// Set sprite frame
public static void SetSpriteFrame(Uni2DSprite a_rSpriteComponent, Texture2DContainer a_rTextureContainer, Uni2DTextureAtlas a_rTextureAtlas, float a_fWidth, float a_fHeight, bool a_bUpdateMesh, bool a_bUpdateUV)
{
MeshFilter rMeshFilter = a_rSpriteComponent.GetComponent <MeshFilter>( );
SkinnedMeshRenderer rSkinnedMeshRenderer = a_rSpriteComponent.GetComponent <SkinnedMeshRenderer>( );
// The mesh to update
Mesh rSpriteMesh = a_rSpriteComponent.EditableRenderMesh;
if (rSpriteMesh != null)
{
if (a_bUpdateMesh)
{
rSpriteMesh = UpdateSpriteMeshSizeForAnim(a_rSpriteComponent, rSpriteMesh, a_fWidth, a_fHeight);
}
UpdateMaterialForAnim(a_rSpriteComponent, a_rTextureContainer, a_rTextureAtlas);
if (a_bUpdateUV)
{
// Rebuild UVs
rSpriteMesh.uv = BuildUVs(a_rTextureContainer,
a_rSpriteComponent.SpriteData.renderMeshUVs,
a_rTextureAtlas);
}
if (rSkinnedMeshRenderer != null && rSkinnedMeshRenderer.sharedMesh != rMeshFilter.sharedMesh)
{
rSkinnedMeshRenderer.sharedMesh = rSpriteMesh;
}
}
}
// Deep copy constructor
public Uni2DEditorSpriteSettings(Uni2DEditorSpriteSettings a_rSpriteSettings)
{
this.textureContainer = new Texture2DContainer(a_rSpriteSettings.textureContainer); // Deep copy
this.atlas = a_rSpriteSettings.atlas;
this.sharedMaterial = a_rSpriteSettings.sharedMaterial;
this.renderMesh = a_rSpriteSettings.renderMesh;
this.usePhysicBuildSettings = a_rSpriteSettings.usePhysicBuildSettings;
this.spriteScale = a_rSpriteSettings.spriteScale;
this.pivotType = a_rSpriteSettings.pivotType;
this.pivotCustomCoords = a_rSpriteSettings.pivotCustomCoords;
this.vertexColor = a_rSpriteSettings.vertexColor;
this.physicsMode = a_rSpriteSettings.physicsMode;
this.collisionType = a_rSpriteSettings.collisionType;
this.isKinematic = a_rSpriteSettings.isKinematic;
this.renderMeshAlphaCutOff = a_rSpriteSettings.renderMeshAlphaCutOff;
this.renderMeshPolygonizationAccuracy = a_rSpriteSettings.renderMeshPolygonizationAccuracy;
this.renderMeshPolygonizeHoles = a_rSpriteSettings.renderMeshPolygonizeHoles;
this.alphaCutOff = a_rSpriteSettings.alphaCutOff;
this.extrusionDepth = a_rSpriteSettings.extrusionDepth;
this.polygonizationAccuracy = a_rSpriteSettings.polygonizationAccuracy;
this.polygonizeHoles = a_rSpriteSettings.polygonizeHoles;
this.renderMeshGridHorizontalSubDivs = a_rSpriteSettings.renderMeshGridHorizontalSubDivs;
this.renderMeshGridVerticalSubDivs = a_rSpriteSettings.renderMeshGridVerticalSubDivs;
this.skinQuality = a_rSpriteSettings.skinQuality;
this.boneInfluenceFalloff = a_rSpriteSettings.boneInfluenceFalloff;
}
// Set sprite frame
public static void SetSpriteFrame(Uni2DSprite a_rSpriteComponent, Texture2DContainer a_rTextureContainer, Uni2DTextureAtlas a_rTextureAtlas, float a_fWidth, float a_fHeight, bool a_bUpdateMesh, bool a_bUpdateUV)
{
MeshFilter rMeshFilter = a_rSpriteComponent.GetComponent<MeshFilter>( );
SkinnedMeshRenderer rSkinnedMeshRenderer = a_rSpriteComponent.GetComponent<SkinnedMeshRenderer>( );
// The mesh to update
