// Update the quad mesh size
public static Mesh UpdateSpriteMeshSizeForAnim(Uni2DSprite a_rSprite, Mesh a_rSpriteMesh, float a_fWidth, float a_fHeight)
{
Uni2DEditorSpriteSettings rSpriteSettings = a_rSprite.SpriteSettings;
Uni2DEditorSpriteData rSpriteData = a_rSprite.SpriteData;
// Scale
Vector2 fScale = rSpriteData.Scale;
float fWidth = fScale.x * a_fWidth;
float fHeight = fScale.y * a_fHeight;
// Pivot
Vector2 f2ScaledPivotCoords = ComputePivotCoords(a_fWidth, a_fHeight, rSpriteSettings.pivotType, rSpriteSettings.pivotCustomCoords);
f2ScaledPivotCoords.x *= fScale.x;
f2ScaledPivotCoords.y *= fScale.y;
if (a_rSpriteMesh != null)
{
switch (rSpriteSettings.renderMesh)
{
case SpriteRenderMesh.Quad:
{
// Update vertices
a_rSpriteMesh.vertices = GenerateQuadVertices(fWidth, fHeight, f2ScaledPivotCoords);
}
break;
default:
case SpriteRenderMesh.TextureToMesh:
case SpriteRenderMesh.Grid:
{
// Resize the sprite mesh
// From the saved original vertices Vo in ( 0; 0 ) base,
// apply mesh dimensions ratio R = ( Wn; Hn ) / ( Wo; Ho )
// and finally sub new pivot Pn to have Vn
// Vo * R - Pn = Vn
Vector3 f3Ratio = new Vector3(a_fWidth / rSpriteData.spriteWidth, a_fHeight / rSpriteData.spriteHeight, 0.0f);
Vector3 f3ScaledPivotCoords = f2ScaledPivotCoords;
int iVertexCount = a_rSpriteMesh.vertexCount;
Vector3[] oResizedVertices = new Vector3[iVertexCount];
for (int iVertexIndex = 0; iVertexIndex < iVertexCount; ++iVertexIndex)
{
oResizedVertices[iVertexIndex] = Vector3.Scale(rSpriteData.renderMeshVertices[iVertexIndex], f3Ratio) - f3ScaledPivotCoords;
}
a_rSpriteMesh.vertices = oResizedVertices;
}
break;
}
a_rSpriteMesh.RecalculateBounds( );
}
return(a_rSpriteMesh);
}
// Shallow copy constructor
public Uni2DEditorSpriteData( Uni2DEditorSpriteData a_rSpriteData )
{
this.spriteWidth = a_rSpriteData.spriteWidth;
this.spriteHeight = a_rSpriteData.spriteHeight;
this.renderMesh = a_rSpriteData.renderMesh;
this.renderMeshMaterial = a_rSpriteData.renderMeshMaterial;
this.generatedMaterial = a_rSpriteData.generatedMaterial;
this.renderMeshVertices = a_rSpriteData.renderMeshVertices;
this.renderMeshUVs = a_rSpriteData.renderMeshUVs;
this.pivotCoords = a_rSpriteData.pivotCoords;
this.scale = a_rSpriteData.scale;
this.colliderTriangleCount = a_rSpriteData.colliderTriangleCount;
this.meshCollidersRootGameObject = a_rSpriteData.meshCollidersRootGameObject;
this.meshCollidersList = new List<Mesh>( a_rSpriteData.meshCollidersList );
this.meshColliderComponentsList = new List<MeshCollider>( a_rSpriteData.meshColliderComponentsList );
//this.physicIsDirty = a_rSpriteData.physicIsDirty;
}
// Shallow copy constructor
public Uni2DEditorSpriteData(Uni2DEditorSpriteData a_rSpriteData)
{
this.spriteWidth = a_rSpriteData.spriteWidth;
this.spriteHeight = a_rSpriteData.spriteHeight;
this.renderMesh = a_rSpriteData.renderMesh;
this.renderMeshMaterial = a_rSpriteData.renderMeshMaterial;
this.generatedMaterial = a_rSpriteData.generatedMaterial;
this.renderMeshVertices = a_rSpriteData.renderMeshVertices;
this.renderMeshUVs = a_rSpriteData.renderMeshUVs;
this.pivotCoords = a_rSpriteData.pivotCoords;
this.scale = a_rSpriteData.scale;
this.colliderTriangleCount = a_rSpriteData.colliderTriangleCount;
this.meshCollidersRootGameObject = a_rSpriteData.meshCollidersRootGameObject;
this.meshCollidersList = new List <Mesh>(a_rSpriteData.meshCollidersList);
this.meshColliderComponentsList = new List <MeshCollider>(a_rSpriteData.meshColliderComponentsList);
//this.physicIsDirty = a_rSpriteData.physicIsDirty;
}
// Same as above
public bool Equals(Uni2DEditorSpriteData a_rSpriteData)
{
return(a_rSpriteData != null &&
this.colliderTriangleCount == a_rSpriteData.colliderTriangleCount && // Not sure if relevant...
