadius*cos(fAngle), fElliRadius*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlaceEllipticalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceEllipticalSpring(sTemplate, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, fHeightStart, fHeightEnd, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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|
}
|
|
|
|
void PlaceEllipticalSpiral(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceEllipticalSpring(sTemplate, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_ELLIPTICALSPIRAL");
|
|
}
|
|
|
|
void PlaceEllipse(string sTemplate, location lCenter, float fRadiusOuter, float fRadiusInner, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceEllipticalSpring(sTemplate, lCenter, fRadiusOuter, fRadiusInner, fRadiusOuter, fRadiusInner, 0.0, 0.0, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_ELLIPSE");
|
|
}
|
|
|
|
object ObjectPlaceSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_SPRING")
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/IntToFloat(nFrequency); // change in radius per node
|
|
float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle), (fRadiusStart - fDecay*f)*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlaceSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceSpring(sTemplate, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
void PlaceSpiral(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceSpring(sTemplate, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_SPIRAL");
|
|
}
|
|
|
|
void PlaceCircle(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceSpring(sTemplate, lCenter, fRadius, fRadius, 0.0, 0.0, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_CIRCLE");
|
|
}
|
|
|
|
void PlaceLineToCenter(string sTemplate, location lCenter, float fLength, float fDirection=0.0f, int nFrequency=60, float fTime=12.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceSpring(sTemplate, lCenter, fLength, 0.0, 0.0, 0.0, nFrequency, 0.0, fTime, fDirection, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_LINETO");
|
|
}
|
|
|
|
void PlaceLineFromCenter(string sTemplate, location lCenter, float fLength, float fDirection=0.0f, int nFrequency=60, float fTime=12.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceSpring(sTemplate, lCenter, 0.0, fLength, 0.0, 0.0, nFrequency, 0.0, fTime, fDirection, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_LINEFROM");
|
|
}
|
|
|
|
object ObjectPlacePolygonalSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_POLYGONALSPRING")
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fEta*f + fRotate;
|
|
fAngle2 = fEta*g + fRotate;
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle1), (fRadiusStart - fDecay*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*g)*cos(fAngle2), (fRadiusStart - fDecay*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
DelayCommand(f*fDelayPerSide, PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlacePolygonalSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePolygonalSpring(sTemplate, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
void PlacePolygonalSpiral(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nSides=3, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePolygonalSpring(sTemplate, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_POLYGONALSPIRAL");
|
|
}
|
|
|
|
void PlacePolygon(string sTemplate, location lCenter, float fRadius, int nSides=3, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePolygonalSpring(sTemplate, lCenter, fRadius, fRadius, 0.0, 0.0, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_POLYGON");
|
|
}
|
|
|
|
object ObjectPlacePentaclicSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_PENTACLICSPRING")
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*5.0 : -fRev*5.0;
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2;
|
|
float fStarangle = (fRev > 0.0) ? 144.0 : -144.0;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fStarangle*f + fRotate;
|
|
fAngle2 = fStarangle*g + fRotate;
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStart-fDecay*f)*cos(fAngle1), (fRadiusStart-fDecay*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStart-fDecay*g)*cos(fAngle2), (fRadiusStart-fDecay*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
DelayCommand(f*fDelayPerSide, PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlacePentaclicSpring(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePentaclicSpring(sTemplate, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
void PlacePentaclicSpiral(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePentaclicSpring(sTemplate, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_PENTACLICSPIRAL");
|
|
}
|
|
|
|
void PlacePentacle(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePentaclicSpring(sTemplate, lCenter, fRadius, fRadius, 0.0, 0.0, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_PENTACLE");
|
|
}
|
|
|
|
object ObjectPlaceStarSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_STARSPRING")
|
|
{
|
|
int i, toggle;
|
|
if (nSides < 2) nSides = 3;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides*2) : -fRev*IntToFloat(nSides*2);
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDecayInner = (fRadiusStartInner - fRadiusEndInner)/fSidesToDraw; // change in radius per side
|
|
float fDecayOuter = (fRadiusStartOuter - fRadiusEndOuter)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2;
|
|
float fStarangle = (fRev > 0.0) ? 360.0/IntToFloat(nSides*2) : -360.0/IntToFloat(nSides*2);
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
toggle ^= 1;
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fStarangle*f + fRotate;
|
|
fAngle2 = fStarangle*g + fRotate;
|
|
if (!toggle)
|
|
{
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStartInner - fDecayInner*f)*cos(fAngle1), (fRadiusStartInner - fDecayInner*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStartOuter - fDecayOuter*g)*cos(fAngle2), (fRadiusStartOuter - fDecayOuter*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
else
|
|
{
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, (fRadiusStartOuter - fDecayOuter*f)*cos(fAngle1), (fRadiusStartOuter - fDecayOuter*f)*sin(fAngle1), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, (fRadiusStartInner - fDecayInner*g)*cos(fAngle2), (fRadiusStartInner - fDecayInner*g)*sin(fAngle2), fHeightStart - fGrowth*g, fDirectionXZ, fDirectionYZ);
|
|
}
|
|
DelayCommand(f*fDelayPerSide, PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlaceStarSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceStarSpring(sTemplate, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, fHeightStart, fHeightEnd, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
void PlaceStarSpiral(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceStarSpring(sTemplate, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_STARSPIRAL");
|
|
}
|
|
|
|
void PlaceStar(string sTemplate, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceStarSpring(sTemplate, lCenter, fRadiusOuter, fRadiusInner, fRadiusOuter, fRadiusInner, 0.0, 0.0, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_STAR");
|
|
}
|
|
|
|
object ObjectPlaceHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_HEMISPHERE")
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/IntToFloat(nFrequency); // change in radius per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fSphereRadius, fSphereAngle;
|
|
float fEffectiveHeight = fHeightEnd - fHeightStart;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f + fRotate;
|
|
fSphereAngle = fTheta*f*0.25/fRev;
|
|
fSphereRadius = fRadiusStart*cos(fSphereAngle) + fRadiusEnd*sin(fSphereAngle);
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSphereRadius*cos(fAngle), fSphereRadius*sin(fAngle), fEffectiveHeight*sin(fSphereAngle) + fHeightStart, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlaceHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceHemisphere(sTemplate, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
void PlaceSphere(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
ObjectPlaceHemisphere(sTemplate, lCenter, fRadius, 0.0, fRadius, 0.0, nFrequency/2, fRev/2.0, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
ObjectPlaceHemisphere(sTemplate, lCenter, fRadius, 0.0, fRadius, 2.0*fRadius, nFrequency/2, -fRev/2.0, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
object ObjectPlacePolygonalHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_POLYGONALHEMISPHERE")
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (nFrequency < 1) nFrequency = 90;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
int nFrequencyPerSide = FloatToInt(IntToFloat(nFrequency)/fSidesToDraw);