Mesh rSpriteMesh = a_rSpriteComponent.EditableRenderMesh;
if( rSpriteMesh != null )
{
if( a_bUpdateMesh )
{
rSpriteMesh = UpdateSpriteMeshSizeForAnim(a_rSpriteComponent, rSpriteMesh, a_fWidth, a_fHeight);
}
UpdateMaterialForAnim( a_rSpriteComponent, a_rTextureContainer, a_rTextureAtlas );
if( a_bUpdateUV )
{
// Rebuild UVs
rSpriteMesh.uv = BuildUVs( a_rTextureContainer,
a_rSpriteComponent.SpriteData.renderMeshUVs,
a_rTextureAtlas );
}
if( rSkinnedMeshRenderer != null && rSkinnedMeshRenderer.sharedMesh != rMeshFilter.sharedMesh )
{
rSkinnedMeshRenderer.sharedMesh = rSpriteMesh;
}
}
}
// Awake
private void Awake()
{
#if UNITY_EDITOR
if (Application.isPlaying)
#endif
{
m_rCurrentFrameAtlas = m_rSpriteSettings.atlas;
m_rCurrentFrameTextureContainer = m_rSpriteSettings.textureContainer;
m_iCurrentFrameTextureWidth = (int)m_rSpriteData.spriteWidth;
m_iCurrentFrameTextureHeight = (int)m_rSpriteData.spriteHeight;
spriteAnimation.Start(this);
}
#if UNITY_EDITOR
// Is a prefab instance
else if (IsADuplicate( ))
{
//Debug.Log("Duplicate");
Uni2DEditorResourceCopyUtils.DuplicateResources(this);
}
#endif
// Create the duplicata marker if needed
if (m_oDuplicataMarker == null || m_oDuplicataMarker.IsADuplicate(this))
{
m_oDuplicataMarker = ScriptableObject.CreateInstance <DuplicataMarker>();
m_oDuplicataMarker.Create(this);
}
}
// Update material and texture
private static void UpdateMaterialForAnim(Uni2DSprite a_rSpriteComponent, Texture2DContainer a_rTextureContainer, Uni2DTextureAtlas a_rTextureAtlas)
{
Material oSpriteMaterial = a_rSpriteComponent.SpriteData.renderMeshMaterial;
if(a_rTextureAtlas == null)
{
Material rAnimationMaterial = a_rSpriteComponent.RuntimeData.animationMaterial;
if( rAnimationMaterial != null )
{
oSpriteMaterial = rAnimationMaterial;
}
else
{
// Instantiate the material to prevent other sprites using this material
// to be animated too
oSpriteMaterial = (Material) Material.Instantiate( oSpriteMaterial );
a_rSpriteComponent.RuntimeData.animationMaterial = oSpriteMaterial;
}
oSpriteMaterial.mainTexture = a_rTextureContainer;
}
else
{
oSpriteMaterial = a_rTextureAtlas.GetMaterial( a_rTextureContainer.GUID );
}
Renderer rRenderer = a_rSpriteComponent.GetComponent<Renderer>();
if(rRenderer != null)
{
rRenderer.sharedMaterial = oSpriteMaterial;
rRenderer.material = oSpriteMaterial;
}
}
// Removes duplicates and empty containers
private Texture2DContainer[] SanitizeInputTextures(Texture2DContainer[] a_rTextureContainers)
{
int iUniqueTextureContainerCount = 0;
int iTextureContainerCount = a_rTextureContainers.Length;
List <Texture2DContainer> oUniqueTextureContainersList = new List <Texture2DContainer>(iTextureContainerCount);
// Iterate all texture containers...
for (int iTextureContainerIndex = 0; iTextureContainerIndex < iTextureContainerCount; ++iTextureContainerIndex)
{
Texture2DContainer rTextureContainer = a_rTextureContainers[iTextureContainerIndex];
// if not null and pointing to an existing texture (== not empty)...