this.spriteWidth == a_rSpriteData.spriteWidth &&
this.spriteHeight == a_rSpriteData.spriteHeight &&
this.renderMesh == a_rSpriteData.renderMesh &&
this.renderMeshVertices.Equals(a_rSpriteData.renderMeshVertices) &&
this.renderMeshUVs.Equals(a_rSpriteData.renderMeshUVs) &&
this.renderMeshMaterial == a_rSpriteData.renderMeshMaterial &&
this.generatedMaterial == a_rSpriteData.generatedMaterial &&
this.pivotCoords == a_rSpriteData.pivotCoords &&
this.scale == a_rSpriteData.scale &&
this.meshCollidersRootGameObject == a_rSpriteData.meshCollidersRootGameObject &&
this.meshCollidersList.Equals(a_rSpriteData.meshCollidersList) &&
this.meshColliderComponentsList.Equals(a_rSpriteData.meshColliderComponentsList));
}
// Shallow copy constructor
public Uni2DEditorSpriteData(Uni2DEditorSpriteData a_rSpriteData)
{
this.spriteWidth = a_rSpriteData.spriteWidth;
this.spriteHeight = a_rSpriteData.spriteHeight;
this.renderMesh = a_rSpriteData.renderMesh;
this.renderMeshMaterial = a_rSpriteData.renderMeshMaterial;
this.generatedMaterial = a_rSpriteData.generatedMaterial;
this.renderMeshVertices = a_rSpriteData.renderMeshVertices;
this.renderMeshUVs = a_rSpriteData.renderMeshUVs;
this.pivotCoords = a_rSpriteData.pivotCoords;
this.scaleMode = a_rSpriteData.scaleMode;
this.scale = a_rSpriteData.scale;
this.scaleNotUniform = a_rSpriteData.scaleNotUniform;
this.colliderTriangleCount = a_rSpriteData.colliderTriangleCount;
this.meshCollidersRootGameObject = a_rSpriteData.meshCollidersRootGameObject;
this.meshCollidersList = new List <Mesh>(a_rSpriteData.meshCollidersList);
this.meshColliderComponentsList = new List <MeshCollider>(a_rSpriteData.meshColliderComponentsList);
#if AFTER_UNITY_4_3
this.polygonCollider2D = a_rSpriteData.polygonCollider2D;
this.mesh2D = a_rSpriteData.mesh2D;
#endif
//this.physicIsDirty = a_rSpriteData.physicIsDirty;
}
// Same as above
public bool Equals( Uni2DEditorSpriteData a_rSpriteData )
{
return a_rSpriteData != null
&& this.colliderTriangleCount == a_rSpriteData.colliderTriangleCount // Not sure if relevant...
&& this.spriteWidth == a_rSpriteData.spriteWidth
&& this.spriteHeight == a_rSpriteData.spriteHeight
&& this.renderMesh == a_rSpriteData.renderMesh
&& this.renderMeshVertices.Equals( a_rSpriteData.renderMeshVertices )
&& this.renderMeshUVs.Equals( a_rSpriteData.renderMeshUVs )
&& this.renderMeshMaterial == a_rSpriteData.renderMeshMaterial
&& this.generatedMaterial == a_rSpriteData.generatedMaterial
&& this.pivotCoords == a_rSpriteData.pivotCoords
&& this.scale == a_rSpriteData.scale
&& this.meshCollidersRootGameObject == a_rSpriteData.meshCollidersRootGameObject
&& this.meshCollidersList.Equals( a_rSpriteData.meshCollidersList )
&& this.meshColliderComponentsList.Equals( a_rSpriteData.meshColliderComponentsList );
}
// Shallow copy constructor
public Uni2DEditorSpriteData( Uni2DEditorSpriteData a_rSpriteData )
{
this.spriteWidth = a_rSpriteData.spriteWidth;
this.spriteHeight = a_rSpriteData.spriteHeight;
this.renderMesh = a_rSpriteData.renderMesh;
this.renderMeshMaterial = a_rSpriteData.renderMeshMaterial;
this.generatedMaterial = a_rSpriteData.generatedMaterial;
this.renderMeshVertices = a_rSpriteData.renderMeshVertices;
this.renderMeshUVs = a_rSpriteData.renderMeshUVs;
this.pivotCoords = a_rSpriteData.pivotCoords;
this.scaleMode = a_rSpriteData.scaleMode;
this.scale = a_rSpriteData.scale;
this.scaleNotUniform = a_rSpriteData.scaleNotUniform;
this.colliderTriangleCount = a_rSpriteData.colliderTriangleCount;
this.meshCollidersRootGameObject = a_rSpriteData.meshCollidersRootGameObject;
this.meshCollidersList = new List<Mesh>( a_rSpriteData.meshCollidersList );
this.meshColliderComponentsList = new List<MeshCollider>( a_rSpriteData.meshColliderComponentsList );
#if AFTER_UNITY_4_3
this.polygonCollider2D = a_rSpriteData.polygonCollider2D;
this.mesh2D = a_rSpriteData.mesh2D;
#endif
//this.physicIsDirty = a_rSpriteData.physicIsDirty;
}