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos1, vPos2;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, g, fAngle1, fAngle2, fSphereRadius1, fSphereAngle1, fSphereRadius2, fSphereAngle2;
|
|
float fEffectiveHeight = fHeightEnd - fHeightStart;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
g = IntToFloat(i+1);
|
|
fAngle1 = fEta*f + fRotate;
|
|
fSphereAngle1 = fEta*f*0.25/fRev;
|
|
fSphereRadius1 = fRadiusStart*cos(fSphereAngle1) + fRadiusEnd*sin(fSphereAngle1);
|
|
fAngle2 = fEta*g + fRotate;
|
|
fSphereAngle2 = fEta*g*0.25/fRev;
|
|
fSphereRadius2 = fRadiusStart*cos(fSphereAngle2) + fRadiusEnd*sin(fSphereAngle2);
|
|
vPos1 = gao_RotateVector(vCenter, sAxis, fSphereRadius1*cos(fAngle1), fSphereRadius1*sin(fAngle1), fEffectiveHeight*sin(fSphereAngle1) + fHeightStart, fDirectionXZ, fDirectionYZ);
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, fSphereRadius2*cos(fAngle2), fSphereRadius2*sin(fAngle2), fEffectiveHeight*sin(fSphereAngle2) + fHeightStart, fDirectionXZ, fDirectionYZ);
|
|
DelayCommand(f*fDelayPerSide, PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlacePolygonalHemisphere(string sTemplate, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlacePolygonalHemisphere(sTemplate, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nSides, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
object ObjectPlaceSinusoid(string sTemplate, location lCenter, float fRadius, float fLength, float fDirection=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_SINUSOID")
|
|
{
|
|
int i;
|
|
if (nFrequency < 1) nFrequency = 60;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fTime < 0.0) fTime = 12.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
|
float fEta = fLength/IntToFloat(nFrequency); // horizontal distance between each node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector v, vTemp;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
|
float f, fAngle, fSine;
|
|
|
|
object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
|
|
for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f + fRotate;
|
|
fSine = sin(fAngle);
|
|
v = Vector(fEta*f, fRadius*fSine, 0.0);
|
|
vTemp = VectorMagnitude(v)*AngleToVector(VectorToAngle(v) + fDirection);
|
|
fAngle = (fSine > 0.0) ? 360.0 - fAngle : fAngle ;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, vTemp.x, vTemp.y, 0.0, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
|
|
}
|
|
|
|
return oData;
|
|
}
|
|
|
|
void PlaceSinusoid(string sTemplate, location lCenter, float fRadius, float fLength, float fDirection=0.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceSinusoid(sTemplate, lCenter, fRadius, fLength, fDirection, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
|
|
}
|
|
|
|
object ObjectPlaceToroidalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_TOROIDALSPRING")
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{
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int i;
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if (nFrequency < 1) nFrequency = 60;
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if (fWait < 1.0) fWait = 1.0;
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if (fTime < 0.0) fTime = 12.0;
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if (fLifetime < 0.0) fLifetime = 0.0;
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if (sTemplate == "") sTemplate = "prc_invisobj";
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float fRadiusStart = (fRadiusStartOuter + fRadiusStartInner)*0.5;
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float fRadiusEnd = (fRadiusEndOuter + fRadiusEndInner)*0.5;
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float fToricRadiusStart = (fRadiusStartOuter - fRadiusStartInner)*0.5;
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float fToricRadiusEnd = (fRadiusEndOuter - fRadiusEndInner)*0.5;
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float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
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float fDecay = (fRadiusStart - fRadiusEnd)/IntToFloat(nFrequency); // change in radius per node
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float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
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float fToricDecay = (fToricRadiusStart - fToricRadiusEnd)/IntToFloat(nFrequency); // change in radius of torus per node
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float fDelay = fTime/IntToFloat(nFrequency);
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vector vCenter = GetPositionFromLocation(lCenter);
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object oArea = GetAreaFromLocation(lCenter);
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location lPos;
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float f, fAngle, fToricAngle, fToricRadius;
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object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
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for (i = 0; i < nFrequency; i++)
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{
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f = IntToFloat(i);
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fAngle = fTheta*f + fRotate;
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fToricAngle = fLoopsPerRev*fAngle;
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fToricRadius = fToricRadiusStart - fToricDecay*f;
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lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStart - fDecay*f)*cos(fAngle) + fToricRadius*cos(fToricAngle)*cos(fAngle), (fRadiusStart - fDecay*f)*sin(fAngle) + fToricRadius*cos(fToricAngle)*sin(fAngle), fHeightStart - fGrowth*f + fToricRadius*sin(fToricAngle), fDirectionXZ, fDirectionYZ), fAngle);
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DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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return oData;
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}
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void PlaceToroidalSpring(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceToroidalSpring(sTemplate, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, fHeightStart, fHeightEnd, nFrequency, fLoopsPerRev, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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}
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void PlaceToroidalSpiral(string sTemplate, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceToroidalSpring(sTemplate, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, nFrequency, fLoopsPerRev, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_TOROIDALSPIRAL");
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}
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void PlaceTorus(string sTemplate, location lCenter, float fRadiusOuter, float fRadiusInner, int nFrequency=60, float fLoopsPerRev=36.0f, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceToroidalSpring(sTemplate, lCenter, fRadiusOuter, fRadiusInner, fRadiusOuter, fRadiusInner, 0.0, 0.0, nFrequency, fLoopsPerRev, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_TORUS");
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}
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object ObjectPlaceStellaOctangula(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_STELLAOCTANGULA")
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{
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int i;
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if (fWait < 1.0) fWait = 1.0;
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if (fTime < 0.0) fTime = 6.0;
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if (nFrequency < 1) nFrequency = 60;
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if (fLifetime < 0.0) fLifetime = 0.0;
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if (sTemplate == "") sTemplate = "prc_invisobj";
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vector vCenter = GetPositionFromLocation(lCenter);
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object oArea = GetAreaFromLocation(lCenter);
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float fSigma = fRadius*2.0/3.0;
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float fEpsilon = fSigma*4.0/3.0/cos(19.47122063449069136924599933997);
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int nFrequencyPerSide = nFrequency/12;
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float fDelayPerSide = fTime/12.0;
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float f, z1, fAngle1, g, z2, fAngle2;
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vector vPos1, vPos2, vTop;