if (rTextureContainer != null && !string.IsNullOrEmpty(rTextureContainer.GUID) && rTextureContainer.Texture != null)
{
bool bIsDuplicate = false;
// Look for duplicates
for (int iUniqueTextureContainerIndex = 0; !bIsDuplicate && iUniqueTextureContainerIndex < iUniqueTextureContainerCount; ++iUniqueTextureContainerIndex)
{
bIsDuplicate = rTextureContainer.GUID == oUniqueTextureContainersList[iUniqueTextureContainerIndex].GUID;
}
// No duplicate => add to list
if (!bIsDuplicate)
{
oUniqueTextureContainersList.Add(rTextureContainer);
++iUniqueTextureContainerCount;
}
}
}
// List -> array
return(oUniqueTextureContainersList.ToArray( ));
}
// Update material and texture
private static void UpdateMaterialForAnim(Uni2DSprite a_rSpriteComponent, Texture2DContainer a_rTextureContainer, Uni2DTextureAtlas a_rTextureAtlas)
{
Material oSpriteMaterial = a_rSpriteComponent.SpriteData.renderMeshMaterial;
if (a_rTextureAtlas == null)
{
Material rAnimationMaterial = a_rSpriteComponent.RuntimeData.animationMaterial;
if (rAnimationMaterial != null)
{
oSpriteMaterial = rAnimationMaterial;
}
else
{
// Instantiate the material to prevent other sprites using this material
// to be animated too
oSpriteMaterial = (Material)Material.Instantiate(oSpriteMaterial);
a_rSpriteComponent.RuntimeData.animationMaterial = oSpriteMaterial;
}
oSpriteMaterial.mainTexture = a_rTextureContainer;
}
else
{
oSpriteMaterial = a_rTextureAtlas.GetMaterial(a_rTextureContainer.GUID);
}
Renderer rRenderer = a_rSpriteComponent.GetComponent <Renderer>();
if (rRenderer != null)
{
rRenderer.sharedMaterial = oSpriteMaterial;
rRenderer.material = oSpriteMaterial;
}
}
public Texture2DContainer(Texture2DContainer a_rTextureContainer)
{
if (a_rTextureContainer != null)
{
m_oTextureGUID = a_rTextureContainer.m_oTextureGUID;
m_rTexture = a_rTextureContainer.m_rTexture;
}
}
public Texture2DContainer( Texture2DContainer a_rTextureContainer )
{
if( a_rTextureContainer != null )
{
m_oTextureGUID = a_rTextureContainer.m_oTextureGUID;
m_rTexture = a_rTextureContainer.m_rTexture;
}
}
// Copy Constructor
public Uni2DAnimationFrame(Uni2DAnimationFrame a_rFrameSource)
{
name = a_rFrameSource.name;
atlas = a_rFrameSource.atlas;
triggerEvent = a_rFrameSource.triggerEvent;
a_rFrameSource.frameInfos.CopyTo(frameInfos);
textureContainer = new Texture2DContainer(a_rFrameSource.textureContainer.GUID, atlas == null);
}
// Creates a new sprite settings with the given texture.
// If the a_bPhysic argument is set to true, the settings will
// depict a physical sprite
public Uni2DEditorSpriteSettings(Texture2D a_rTexture2D, bool a_bPhysic = false)
{
this.textureContainer = new Texture2DContainer(a_rTexture2D, true);
atlas = Uni2DEditorUtils.FindFirstTextureAtlas(textureContainer.GUID);
// Set physic mode accordingly to given argument
this.physicsMode = a_bPhysic
? PhysicsMode.Dynamic
: PhysicsMode.NoPhysics;
}
public static Vector2[] BuildUVs(Texture2DContainer a_rTextureContainer, Vector2[] a_rRenderMeshUVs, Uni2DTextureAtlas a_rTextureAtlas)
{
// UV data
Rect oUVRect = new Rect(0.0f, 0.0f, 1.0f, 1.0f);
bool bIsUVRectFlipped = false;
// No atlas
if (a_rTextureAtlas == null)
{
oUVRect = new Rect(0.0f, 0.0f, 1.0f, 1.0f);
bIsUVRectFlipped = false;
}
else if (!string.IsNullOrEmpty(a_rTextureContainer.GUID) && a_rTextureAtlas.GetUVs(a_rTextureContainer.GUID, out oUVRect, out bIsUVRectFlipped) == false) // Atlas
{
// Not found in atlas!!!
Debug.LogError("Uni2D: Atlas \'" + a_rTextureAtlas.name + "\' does not contain the texture with GUID \'" + a_rTextureContainer.GUID + "\'."
