public static void RageGroupApplyTexturing()
{
var selectedGameObject = Selection.activeTransform.gameObject;
if (!HasSplineAndGroup(selectedGameObject))
{
Debug.Log("Macro Error: First select a RageSpline object which has a parent or attached RageGroup");
return;
}
Vector2 offset = _refSpline.GetTextureOffset();
float angleDeg = _refSpline.GetTextureAngleDeg();
float scaleInv = _refSpline.GetTextureScaleInv();
Vector2 offset2 = _refSpline.GetTextureOffset2();
float angle2Deg = _refSpline.GetTextureAngle2Deg();
float scale2Inv = _refSpline.GetTextureScale2Inv();
foreach (RageGroupElement groupItem in _group.List)
{
RageSpline thisSpline = groupItem.Spline.Rs;
Vector2 offsetDelta = _refSpline.transform.position - thisSpline.transform.position;
RageSpline.CopyStyling(ref _refSpline, thisSpline);
thisSpline.CopyMaterial(_refSpline);
thisSpline.SetTextureOffset(offset + offsetDelta);
thisSpline.SetTextureAngleDeg(angleDeg);
thisSpline.SetTextureScaleInv(scaleInv);
thisSpline.SetTextureOffset2(offset2 + offsetDelta);
thisSpline.SetTextureAngle2Deg(angle2Deg);
thisSpline.SetTextureScale2Inv(scale2Inv);
thisSpline.RefreshMeshInEditor(true, true, true);
}
Debug.Log("Macro: Texturing applied to all RageGroup members.");
}
public static int Redraw(this RageSpline rageSpline, bool triangulate, bool calculateNormals, bool calculatePhysics, int startNormals, float percentNormals)
{
rageSpline.SetVertexCount(rageSpline.GetVertexCount());
if (Mathf.Abs(rageSpline.gameObject.transform.localScale.x) <= 0f ||
Mathf.Abs(rageSpline.gameObject.transform.localScale.y) <= 0f)
{
return(startNormals);
}
int points = rageSpline.GetVertexCount() + 1;
int end = (int)(points * percentNormals);
if (end > points)
{
end = points;
}
if (calculateNormals)
{
ProgressivePrecalcNormals(rageSpline, startNormals, end);
}
GenerateMesh(rageSpline, triangulate);
if (calculatePhysics)
{
rageSpline.RefreshPhysics();
}
return(end >= points ? 0 : end);
}
public void SetCreatePhysicsInEditor(bool createInEditor, RageSpline caller)
{
if (this.createPhysicsInEditor != createInEditor)
{
this.createPhysicsInEditor = createInEditor;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOptimize(bool optimize, RageSpline caller)
{
if (this.optimize != optimize)
{
this.optimize = optimize;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysics(RageSpline.Physics physics, RageSpline caller)
{
if (this.physics != physics)
{
this.physics = physics;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetAntialiasingWidth(float width, RageSpline caller)
{
if (this.antiAliasingWidth != width)
{
this.antiAliasingWidth = Mathf.Clamp(width, 0f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutlineTexturingScaleInv(float scale, RageSpline caller)
{
if (this.outlineTexturingScale != scale)
{
this.outlineTexturingScale = Mathf.Clamp(scale, 0.001f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysicsColliderCount(int count, RageSpline caller)
{
if (this.physicsColliderCount != count)
{
this.physicsColliderCount = count;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysicsZDepth(float depth, RageSpline caller)
{
if (this.colliderZDepth != depth)
{
this.colliderZDepth = depth;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTextureScale2Inv(float scale, RageSpline caller)
{
if (this.textureScale2 != scale)
{
this.textureScale2 = Mathf.Clamp(scale, 0.00001f, 100f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmboss(RageSpline.Emboss emboss, RageSpline caller)
{
if (this.emboss != emboss)
{
this.emboss = emboss;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTextureOffset2(Vector2 offset, RageSpline caller)
{
if (this.textureOffset2 != offset)
{
this.textureOffset2 = offset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTextureAngle2Deg(float angle, RageSpline caller)
{
if (this.textureAngle2 != angle)
{
this.textureAngle2 = Mathf.Clamp(angle, 0f, 360f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetGradientScaleInv(float scale, RageSpline caller)
{
if (this.gradientScale != scale)
{
this.gradientScale = Mathf.Clamp(scale, 0.00001f, 100f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetGradientAngleDeg(float angle, RageSpline caller)
{
if (this.gradientAngle != angle)
{