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vTop = gao_RotateVector(vCenter, sAxis, 0.0, 0.0, 3.0*fSigma, fDirectionXZ, fDirectionYZ);
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object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
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for (i = 0; i < 6; i++)
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{
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f = IntToFloat(i);
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g = IntToFloat(i+1);
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if (i < 3)
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{
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fAngle1 = fRotate + 120.0*f;
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fAngle2 = fRotate + 120.0*g;
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z1 = 2.0*fSigma;
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z2 = 2.0*fSigma;
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}
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else
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{
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fAngle1 = fRotate + 120.0*f + 60.0 ;
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fAngle2 = fRotate + 120.0*g + 60.0 ;
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z1 = fSigma;
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z2 = fSigma;
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}
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vPos1 = gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle1), fEpsilon*sin(fAngle1), z1, fDirectionXZ, fDirectionYZ);
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vPos2 = gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle2), fEpsilon*sin(fAngle2), z2, fDirectionXZ, fDirectionYZ);
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if (i<3) DelayCommand(fDelayPerSide*f, PlaceLineFromVectorToVector(sTemplate, oArea, vCenter, vPos1, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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else DelayCommand(fDelayPerSide*(f+6.0), PlaceLineFromVectorToVector(sTemplate, oArea, vTop, vPos1, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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DelayCommand(fDelayPerSide*(f+3.0), PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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return oData;
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}
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void PlaceStellaOctangula(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceStellaOctangula(sTemplate, lCenter, fRadius, nFrequency, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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}
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object ObjectPlaceIcosahedron(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_ICOSAHEDRON")
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{
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int i;
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if (fWait < 1.0) fWait = 1.0;
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if (fTime < 0.0) fTime = 6.0;
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if (nFrequency < 1) nFrequency = 60;
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if (fLifetime < 0.0) fLifetime = 0.0;
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if (sTemplate == "") sTemplate = "prc_invisobj";
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vector vCenter = GetPositionFromLocation(lCenter);
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object oArea = GetAreaFromLocation(lCenter);
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float fSigma1 = fRadius*0.55278640450004206071816526625413;
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float fSigma2 = fRadius*0.89442719099991587856366946749173;
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float fEpsilon = fRadius*0.89442719099991587856366946749256;
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int nFrequencyPerSide = nFrequency/30;
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float fDelayPerSide = fTime/30.0;
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float f, z1, fAngle1, g, z2, fAngle2;
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vector vPos1, vPos2, vTop;
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vTop = gao_RotateVector(vCenter, sAxis, 0.0, 0.0, 2.0*fSigma1 + fSigma2, fDirectionXZ, fDirectionYZ);
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object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
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for (i = 0; i < 20; i++)
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{
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f = IntToFloat(i);
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g = IntToFloat(i+1);
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if (i < 5)
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{
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fAngle1 = fRotate + f*72.0;
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fAngle2 = fRotate + g*72.0;
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z1 = fSigma1;
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z2 = fSigma1;
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}
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else if (i < 10)
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{
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fAngle1 = fRotate + f*72.0;
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fAngle2 = fRotate + f*72.0 + 36.0;
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z1 = fSigma1;
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z2 = fSigma1 + fSigma2;
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}
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else if (i < 15)
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{
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fAngle1 = fRotate + f*72.0;
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fAngle2 = fRotate + f*72.0 - 36.0;
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z1 = fSigma1;
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z2 = fSigma1 + fSigma2;
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}
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else
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{
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fAngle1 = fRotate + f*72.0 + 36.0;
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fAngle2 = fRotate + g*72.0 + 36.0;
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z1 = fSigma1 + fSigma2;
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z2 = fSigma1 + fSigma2;
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}
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vPos1 = gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle1), fEpsilon*sin(fAngle1), z1, fDirectionXZ, fDirectionYZ);
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vPos2 = gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle2), fEpsilon*sin(fAngle2), z2, fDirectionXZ, fDirectionYZ);
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if (i < 5)
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{
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DelayCommand(fDelayPerSide*f, PlaceLineFromVectorToVector(sTemplate, oArea, vCenter, vPos1, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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DelayCommand(fDelayPerSide*(f+5.0), PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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else if (i < 10)
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{
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DelayCommand(fDelayPerSide*(f+5.0), PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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else if (i < 15)
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{
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DelayCommand(fDelayPerSide*(f+5.0), PlaceLineFromVectorToVector(sTemplate, oArea, vPos2, vPos1, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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else
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{
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DelayCommand(fDelayPerSide*(f+10.0), PlaceLineFromVectorToVector(sTemplate, oArea, vTop, vPos1, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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DelayCommand(fDelayPerSide*(f+5.0), PlaceLineFromVectorToVector(sTemplate, oArea, vPos1, vPos2, nFrequencyPerSide, fDelayPerSide, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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}