+ "\nCheck your animation clip and atlas settings.", a_rTextureAtlas);
}
Vector2[] oMeshUVs = a_rRenderMeshUVs;
int iVertexCount = oMeshUVs.Length;
// UV normalization (computes mesh UVs coords in atlas UVs space)
Vector2[] oNormalizedMeshUVs = new Vector2[iVertexCount];
Vector2 f2UVOffset; // Position (== min coords) of sprite UV rect in atlas. (0;0) if not atlased
Vector2 f2UVRange; // UV range (== max coords - position) in atlas. (1;1) if not atlased
// If UV rect is not flipped...
if (bIsUVRectFlipped == false)
{
f2UVOffset = new Vector2(oUVRect.xMin, oUVRect.yMin);
f2UVRange = new Vector2(oUVRect.xMax, oUVRect.yMax) - f2UVOffset;
for (int iUVIndex = 0; iUVIndex < iVertexCount; ++iUVIndex)
{
oNormalizedMeshUVs[iUVIndex] = f2UVOffset + Vector2.Scale(f2UVRange, oMeshUVs[iUVIndex]);
}
}
else // UV rect is flipped
{
f2UVOffset = new Vector2(oUVRect.xMax, oUVRect.yMin);
f2UVRange = new Vector2(oUVRect.xMin, oUVRect.yMax) - f2UVOffset;
for (int iUVIndex = 0; iUVIndex < iVertexCount; ++iUVIndex)
{
Vector2 f2UV = oMeshUVs[iUVIndex];
// Need to swap UV coords
oNormalizedMeshUVs[iUVIndex] = f2UVOffset + new Vector2(f2UVRange.x * f2UV.y, f2UVRange.y * f2UV.x);
}
}
return(oNormalizedMeshUVs);
}
public static Vector2[ ] BuildUVs( Texture2DContainer a_rTextureContainer, Vector2[ ] a_rRenderMeshUVs, Uni2DTextureAtlas a_rTextureAtlas )
{
// UV data
Rect oUVRect;
bool bIsUVRectFlipped;
// No atlas
if( a_rTextureAtlas == null )
{
oUVRect = new Rect( 0.0f, 0.0f, 1.0f, 1.0f );
bIsUVRectFlipped = false;
}
else if( !string.IsNullOrEmpty( a_rTextureContainer.GUID ) && a_rTextureAtlas.GetUVs( a_rTextureContainer.GUID, out oUVRect, out bIsUVRectFlipped ) == false ) // Atlas
{
// Not found in atlas!!!
Debug.LogError( "Uni2D: Atlas \'" + a_rTextureAtlas.name + "\' does not contain the texture with GUID \'" + a_rTextureContainer.GUID + "\'."
+ "\nCheck your animation clip and atlas settings.", a_rTextureAtlas );
}
Vector2[ ] oMeshUVs = a_rRenderMeshUVs;
int iVertexCount = oMeshUVs.Length;
// UV normalization (computes mesh UVs coords in atlas UVs space)
Vector2[ ] oNormalizedMeshUVs = new Vector2[ iVertexCount ];
Vector2 f2UVOffset; // Position (== min coords) of sprite UV rect in atlas. (0;0) if not atlased
Vector2 f2UVRange; // UV range (== max coords - position) in atlas. (1;1) if not atlased
// If UV rect is not flipped...
if( bIsUVRectFlipped == false )
{
f2UVOffset = new Vector2( oUVRect.xMin, oUVRect.yMin );
f2UVRange = new Vector2( oUVRect.xMax, oUVRect.yMax ) - f2UVOffset;
for( int iUVIndex = 0; iUVIndex < iVertexCount; ++iUVIndex )
{
oNormalizedMeshUVs[ iUVIndex ] = f2UVOffset + Vector2.Scale( f2UVRange, oMeshUVs[ iUVIndex ] );
}
}
else // UV rect is flipped
{
f2UVOffset = new Vector2( oUVRect.xMax, oUVRect.yMin );
f2UVRange = new Vector2( oUVRect.xMin, oUVRect.yMax ) - f2UVOffset;
for( int iUVIndex = 0; iUVIndex < iVertexCount; ++iUVIndex )
{
Vector2 f2UV = oMeshUVs[ iUVIndex ];
// Need to swap UV coords
oNormalizedMeshUVs[ iUVIndex ] = f2UVOffset + new Vector2( f2UVRange.x * f2UV.y, f2UVRange.y * f2UV.x );
}
}
return oNormalizedMeshUVs;
}
public string[] GetAllFramesTextureGUIDs( )
{
HashSet <string> oUniqueTextureGUIDs = new HashSet <string>( );
foreach (Uni2DAnimationFrame rFrame in frames)
{
Texture2DContainer rTextureContainer = rFrame.textureContainer;
if (rTextureContainer != null && !string.IsNullOrEmpty(rTextureContainer.GUID))
{
oUniqueTextureGUIDs.Add(rTextureContainer.GUID);
}
}
string[] oTextureGUIDs = new string[oUniqueTextureGUIDs.Count];