this.gradientAngle = Mathf.Clamp(angle, 0f, 360f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetGradientOffset(Vector2 offset, RageSpline caller)
{
if (this.gradientOffset != offset)
{
this.gradientOffset = offset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysicsMaterial(PhysicMaterial physicsMaterial, RageSpline caller)
{
if (this.physicsMaterial != physicsMaterial)
{
this.physicsMaterial = physicsMaterial;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossColor2(Color color, RageSpline caller)
{
if (this.embossColor2 != color)
{
this.embossColor2 = color;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetVertexCount(int count, RageSpline caller)
{
if (this.vertexCount != count)
{
this.vertexCount = count;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossAngle(float angle, RageSpline caller)
{
if (this.embossAngle != angle)
{
this.embossAngle = Mathf.Clamp(angle, 0f, 360f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetCreateConvexMeshCollider(bool createConvexMeshCollider, RageSpline caller)
{
if (this.createConvexMeshCollider != createConvexMeshCollider)
{
this.createConvexMeshCollider = createConvexMeshCollider;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossOffset(float offset, RageSpline caller)
{
if (this.embossOffset != offset)
{
this.embossOffset = offset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetBoxColliderDepth(float depth, RageSpline caller)
{
if (this.boxColliderDepth != depth)
{
this.boxColliderDepth = Mathf.Clamp(depth, 0.1f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossSize(float size, RageSpline caller)
{
if (this.embossSize != size)
{
this.embossSize = Mathf.Clamp(size, 0.00061f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutlineWidth(float width, RageSpline caller)
{
if (this.outlineWidth != width)
{
this.outlineWidth = Mathf.Clamp(width, 0.0001f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossSmoothness(float smoothness, RageSpline caller)
{
if (this.embossCurveSmoothness != smoothness)
{
this.embossCurveSmoothness = Mathf.Clamp(smoothness, 0f, 100f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOptimizeAngle(float angle, RageSpline caller)
{
if (this.optimizeAngle != angle)
{
this.optimizeAngle = angle;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetFillColor1(Color color, RageSpline caller)
{
if (this.fillColor1 != color)
{
this.fillColor1 = color;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetLandscapeBottomDepth(float landscapeBottomDepth, RageSpline caller)
{
if (this.landscapeBottomDepth != landscapeBottomDepth)
{
this.landscapeBottomDepth = landscapeBottomDepth;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTexturing2(RageSpline.UVMapping texturing, RageSpline caller)
{
if (this.UVMapping2 != texturing)
{
this.UVMapping2 = texturing;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void selectNearestItem(Vector3 position)
{
float nearestItemDistance = 999999999f;
RageSpline previousActiveControl = activeControl;
// Iterate all the GUI controls and find out which is the closest
for (int index = 0; index < rageSpline.GetPointCount(); index++)
{
if ((controlPoints[index].transform.position - position).magnitude < nearestItemDistance)
{
nearestItemDistance = (controlPoints[index].transform.position - position).magnitude;
activeControlPointIndex = index;
activeControlType = ControlType.Point;
activeControl = controlPoints[index];
}
if ((inControlPoints[index].transform.position - position).magnitude < nearestItemDistance)
{
nearestItemDistance = (inControlPoints[index].transform.position - position).magnitude;
activeControlPointIndex = index;
activeControlType = ControlType.InCtrl;
activeControl = inControlPoints[index];
}
if ((outControlPoints[index].transform.position - position).magnitude < nearestItemDistance)
{
nearestItemDistance = (outControlPoints[index].transform.position - position).magnitude;
activeControlPointIndex = index;
activeControlType = ControlType.OutCtrl;
activeControl = outControlPoints[index];
}
}
// Check if the closest is near enough
if (nearestItemDistance > maxSelectionRange)
{
activeControl = null;
activeControlPointIndex = -1;
activeControlType = ControlType.NotSelected;
}
// Did the selected control change?