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return oData;
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}
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void PlaceIcosahedron(string sTemplate, location lCenter, float fRadius, int nFrequency=60, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceIcosahedron(sTemplate, lCenter, fRadius, nFrequency, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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}
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object ObjectPlaceRhodoneaSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_RHODONEASPRING")
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{
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int i;
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if (nFrequency < 1) nFrequency = 60;
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if (fTime < 0.0) fTime = 12.0;
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if (fLifetime < 0.0) fLifetime = 0.0;
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if (fWait < 1.0) fWait = 1.0;
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if (sTemplate == "") sTemplate = "prc_invisobj";
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float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
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float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
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float fDelay = fTime/IntToFloat(nFrequency);
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vector vCenter = GetPositionFromLocation(lCenter);
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object oArea = GetAreaFromLocation(lCenter);
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location lPos;
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float f, fAngle, fDist;
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object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
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for (i = 0; i < nFrequency; i++)
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{
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f = IntToFloat(i);
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fAngle = fTheta*f;
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fDist = fRadius*sin(fRoulette*fAngle);
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fAngle += fRotate;
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lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fDist*cos(fAngle), fDist*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
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DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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return oData;
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}
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void PlaceRhodoneaSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceRhodoneaSpring(sTemplate, lCenter, fRadius, fHeightStart, fHeightEnd, fRoulette, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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}
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void PlaceRhodonea(string sTemplate, location lCenter, float fRadius, float fRoulette=3.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceRhodoneaSpring(sTemplate, lCenter, fRadius, 0.0, 0.0, fRoulette, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_RHODONEA");
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}
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object ObjectPlaceHypocycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_HYPOCYCLOIDSPRING")
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{
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int i;
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if (nFrequency < 1) nFrequency = 60;
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if (fTime < 0.0) fTime = 12.0;
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if (fLifetime < 0.0) fLifetime = 0.0;
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if (fWait < 1.0) fWait = 1.0;
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if (sTemplate == "") sTemplate = "prc_invisobj";
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if (fRoulette == 0.0) fRoulette = 3.0;
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float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
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float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
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float fDelay = fTime/IntToFloat(nFrequency);
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vector vCenter = GetPositionFromLocation(lCenter);
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|
object oArea = GetAreaFromLocation(lCenter);
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|
location lPos;
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float fAlpha = fRadius - fRoulette;
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|
float fBeta = fAlpha/fRoulette; // DIVIDE BY ZERO
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|
float f, x, y, fAngle, fDist;
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object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
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for (i = 0; i < nFrequency; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fTheta*f;
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|
y = (fAlpha*sin(fAngle) - fRoulette*sin(fBeta*fAngle));
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x = (fAlpha*cos(fAngle) + fRoulette*cos(fBeta*fAngle));
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fDist = sqrt(pow(y, 2.0) + pow(x, 2.0));
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fAngle = (x == 0.0 && y < 0.0) ? 270.0 + fRotate : (x==0.0) ? 90.0 + fRotate : (x < 0.0) ? 180.0 + atan(y/x) + fRotate : atan(y/x) + fRotate;
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lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fDist*cos(fAngle), fDist*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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|
}
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|
|
return oData;
|
|
}
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void PlaceHypocycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectPlaceHypocycloidSpring(sTemplate, lCenter, fRadius, fHeightStart, fHeightEnd, fRoulette, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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|
}
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void PlaceHypocycloid(string sTemplate, location lCenter, float fRadius, float fRoulette=3.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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|
{
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ObjectPlaceHypocycloidSpring(sTemplate, lCenter, fRadius, 0.0, 0.0, fRoulette, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_HYPOCYCLOID");
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}
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|
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object ObjectPlaceEpicycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f, string sTag="PSC_P_EPICYCLOIDSPRING")
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|
{
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int i;
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if (nFrequency < 1) nFrequency = 60;
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if (fTime < 0.0) fTime = 12.0;
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if (fLifetime < 0.0) fLifetime = 0.0;
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if (fWait < 1.0) fWait = 1.0;
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if (sTemplate == "") sTemplate = "prc_invisobj";
|
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if (fRoulette == 0.0) fRoulette = 3.0;
|
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float fTheta = 360.0*fRev/IntToFloat(nFrequency); // angle between each node
|
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float fGrowth = (fHeightStart - fHeightEnd)/IntToFloat(nFrequency); // change in height per node
|
|
float fDelay = fTime/IntToFloat(nFrequency);
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vector vCenter = GetPositionFromLocation(lCenter);
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object oArea = GetAreaFromLocation(lCenter);
|
|
location lPos;
|
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float fAlpha = fRadius + fRoulette;