oUniqueTextureGUIDs.CopyTo(oTextureGUIDs);
return(oTextureGUIDs);
}
// Revert settings
public void RevertSettings( )
{
int iContainerCount = m_rTextureContainers != null ? m_rTextureContainers.Length : 0;
textures = new Texture2DContainer[iContainerCount];
// Deep copy
for (int iContainerIndex = 0; iContainerIndex < iContainerCount; ++iContainerIndex)
{
textures[iContainerIndex] = new Texture2DContainer(m_rTextureContainers[iContainerIndex]);
}
padding = m_iPadding;
maximumAtlasSize = m_eMaximumAtlasSize;
EditorUtility.SetDirty(this);
}
// Set the frame draw by the sprite
private void SetSpriteFrame(Texture2DContainer a_rTextureContainer, Uni2DTextureAtlas a_rTextureAtlas, int a_iWidth, int a_iHeight)
{
bool a_bUpdateMesh = false;
if (m_iCurrentFrameTextureWidth != a_iWidth || m_iCurrentFrameTextureHeight != a_iHeight)
{
m_iCurrentFrameTextureWidth = a_iWidth;
m_iCurrentFrameTextureHeight = a_iHeight;
a_bUpdateMesh = true;
}
bool a_bUpdateUV = false;
if (m_rCurrentFrameAtlas != a_rTextureAtlas || (m_rCurrentFrameAtlas != null && m_rCurrentFrameTextureContainer != a_rTextureContainer))
{
m_rCurrentFrameTextureContainer = a_rTextureContainer;
m_rCurrentFrameAtlas = a_rTextureAtlas;
a_bUpdateUV = true;
}
Uni2DSpriteUtils.SetSpriteFrame(this, a_rTextureContainer, a_rTextureAtlas, a_iWidth, a_iHeight, a_bUpdateMesh, a_bUpdateUV);
}
// Generate infos
public void GenerateInfos( )
{
if( textureContainer != null )
{
// Ensure the frame is/is not referencing the texture if it has/hasn't have to
// regarding to atlas setting
if( textureContainer.IsKeepingTextureReference ^ atlas == null ) // XOR
{
// Keep reference if not atlasing; don't keep it if atlasing
textureContainer = new Texture2DContainer( textureContainer.GUID, atlas == null );
}
if( textureContainer.Texture != null )
{
m_iTextureWidth = textureContainer.Texture.width;
m_iTextureHeight = textureContainer.Texture.height;
}
}
else
{
m_iTextureWidth = mc_iNoTextureWidth;
m_iTextureHeight = mc_iNoTextureHeight;
}
}
// Generate infos
public void GenerateInfos( )
{
if (textureContainer != null)
{
// Ensure the frame is/is not referencing the texture if it has/hasn't have to
// regarding to atlas setting
if (textureContainer.IsKeepingTextureReference ^ atlas == null) // XOR
{
// Keep reference if not atlasing; don't keep it if atlasing
textureContainer = new Texture2DContainer(textureContainer.GUID, atlas == null);
}
if (textureContainer.Texture != null)
{
m_iTextureWidth = textureContainer.Texture.width;
m_iTextureHeight = textureContainer.Texture.height;
}
}
else
{
m_iTextureWidth = mc_iNoTextureWidth;
m_iTextureHeight = mc_iNoTextureHeight;
}
}
// Apply settings
public bool ApplySettings(bool a_bUpdateSprites = true)
{
bool bSuccess;
Uni2DAssetPostprocessor.Enabled = false;
{
int iContainerCount = textures.Length;
Texture2D[] oTexturesToPack = new Texture2D[iContainerCount];
for (int iContainerIndex = 0; iContainerIndex < iContainerCount; ++iContainerIndex)
{
oTexturesToPack[iContainerIndex] = textures[iContainerIndex].Texture;
}
List <Uni2DTextureImporterSettingsPair> rTextureImporterSettings = Uni2DEditorSpriteBuilderUtils.TexturesProcessingBegin(oTexturesToPack);
oTexturesToPack = null;
// Look if the atlas is set properly regarding to texture sizes
int iOversizedTextures = this.LookForOversizedTextures(textures, padding, maximumAtlasSize);
if (iOversizedTextures == 0)
{
textures = this.SanitizeInputTextures(textures);
iContainerCount = textures.Length;
string rAtlasGUID = Uni2DEditorUtils.GetUnityAssetGUID(this);
