DRAW_MARKER

enum MarkerTypes { MarkerTypeUpsideDownCone = 0, MarkerTypeVerticalCylinder = 1, MarkerTypeThickChevronUp = 2, MarkerTypeThinChevronUp = 3, MarkerTypeCheckeredFlagRect = 4, MarkerTypeCheckeredFlagCircle = 5, MarkerTypeVerticleCircle = 6, MarkerTypePlaneModel = 7, MarkerTypeLostMCDark = 8, MarkerTypeLostMCLight = 9, MarkerTypeNumber0 = 10, MarkerTypeNumber1 = 11, MarkerTypeNumber2 = 12, MarkerTypeNumber3 = 13, MarkerTypeNumber4 = 14, MarkerTypeNumber5 = 15, MarkerTypeNumber6 = 16, MarkerTypeNumber7 = 17, MarkerTypeNumber8 = 18, MarkerTypeNumber9 = 19, MarkerTypeChevronUpx1 = 20, MarkerTypeChevronUpx2 = 21, MarkerTypeChevronUpx3 = 22, MarkerTypeHorizontalCircleFat = 23, MarkerTypeReplayIcon = 24, MarkerTypeHorizontalCircleSkinny = 25, MarkerTypeHorizontalCircleSkinny_Arrow = 26, MarkerTypeHorizontalSplitArrowCircle = 27, MarkerTypeDebugSphere = 28, MarkerTypeDallorSign = 29, MarkerTypeHorizontalBars = 30, MarkerTypeWolfHead = 31 }; dirX/Y/Z represent a heading on each axis in which the marker should face, alternatively you can rotate each axis independently with rotX/Y/Z (and set dirX/Y/Z all to 0). faceCamera - Rotates only the y-axis (the heading) towards the camera p19 - no effect, default value in script is 2 rotate - Rotates only on the y-axis (the heading) textureDict - Name of texture dictionary to load texture from (e.g. "GolfPutting") textureName - Name of texture inside dictionary to load (e.g. "PuttingMarker") drawOnEnts - Draws the marker onto any entities that intersect it basically what he said, except textureDict and textureName are totally not const char*, or if so, then they are always set to 0/NULL/nullptr in every script I checked, eg: bj.c: graphics::draw_marker(6, vParam0, 0f, 0f, 1f, 0f, 0f, 0f, 4f, 4f, 4f, 240, 200, 80, iVar1, 0, 0, 2, 0, 0, 0, false); his is what I used to draw an amber downward pointing chevron "V", has to be redrawn every frame. The 180 is for 180 degrees rotation around the Y axis, the 50 is alpha, assuming max is 100, but it will accept 255. GRAPHICS::DRAW_MARKER(2, v.x, v.y, v.z + 2, 0, 0, 0, 0, 180, 0, 2, 2, 2, 255, 128, 0, 50, 0, 1, 1, 0, 0, 0, 0);