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float fBeta = fAlpha/fRoulette;
|
|
float f, x, y, fAngle, fDist;
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|
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object oData = (fLifetime > 0.0) ? OBJECT_INVALID : CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
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|
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for (i = 0; i < nFrequency; i++)
|
|
{
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|
f = IntToFloat(i);
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fAngle = fTheta*f;
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y = (fAlpha*sin(fAngle) - fRoulette*sin(fBeta*fAngle));
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x = (fAlpha*cos(fAngle) - fRoulette*cos(fBeta*fAngle));
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fDist = sqrt(pow(y, 2.0) + pow(x, 2.0));
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fAngle = (x == 0.0 && y < 0.0) ? 270.0 + fRotate : (x==0.0) ? 90.0 + fRotate : (x < 0.0) ? 180.0 + atan(y/x) + fRotate : atan(y/x) + fRotate;
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lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fDist*cos(fAngle), fDist*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
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DelayCommand(f*fDelay, gao_ActionCreateObject(sTemplate, lPos, nDurationType, nVFX, fDuration, fWait, fLifetime, oData));
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}
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return oData;
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}
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void PlaceEpicycloidSpring(string sTemplate, location lCenter, float fRadius, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fRoulette=3.0f, int nFrequency=60, float fRev=5.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceEpicycloidSpring(sTemplate, lCenter, fRadius, fHeightStart, fHeightEnd, fRoulette, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime);
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}
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void PlaceEpicycloid(string sTemplate, location lCenter, float fRadius, float fRoulette=3.0f, int nFrequency=60, float fRev=1.0f, float fTime=12.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType=-1, int nVFX=-1, float fDuration=0.0f, float fWait=1.0f, float fLifetime=0.0f)
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{
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ObjectPlaceEpicycloidSpring(sTemplate, lCenter, fRadius, 0.0, 0.0, fRoulette, nFrequency, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType, nVFX, fDuration, fWait, fLifetime, "PSC_P_EPICYCLOID");
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}
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/*
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=============================================
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BEAM FUNCTIONS
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=============================================
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*/
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object ObjectBeamPolygonalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_POLYGONALSPRING")
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, fAngle;
|
|
object oData;
|
|
location lPos;
|
|
float fWait = 1.0;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw + 1)));
|
|
|
|
for (i = 0; i <= nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fEta*f + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStart-fDecay*f)*cos(fAngle), (fRadiusStart-fDecay*f)*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i > 0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamPolygonalSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPolygonalSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nSides, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
void BeamPolygonalSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPolygonalSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, nSides, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime, "PSC_B_POLYGONALSPIRAL");
|
|
}
|
|
|
|
object ObjectBeamPolygon(int nDurationType, int nVFX, location lCenter, float fRadius, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_POLYGON")
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 1.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, x, y, fAngle;
|
|
object oData;
|
|
location lPos;
|
|
float fWait = 1.0;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw)));
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fEta*f + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadius*cos(fAngle), fRadius*sin(fAngle), 0.0, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i>0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
if (fRev == 1.0 && i == nSidesToDraw-1) DelayCommand(fSidesToDraw*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i), "store0", nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamPolygon(int nDurationType, int nVFX, location lCenter, float fRadius, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPolygon(nDurationType, nVFX, lCenter, fRadius, nSides, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamPentaclicSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_PENTACLICSPRING")
|
|
{
|
|
int i;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*5.0 : -fRev*5.0;
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
float fDecay = (fRadiusStart - fRadiusEnd)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, fAngle;
|
|
float fStarangle = (fRev > 0.0) ? 144.0 : -144.0;
|
|
object oData;
|
|
location lPos;
|
|
float fWait = 1.0;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw+1)));
|
|
|
|
for (i = 0; i <= nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fStarangle*f + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStart-fDecay*f)*cos(fAngle), (fRadiusStart-fDecay*f)*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i > 0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamPentaclicSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPentaclicSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
void BeamPentaclicSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPentaclicSpring(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, 0.0, 0.0, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime, "PSC_B_PENTACLICSPIRAL");
|
|
}
|
|
|
|
object ObjectBeamPentacle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_PENTACLE")
|
|
{
|
|
int i;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 1.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*5.0 : -fRev*5.0;
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, x, y, fAngle;
|
|
float fStarangle = (fRev > 0.0) ? 144.0 : -144.0;
|
|
object oData;
|
|
location lPos;
|
|
float fWait = 1.0;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw)));
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fStarangle*f + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadius*cos(fAngle), fRadius*sin(fAngle), 0.0, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i>0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
if (fRev == 1.0 && i == nSidesToDraw-1) DelayCommand(fSidesToDraw*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i), "store0", nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamPentacle(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPentacle(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamStarSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_STARSPRING")
|
|
{
|
|
int i, toggle;
|
|
if (nSides < 2) nSides = 3;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides*2) : -fRev*IntToFloat(nSides*2);
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
float fDecayOuter = (fRadiusStartOuter - fRadiusEndOuter)/fSidesToDraw; // change in radius per side
|
|
float fDecayInner = (fRadiusStartInner - fRadiusEndInner)/fSidesToDraw; // change in radius per side
|
|
float fGrowth = (fHeightStart - fHeightEnd)/fSidesToDraw; // change in height per side
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, fAngle;
|
|
float fStarangle = (fRev > 0.0) ? 360.0/IntToFloat(2*nSides) : -360.0/IntToFloat(2*nSides);
|
|
object oData;
|
|
location lPos;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw+1)));
|
|
|
|
for (i = 0; i <= nSidesToDraw; i++)
|
|
{
|
|
toggle ^= 1;
|
|
f = IntToFloat(i);
|
|
fAngle = fStarangle*f + fRotate;
|
|
if (!toggle) lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStartInner - fDecayInner*f)*cos(fAngle), (fRadiusStartInner - fDecayInner*f)*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
else lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, (fRadiusStartOuter - fDecayOuter*f)*cos(fAngle), (fRadiusStartOuter - fDecayOuter*f)*sin(fAngle), fHeightStart - fGrowth*f, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i>0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamStarSpring(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamStarSpring(nDurationType, nVFX, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, fHeightStart, fHeightEnd, nSides, fDuration, sTemplate, fRev, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
void BeamStarSpiral(int nDurationType, int nVFX, location lCenter, float fRadiusStartOuter, float fRadiusStartInner, float fRadiusEndOuter=0.0f, float fRadiusEndInner=0.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamStarSpring(nDurationType, nVFX, lCenter, fRadiusStartOuter, fRadiusStartInner, fRadiusEndOuter, fRadiusEndInner, 0.0, 0.0, nSides, fDuration, sTemplate, fRev, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime, "PSC_B_STARSPIRAL");
|
|
}
|
|
|
|
object ObjectBeamStar(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_STAR")
|
|
{
|
|
int i, toggle;
|
|
if (nSides < 2) nSides = 3;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 1.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(2*nSides) : -fRev*IntToFloat(2*nSides);
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos;
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, x, y, fAngle;
|
|
float fStarangle = (fRev > 0.0) ? 360.0/IntToFloat(2*nSides) : -360.0/IntToFloat(2*nSides);
|
|
object oData;
|
|
location lPos;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw)));
|
|
|
|
for (i = 0; i < nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
toggle ^= 1;
|
|
fAngle = fStarangle*f + fRotate;
|
|
if (!toggle) lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadiusInner*cos(fAngle), fRadiusInner*sin(fAngle), 0.0, fDirectionXZ, fDirectionYZ), fAngle);
|
|
else lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadiusOuter*cos(fAngle), fRadiusOuter*sin(fAngle), 0.0, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i > 0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
if (fRev == 1.0 && i == nSidesToDraw-1) DelayCommand(fSidesToDraw*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i), "store0", nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamStar(int nDurationType, int nVFX, location lCenter, float fRadiusOuter, float fRadiusInner, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=1.0f, float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamStar(nDurationType, nVFX, lCenter, fRadiusOuter, fRadiusInner, nSides, fDuration, sTemplate, fRev, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamLineFromCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_LINEFROM")
|
|
{
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos = fLength*AngleToVector(fDirection);
|
|
vector vPos2;
|
|
float fWait = 1.0;
|
|
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, vPos.x, vPos.y, vPos.z, fDirectionXZ, fDirectionYZ);
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 2)));
|
|
|
|
gao_ActionCreateLocalObject(sTemplate, lCenter, "store0", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
DelayCommand(fTime, gao_ActionCreateLocalObject(sTemplate, Location(oArea, vPos2, fDirection), "store1", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
|
|
DelayCommand(fTime+1.0, gao_ActionApplyLocalBeamEffect(oData, "store0", "store1", nDurationType, nVFX, fDuration));
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamLineFromCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamLineFromCenter(nDurationType, nVFX, lCenter, fLength, fDirection, fDuration, sTemplate, fTime, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamLineToCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_LINETO")
|
|
{
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
vector vPos = fLength*AngleToVector(fDirection);
|
|
vector vPos2;
|
|
float fWait = 1.0;
|
|
|
|
vPos2 = gao_RotateVector(vCenter, sAxis, vPos.x, vPos.y, vPos.z, fDirectionXZ, fDirectionYZ);
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 2)));
|
|
|
|
DelayCommand(fTime, gao_ActionCreateLocalObject(sTemplate, lCenter, "store0", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
gao_ActionCreateLocalObject(sTemplate, Location(oArea, vPos2, fDirection), "store1", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
|
|
DelayCommand(fTime+1.0, gao_ActionApplyLocalBeamEffect(oData, "store1", "store0", nDurationType, nVFX, fDuration));
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamLineToCenter(int nDurationType, int nVFX, location lCenter, float fLength, float fDirection=0.0f, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamLineToCenter(nDurationType, nVFX, lCenter, fLength, fDirection, fDuration, sTemplate, fTime, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamPolygonalHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_POLYGONALHEMISPHERE")
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (fRev == 0.0) fRev = 5.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fEta = (fRev > 0.0) ? 360.0/IntToFloat(nSides) : -360.0/IntToFloat(nSides); // angle of segment
|
|
float fSidesToDraw = (fRev > 0.0) ? fRev*IntToFloat(nSides) : -fRev*IntToFloat(nSides); // total number of sides to draw including revolutions as float value
|
|
int nSidesToDraw = FloatToInt(fSidesToDraw); // total number of sides to draw including revolutions as int value
|
|
float fDelayPerSide = fTime/fSidesToDraw;
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, fAngle, fSphereAngle, fSphereRadius;
|
|
float fEffectiveHeight = fHeightEnd - fHeightStart;
|
|
object oData;
|
|
location lPos;
|
|
float fWait = 1.0;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", nSidesToDraw+1)));
|
|
|
|
for (i = 0; i <= nSidesToDraw; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
fAngle = fEta*f + fRotate;
|
|
fSphereAngle = fEta*f*0.25/fRev;
|
|
fSphereRadius = fRadiusStart*cos(fSphereAngle) + fRadiusEnd*sin(fSphereAngle);
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSphereRadius*cos(fAngle), fSphereRadius*sin(fAngle), fEffectiveHeight*sin(fSphereAngle) + fHeightStart, fDirectionXZ, fDirectionYZ), fAngle);
|
|
DelayCommand(f*fDelayPerSide, gao_ActionCreateLocalObject(sTemplate, lPos, "store" + IntToString(i), oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
if (i > 0) DelayCommand(f*fDelayPerSide+fWait, gao_ActionApplyLocalBeamEffect(oData, "store" + IntToString(i-1), "store" + IntToString(i), nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamPolygonalHemisphere(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fRev=5.0f, float fTime=6.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamPolygonalHemisphere(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nSides, fDuration, sTemplate, fRev, fTime, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamStellaOctangula(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_STELLAOCTANGULA")
|
|
{
|
|
int i;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float fSigma = fRadius*2.0/3.0;
|
|
float fEpsilon = fSigma*4.0/3.0/cos(19.47122063449069136924599933997);
|
|
float fDelay = fTime/8.0;
|
|
fWait += fDelay;
|
|
float f, z, fAngle;
|
|
location lPos;
|
|
string sNumber, sNumber1;
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 8)));
|
|
|
|
gao_ActionCreateLocalObject(sTemplate, lCenter, "store7", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
|
|
for (i = 0; i < 7; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i < 3)
|
|
{
|
|
z = 2.0*fSigma;
|
|
fAngle = fRotate + 120.0*f;
|
|
}
|
|
else if (i < 6)
|
|
{
|
|
z = fSigma;
|
|
fAngle = fRotate + 120.0*f + 60.0;
|
|
}
|
|
else
|
|
{
|
|
z = 3.0*fSigma;
|
|
fEpsilon = 0.0;
|
|
}
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle), fEpsilon*sin(fAngle), z, fDirectionXZ, fDirectionYZ), fAngle);
|
|
sNumber = "store"+IntToString(i);
|
|
DelayCommand(fDelay*(f+1.0), gao_ActionCreateLocalObject(sTemplate, lPos, sNumber, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<3; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
sNumber = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, "store7", sNumber, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<6; i++)
|
|
{
|
|
f = IntToFloat(i+3);
|
|
sNumber = "store"+IntToString(i);
|
|
if (i==2) sNumber1 = "store0";
|
|
else if (i==5) sNumber1 = "store3";
|
|
else sNumber1 = "store"+IntToString(i+1);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber, sNumber1, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=3; i<6; i++)
|
|
{
|
|
f = IntToFloat(i+6);
|
|
sNumber = "store"+IntToString(i);
|
|
sNumber1 = "store6";