Uni2DEditorAssetTable rAssetTable = Uni2DEditorAssetTable.Instance;
for (int iTextureIndex = 0, iTextureCount = m_rTextureContainers.Length; iTextureIndex < iTextureCount; ++iTextureIndex)
{
rAssetTable.RemoveAtlasUsingTexture(rAtlasGUID, m_rTextureContainers[iTextureIndex].GUID);
}
m_rTextureContainers = new Texture2DContainer[iContainerCount];
// Deep copy
for (int iContainerIndex = 0; iContainerIndex < iContainerCount; ++iContainerIndex)
{
Texture2DContainer oTextureContainer = new Texture2DContainer(textures[iContainerIndex]);
m_rTextureContainers[iContainerIndex] = oTextureContainer;
rAssetTable.AddAtlasUsingTexture(rAtlasGUID, oTextureContainer.GUID);
}
rAssetTable.Save( );
m_iPadding = padding;
m_eMaximumAtlasSize = maximumAtlasSize;
bSuccess = Generate( );
if (a_bUpdateSprites)
{
Uni2DEditorSpriteBuilderUtils.UpdateSpriteInCurrentSceneAndResourcesAccordinglyToAtlasChange(this);
}
}
else // Some textures can't fit
{
bSuccess = false;
Debug.LogWarning("Uni2D could not regenerate atlas '" + (this.gameObject.name) + "' properly: "
+ iOversizedTextures + " texture" + (iOversizedTextures > 1 ? "s are" : " is")
+ " too large to fit in the atlas.", this.gameObject);
}
Uni2DEditorSpriteBuilderUtils.TexturesProcessingEnd(rTextureImporterSettings);
}
Uni2DAssetPostprocessor.Enabled = true;
EditorUtility.UnloadUnusedAssets( );
return(bSuccess);
}
// Copy Constructor
public Uni2DAnimationFrame(Uni2DAnimationFrame a_rFrameSource)
{
name = a_rFrameSource.name;
atlas = a_rFrameSource.atlas;
triggerEvent = a_rFrameSource.triggerEvent;
a_rFrameSource.frameInfos.CopyTo( frameInfos );
textureContainer = new Texture2DContainer( a_rFrameSource.textureContainer.GUID, atlas == null );
}
// Returns the number of textures which won't fit into the atlas
private int LookForOversizedTextures( Texture2DContainer[ ] a_rTextureContainers, int a_iPadding, AtlasSize a_eMaximumAtlasSize )
{
float fMaximumAtlasSize = (float) a_eMaximumAtlasSize;
float fPadding = (float) a_iPadding;
int iOversized = 0;
if( a_rTextureContainers != null )
{
foreach( Texture2DContainer rTextureContainer in a_rTextureContainers )
{
if( rTextureContainer != null )
{
Texture2D rTextureToPack = rTextureContainer;
if( rTextureToPack != null && ( rTextureToPack.width + fPadding > fMaximumAtlasSize || rTextureToPack.height + fPadding > fMaximumAtlasSize ) )
{
++iOversized;
}
}
}
}
return iOversized;
}
// Revert settings
public void RevertSettings( )
{
int iContainerCount = m_rTextureContainers != null ? m_rTextureContainers.Length : 0;
textures = new Texture2DContainer[ iContainerCount ];
// Deep copy
for( int iContainerIndex = 0; iContainerIndex < iContainerCount; ++iContainerIndex )
{
textures[ iContainerIndex ] = new Texture2DContainer( m_rTextureContainers[ iContainerIndex ] );
}
padding = m_iPadding;
maximumAtlasSize = m_eMaximumAtlasSize;
EditorUtility.SetDirty( this );
}
// Apply settings
public bool ApplySettings( bool a_bUpdateSprites = true )
{
bool bSuccess;
Uni2DAssetPostprocessor.Enabled = false;
{
int iContainerCount = textures.Length;
Texture2D[ ] oTexturesToPack = new Texture2D[ iContainerCount ];
for( int iContainerIndex = 0; iContainerIndex < iContainerCount; ++iContainerIndex )
{
oTexturesToPack[ iContainerIndex ] = textures[ iContainerIndex ].Texture;
}
List<Uni2DTextureImporterSettingsPair> rTextureImporterSettings = Uni2DEditorSpriteBuilderUtils.TexturesProcessingBegin( oTexturesToPack );
oTexturesToPack = null;
// Look if the atlas is set properly regarding to texture sizes