if (previousActiveControl != activeControl)
{
// Reset the previously selected control to unselected color
if(previousActiveControl!=null) {
previousActiveControl.SetFillColor1(unSelectedColor);
previousActiveControl.RefreshMesh();
}
// Fill the newly selected control with selectedColor
if (activeControl != null)
{
activeControl.SetFillColor1(selectedColor);
activeControl.RefreshMesh();
}
}
}
public void SetVertexCount(int count, RageSpline caller)
{
if (this.vertexCount != count)
{
this.vertexCount = count;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTextureScaleInv(float scale, RageSpline caller)
{
if (this.textureScale != scale)
{
this.textureScale = Mathf.Clamp(scale, 0.00001f, 100f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTextureAngleDeg(float angle, RageSpline caller)
{
if (this.textureAngle != angle)
{
this.textureAngle = Mathf.Clamp(angle, 0f, 360f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysicsNormalOffset(float offset, RageSpline caller)
{
this.colliderNormalOffset = offset;
}
public void SetPhysicsColliderCount(int count, RageSpline caller)
{
if (this.physicsColliderCount != count)
{
this.physicsColliderCount = count;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutlineWidth(float width, RageSpline caller)
{
if (this.outlineWidth != width)
{
this.outlineWidth = Mathf.Clamp(width, 0.0001f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutlineGradient(RageSpline.OutlineGradient outlineGradient, RageSpline caller)
{
if (this.outlineGradient != outlineGradient)
{
this.outlineGradient = outlineGradient;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossSmoothness(float smoothness, RageSpline caller)
{
if (this.embossCurveSmoothness != smoothness)
{
this.embossCurveSmoothness = Mathf.Clamp(smoothness, 0f, 100f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossSize(float size, RageSpline caller)
{
if (this.embossSize != size)
{
this.embossSize = Mathf.Clamp(size, 0.00061f, 1000f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossOffset(float offset, RageSpline caller)
{
if (this.embossOffset != offset)
{
this.embossOffset = offset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossColor1(Color color, RageSpline caller)
{
if (this.embossColor1 != color)
{
this.embossColor1 = color;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmbossAngle(float angle, RageSpline caller)
{
if (this.embossAngle != angle)
{
this.embossAngle = Mathf.Clamp(angle, 0f, 360f);
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutline(RageSpline.Outline outline, RageSpline caller)
{
if (this.outline != outline)
{
this.outline = outline;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutlineColor2(Color color, RageSpline caller)
{
if (outlineColor2 != color)
{
this.outlineColor2 = color;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetFill(RageSpline.Fill fill, RageSpline caller)
{
if (this.fill != fill)
{
this.fill = fill;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOutlineNormalOffset(float outlineNormalOffset, RageSpline caller)
{
if (this.outlineNormalOffset != outlineNormalOffset)
{
this.outlineNormalOffset = outlineNormalOffset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetFillColor2(Color color, RageSpline caller)
{
if (this.fillColor2 != color)
{
this.fillColor2 = color;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysics(RageSpline.Physics physics, RageSpline caller)
{
if (this.physics != physics)
{
this.physics = physics;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetGradientOffset(Vector2 offset, RageSpline caller)
{
if (this.gradientOffset != offset)
{
this.gradientOffset = offset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysicsMaterial(PhysicMaterial physicsMaterial, RageSpline caller)
{
if (this.physicsMaterial != physicsMaterial)
{
this.physicsMaterial = physicsMaterial;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetLandscapeBottomDepth(float landscapeBottomDepth, RageSpline caller)
{
if (this.landscapeBottomDepth != landscapeBottomDepth)
{
this.landscapeBottomDepth = landscapeBottomDepth;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetPhysicsZDepth(float depth, RageSpline caller)
{
if (this.colliderZDepth != depth)
{
this.colliderZDepth = depth;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetLandscapeOutlineAlign(float landscapeOutlineAlign, RageSpline caller)
{
landscapeOutlineAlign = Mathf.Clamp01(landscapeOutlineAlign);
if (this.landscapeOutlineAlign != landscapeOutlineAlign)
{
this.landscapeOutlineAlign = landscapeOutlineAlign;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTextureOffset2(Vector2 offset, RageSpline caller)
{
if (this.textureOffset2 != offset)
{
this.textureOffset2 = offset;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOptimize(bool optimize, RageSpline caller)
{
if(this.optimize != optimize)
{
this.optimize = optimize;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetTexturing2(RageSpline.UVMapping texturing, RageSpline caller)
{
if (this.UVMapping2 != texturing)
{
this.UVMapping2 = texturing;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetOptimizeAngle(float angle, RageSpline caller)
{
if(this.optimizeAngle != angle)
{
this.optimizeAngle = angle;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetCreatePhysicsInEditor(bool createInEditor, RageSpline caller)
{
if (this.createPhysicsInEditor != createInEditor)
{
this.createPhysicsInEditor = createInEditor;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
public void SetEmboss(RageSpline.Emboss emboss, RageSpline caller)
{
if (this.emboss != emboss)
{
this.emboss = emboss;
RefreshAllRageSplinesWithThisStyle(caller);
}
}