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber, sNumber1, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamStellaOctangula(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamStellaOctangula(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamIcosahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_ICOSAHEDRON")
|
|
{
|
|
int i;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float fSigma1 = fRadius*0.55278640450004206071816526625413;
|
|
float fSigma2 = fRadius*0.89442719099991587856366946749173;
|
|
float fEpsilon = fRadius*0.89442719099991587856366946749256;
|
|
float fDelay = fTime/30.0;
|
|
fWait += fDelay;
|
|
float f, z, fAngle;
|
|
location lPos;
|
|
string sNumber, sNumber1;
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 12)));
|
|
|
|
gao_ActionCreateLocalObject(sTemplate, lCenter, "store11", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
|
|
for (i = 0; i < 11; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i < 5)
|
|
{
|
|
fAngle = fRotate + f*72.0;
|
|
z = fSigma1;
|
|
}
|
|
else if (i < 10)
|
|
{
|
|
fAngle = fRotate + f*72.0 + 36.0;
|
|
z = fSigma1 + fSigma2;
|
|
}
|
|
else
|
|
{
|
|
fAngle = fRotate;
|
|
z = 2.0*fSigma1 + fSigma2;
|
|
fEpsilon = 0.0;
|
|
}
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle), fEpsilon*sin(fAngle), z, fDirectionXZ, fDirectionYZ), fAngle);
|
|
sNumber = "store"+IntToString(i);
|
|
DelayCommand(fDelay*(f+1.0), gao_ActionCreateLocalObject(sTemplate, lPos, sNumber, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<5; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
sNumber = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, "store11", sNumber, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<10; i++)
|
|
{
|
|
f = IntToFloat(i+5);
|
|
sNumber = "store"+IntToString(i);
|
|
if (i==4) sNumber1 = "store0";
|
|
else if (i==9) sNumber1 = "store5";
|
|
else sNumber1 = "store"+IntToString(i+1);
|
|
|
|
if (i<5) DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber, sNumber1, nDurationType, nVFX, fDuration));
|
|
else DelayCommand(fDelay*(f+10.0)+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber, sNumber1, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<10; i++)
|
|
{
|
|
f = IntToFloat(i+10);
|
|
sNumber = "store"+IntToString(i);
|
|
if (i<5) sNumber1 = "store"+IntToString(i+5);
|
|
else if (i==9) sNumber1 = "store0";
|
|
else sNumber1 = "store"+IntToString(i-4);
|
|
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber, sNumber1, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=5; i<10; i++)
|
|
{
|
|
f = IntToFloat(i+20);
|
|
sNumber = "store10";
|
|
sNumber1 = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber, sNumber1, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamIcosahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamIcosahedron(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamDodecahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_DODECAHEDRON")
|
|
{
|
|
int i;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float fSigma1 = fRadius*0.205345527708233877044469071674; // Rd - rd
|
|
float fSigma2 = fRadius*0.79465447229176612295553092832696; // rd
|
|
float fSigma3 = fRadius*0.60706199820668622309539158142001; // Rp
|
|
float fEpsilon = fRadius*0.98224694637684602281567027523513; //Rdisplace ~ Zdisplace, golden
|
|
float fDelay = fTime/30.0;
|
|
fWait += fDelay;
|
|
float f, fAngle;
|
|
location lPos;
|
|
string sNumber1, sNumber2;
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 20)));
|
|
|
|
for (i = 0; i < 20; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i<5)
|
|
{
|
|
fAngle = fRotate + f*72.0 - 36.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma3*cos(fAngle), fSigma3*sin(fAngle), fSigma1, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<10)
|
|
{
|
|
fAngle = fRotate + f*72.0 - 36.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle), fEpsilon*sin(fAngle), fSigma1 + fSigma3, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<15)
|
|
{
|
|
fAngle = fRotate + f*72.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon*cos(fAngle), fEpsilon*sin(fAngle), fSigma1 + fEpsilon, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else
|
|
{
|
|
fAngle = fRotate + f*72.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma3*cos(fAngle), fSigma3*sin(fAngle), fSigma1 + 2.0*fSigma2, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
sNumber1 = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f, gao_ActionCreateLocalObject(sTemplate, lPos, sNumber1, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<5; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<4) ? "store" + IntToString(i+1) : "store0";
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<15; i++)
|
|
{
|
|
f = (i<10) ? IntToFloat(i+5) : IntToFloat(i+10);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = "store" + IntToString(i+5);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=10; i<15; i++)
|
|
{
|
|
f = IntToFloat(i+5);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<14) ? "store" + IntToString(i-4) : "store5";
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=15; i<20; i++)
|
|
{
|
|
f = IntToFloat(i+10);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<19) ? "store" + IntToString(i+1) : "store15";
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamDodecahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamDodecahedron(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamTriacontahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_TRIACONTAHEDRON")
|
|
{
|
|
int i;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float fSigma1 = fRadius*0.55278640450004206071816526625413;
|
|
float fSigma2 = fRadius*0.89442719099991587856366946749173;
|
|
float fSigma3 = fRadius*0.205345527708233877044469071674; //1 Rd - rd
|
|
float fSigma4 = fRadius*0.79465447229176612295553092832696; //2 rd
|
|
float fSigma5 = fRadius*0.60706199820668622309539158142001; //3 Rp
|
|
float fEpsilon1 = fRadius*0.89442719099991587856366946749256;
|
|
float fEpsilon2 = fRadius*0.98224694637684602281567027523513; //Rdisplace ~ Zdisplace, golden
|
|
float fDelay = fTime/60.0;
|
|
fWait += fDelay;
|
|
float f, fAngle;
|
|
location lPos;
|
|
string sNumber1, sNumber2;
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 32)));
|
|
|
|
gao_ActionCreateLocalObject(sTemplate, lCenter, "store31", oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
|
|
for (i = 0; i < 31; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i<5)
|
|
{
|
|
fAngle = fRotate + f*72.0 + 36.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma5*cos(fAngle), fSigma5*sin(fAngle), fSigma3, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<10)
|
|
{
|
|
fAngle = fRotate + f*72.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon1*cos(fAngle), fEpsilon1*sin(fAngle), fSigma1, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<15)
|
|
{
|
|
fAngle = fRotate + f*72.0 + 36.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon2*cos(fAngle), fEpsilon2*sin(fAngle), fSigma3 + fSigma5, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<20)
|
|
{
|
|
fAngle = fRotate + f*72.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon2*cos(fAngle), fEpsilon2*sin(fAngle), fSigma3 + fEpsilon2, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<25)
|
|
{
|
|
fAngle = fRotate + f*72.0 + 36.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fEpsilon1*cos(fAngle), fEpsilon1*sin(fAngle), fSigma1 + fSigma2, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<30)
|
|
{
|
|
fAngle = fRotate + f*72.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma5*cos(fAngle), fSigma5*sin(fAngle), fSigma3 + 2.0*fSigma4, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else
|
|
{
|
|
fAngle = fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, 0.0, 0.0, 2.0*fSigma1 + fSigma2, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
sNumber1 = "store"+IntToString(i);
|
|
DelayCommand(fDelay*(f+1.0), gao_ActionCreateLocalObject(sTemplate, lPos, sNumber1, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<15; i++)
|
|
{
|
|
f = (i<10) ? IntToFloat(i) : IntToFloat(i+5);
|
|
sNumber1 = (i<5) ? "store31" : "store" + IntToString(i-5);
|
|
sNumber2 = "store" + IntToString(i);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=5; i<15; i++)
|
|
{
|
|
f = (i<10) ? IntToFloat(i+5) : IntToFloat(i+10) ;
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i==5) ? "store4" : (i==14) ? "store5" : (i<10) ? "store" + IntToString(i-6) : "store" + IntToString(i-4);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=5; i<15; i++)
|
|
{
|
|
f = IntToFloat(i+20);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = "store" + IntToString(i+10);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=15; i<30; i++)
|
|
{
|
|
f = (i<20) ? IntToFloat(i+20) : (i<25) ? IntToFloat(i+25) : IntToFloat(i+30);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<25) ? "store" + IntToString(i+5) : "store30" ;
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=20; i<30; i++)
|
|
{
|
|
f = (i<20) ? IntToFloat(i+20) : IntToFloat(i+25) ;
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i==24) ? "store15" : (i==25) ? "store24" : (i<25) ? "store" + IntToString(i-4) : "store" + IntToString(i-6);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamTriacontahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamTriacontahedron(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamCuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_CUBOCTAHEDRON")
|
|
{
|
|
int i;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float fSigma = fRadius*0.70710678118654752440084436210485;
|
|
float fEpsilon = fRadius - fSigma ;
|
|
float fDelay = fTime/24.0;
|
|
fWait += fDelay;
|
|
float f, fAngle;
|
|
location lPos;
|
|
string sNumber1, sNumber2;
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 12)));
|
|
|
|
for (i = 0; i < 12; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i<4)
|
|
{
|
|
fAngle = fRotate + f*90.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma*cos(fAngle), fSigma*sin(fAngle), fEpsilon, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<8)
|
|
{
|
|
fAngle = fRotate + f*90.0 + 45.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadius*cos(fAngle), fRadius*sin(fAngle), fRadius, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else
|
|
{
|
|
fAngle = fRotate + f*90.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma*cos(fAngle), fSigma*sin(fAngle), fRadius + fSigma, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
sNumber1 = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f, gao_ActionCreateLocalObject(sTemplate, lPos, sNumber1, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<4; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<3) ? "store" + IntToString(i+1) : "store0";
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<8; i++)
|
|
{
|
|
f = (i<4) ? IntToFloat(i+4) : IntToFloat(i+8) ;
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = "store" + IntToString(i+4);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<8; i++)
|
|
{
|
|
f = (i<4) ? IntToFloat(i+8) : IntToFloat(i+12);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i==0) ? "store7" : (i<4) ? "store" + IntToString(i+3) : (i==7) ? "store8" : "store" + IntToString(i+5);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=8; i<12; i++)
|
|
{
|
|
f = IntToFloat(i+12);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<11) ? "store" + IntToString(i+1) : "store8";
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamCuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamCuboctahedron(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamSmallRhombicuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_SMALLRHOMBICUBOCTAHEDRON")
|
|
{
|
|
int i;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float fSigma1 = fRadius*0.50544946512442356216037311029756;
|
|
float fSigma2 = fRadius*0.93394883109446475957738040414503;
|
|
float fEpsilon1 = fRadius*0.13714379053898318189115991804927;
|
|
float fEpsilon2 = fRadius*0.71481348867318651189693394330755;
|
|
float fDelay = fTime/48.0;
|
|
fWait += fDelay;
|
|
float f, z, fAngle;
|
|
location lPos;
|
|
string sNumber1, sNumber2;
|
|
|
|
object oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 24)));
|
|
|
|
for (i = 0; i < 24; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i<4)
|
|
{
|
|
fAngle = fRotate + f*90.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma1*cos(fAngle), fSigma1*sin(fAngle), fEpsilon1, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else if (i<20)
|
|
{
|
|
fAngle = fRotate + 27.5 + (f-4.0)*45.0;
|
|
z = (i<12) ? fEpsilon1 + fSigma1 : fEpsilon1 + fEpsilon2 + fSigma1;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma2*cos(fAngle), fSigma2*sin(fAngle), z, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else
|
|
{
|
|
fAngle = fRotate + f*90.0;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fSigma1*cos(fAngle), fSigma1*sin(fAngle), fEpsilon1 + 2.0*fSigma1 + fEpsilon2, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
sNumber1 = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f, gao_ActionCreateLocalObject(sTemplate, lPos, sNumber1, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<24; i++)
|
|
{
|
|
f = (i<4) ? IntToFloat(i) : (i<12) ? IntToFloat(i+8) : (i<20) ? IntToFloat(i+16) : IntToFloat(i+24) ;
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i==3) ? "store0" : (i==11) ? "store4" : (i==19) ? "store12" : (i==23) ? "store20" : "store" + IntToString(i+1) ;
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<20; i++)
|
|
{
|
|
f = (i<4) ? IntToFloat(i*2+4) : (i<12) ? IntToFloat(i+16) : IntToFloat(i+24);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i<4) ? "store" + IntToString(i*2+4) : (i<12) ? "store" + IntToString(i+8) : (i==13||i== 15||i==17) ? "store" + IntToString(21+(i-13)/2) : (i==19) ? "store20" : (i==18) ? "store23" : "store" + IntToString(19+(i-10)/2);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<4; i++)
|
|
{
|
|
f = (i==0) ? 11.0 : IntToFloat((i-1)*2+5);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i==0) ? "store11" : "store" + IntToString(i*2+3);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamSmallRhombicuboctahedron(int nDurationType, int nVFX, location lCenter, float fRadius, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamSmallRhombicuboctahedron(nDurationType, nVFX, lCenter, fRadius, fDuration, sTemplate, fTime, fWait, fRotate, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|
|
|
|
object ObjectBeamGengon(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, float fTwist=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f, string sTag="PSC_B_GENGON")
|
|
{
|
|
int i;
|
|
if (nSides < 3) nSides = 3;
|
|
if (fWait < 1.0) fWait = 1.0;
|
|
if (fWait2 < 1.0) fWait2 = 1.0;
|
|
if (fTime < 0.0) fTime = 6.0;
|
|
if (fLifetime < 0.0) fLifetime = 0.0;
|
|
if (sTemplate == "") sTemplate = "prc_invisobj";
|
|
float fEta = 360.0/IntToFloat(nSides); // angle of segment
|
|
float fDelay = fTime/IntToFloat(3*nSides); // delay per edge
|
|
vector vCenter = GetPositionFromLocation(lCenter);
|
|
object oArea = GetAreaFromLocation(lCenter);
|
|
float f, fAngle;
|
|
object oData;
|
|
location lPos;
|
|
fTwist += fRotate;
|
|
fWait += fDelay;
|
|
string sNumber1, sNumber2;
|
|
|
|
oData = CreateObject(OBJECT_TYPE_PLACEABLE, "prc_invisobj", lCenter, FALSE, sTag);
|
|
AssignCommand(oData, ActionDoCommand(SetLocalInt(oData, "storetotal", 2*nSides)));
|
|
|
|
for (i = 0; i < 2*nSides; i++)
|
|
{
|
|
f = IntToFloat(i);
|
|
if (i<nSides)
|
|
{
|
|
fAngle = fEta*f + fRotate;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadiusStart*cos(fAngle), fRadiusStart*sin(fAngle), fHeightStart, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
else
|
|
{
|
|
fAngle = fEta*f + fTwist;
|
|
lPos = Location(oArea, gao_RotateVector(vCenter, sAxis, fRadiusEnd*cos(fAngle), fRadiusEnd*sin(fAngle), fHeightEnd, fDirectionXZ, fDirectionYZ), fAngle);
|
|
}
|
|
sNumber1 = "store"+IntToString(i);
|
|
DelayCommand(fDelay*f, gao_ActionCreateLocalObject(sTemplate, lPos, sNumber1, oData, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime));
|
|
}
|
|
|
|
for (i=0; i<2*nSides; i++)
|
|
{
|
|
f = (i<nSides) ? IntToFloat(i) : IntToFloat(i+nSides);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = (i==nSides-1) ? "store0" : (i==2*nSides-1) ? "store" + IntToString(nSides) : "store" + IntToString(i+1);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
for (i=0; i<nSides; i++)
|
|
{
|
|
f = IntToFloat(i + nSides);
|
|
sNumber1 = "store" + IntToString(i);
|
|
sNumber2 = "store" + IntToString(i + nSides);
|
|
DelayCommand(fDelay*f+fWait, gao_ActionApplyLocalBeamEffect(oData, sNumber1, sNumber2, nDurationType, nVFX, fDuration));
|
|
}
|
|
|
|
if (fLifetime > 0.0)
|
|
{
|
|
DestroyObject(oData, fLifetime + fTime + fWait + fWait2 + 5.0);
|
|
return OBJECT_INVALID;
|
|
}
|
|
return oData;
|
|
}
|
|
|
|
void BeamGengon(int nDurationType, int nVFX, location lCenter, float fRadiusStart, float fRadiusEnd=0.0f, float fHeightStart=0.0f, float fHeightEnd=5.0f, int nSides=3, float fDuration=0.0f, string sTemplate="", float fTime=6.0f, float fWait=1.0f, float fRotate=0.0f, float fTwist=0.0f, string sAxis="z", float fDirectionXZ = 0.0f, float fDirectionYZ = 0.0f, int nDurationType2=-1, int nVFX2=-1, float fDuration2=0.0f, float fWait2=1.0f, float fLifetime=0.0f)
|
|
{
|
|
ObjectBeamGengon(nDurationType, nVFX, lCenter, fRadiusStart, fRadiusEnd, fHeightStart, fHeightEnd, nSides, fDuration, sTemplate, fTime, fWait, fRotate, fTwist, sAxis, fDirectionXZ, fDirectionYZ, nDurationType2, nVFX2, fDuration2, fWait2, fLifetime);
|
|
}
|