int iOversizedTextures = this.LookForOversizedTextures( textures, padding, maximumAtlasSize );
if( iOversizedTextures == 0 )
{
textures = this.SanitizeInputTextures( textures );
iContainerCount = textures.Length;
string rAtlasGUID = Uni2DEditorUtils.GetUnityAssetGUID( this );
Uni2DEditorAssetTable rAssetTable = Uni2DEditorAssetTable.Instance;
for( int iTextureIndex = 0, iTextureCount = m_rTextureContainers.Length; iTextureIndex < iTextureCount; ++iTextureIndex )
{
rAssetTable.RemoveAtlasUsingTexture( rAtlasGUID, m_rTextureContainers[ iTextureIndex ].GUID );
}
m_rTextureContainers = new Texture2DContainer[ iContainerCount ];
// Deep copy
for( int iContainerIndex = 0; iContainerIndex < iContainerCount; ++iContainerIndex )
{
Texture2DContainer oTextureContainer = new Texture2DContainer( textures[ iContainerIndex ] );
m_rTextureContainers[ iContainerIndex ] = oTextureContainer;
rAssetTable.AddAtlasUsingTexture( rAtlasGUID, oTextureContainer.GUID );
}
rAssetTable.Save( );
m_iPadding = padding;
m_eMaximumAtlasSize = maximumAtlasSize;
bSuccess = Generate( );
if( a_bUpdateSprites )
{
Uni2DEditorSpriteBuilderUtils.UpdateSpriteInCurrentSceneAndResourcesAccordinglyToAtlasChange( this );
}
}
else // Some textures can't fit
{
bSuccess = false;
Debug.LogWarning( "Uni2D could not regenerate atlas '" + ( this.gameObject.name ) + "' properly: "
+ iOversizedTextures + " texture" + ( iOversizedTextures > 1 ? "s are" : " is" )
+ " too large to fit in the atlas.", this.gameObject );
}
Uni2DEditorSpriteBuilderUtils.TexturesProcessingEnd( rTextureImporterSettings );
}
Uni2DAssetPostprocessor.Enabled = true;
EditorUtility.UnloadUnusedAssets( );
return bSuccess;
}
// Removes duplicates and empty containers
private Texture2DContainer[ ] SanitizeInputTextures( Texture2DContainer[ ] a_rTextureContainers )
{
int iUniqueTextureContainerCount = 0;
int iTextureContainerCount = a_rTextureContainers.Length;
List<Texture2DContainer> oUniqueTextureContainersList = new List<Texture2DContainer>( iTextureContainerCount );
// Iterate all texture containers...
for( int iTextureContainerIndex = 0; iTextureContainerIndex < iTextureContainerCount; ++iTextureContainerIndex )
{
Texture2DContainer rTextureContainer = a_rTextureContainers[ iTextureContainerIndex ];
// if not null and pointing to an existing texture (== not empty)...
if( rTextureContainer != null && !string.IsNullOrEmpty( rTextureContainer.GUID ) && rTextureContainer.Texture != null )
{
bool bIsDuplicate = false;
// Look for duplicates
for( int iUniqueTextureContainerIndex = 0; !bIsDuplicate && iUniqueTextureContainerIndex < iUniqueTextureContainerCount; ++iUniqueTextureContainerIndex )
{
bIsDuplicate = rTextureContainer.GUID == oUniqueTextureContainersList[ iUniqueTextureContainerIndex ].GUID;
}
// No duplicate => add to list
if( !bIsDuplicate )
{
oUniqueTextureContainersList.Add( rTextureContainer );
++iUniqueTextureContainerCount;
}
}
}
// List -> array
return oUniqueTextureContainersList.ToArray( );
}
public bool Equals( Texture2DContainer a_rAnotherContainer )
{
return !System.Object.ReferenceEquals( a_rAnotherContainer, null )
&& string.Equals( m_oTextureGUID, a_rAnotherContainer.m_oTextureGUID )
&& m_rTexture == a_rAnotherContainer.m_rTexture;
}
// Set the frame draw by the sprite
private void SetSpriteFrame(Texture2DContainer a_rTextureContainer, Uni2DTextureAtlas a_rTextureAtlas, int a_iWidth, int a_iHeight)
{
bool a_bUpdateMesh = false;
if(m_iCurrentFrameTextureWidth != a_iWidth || m_iCurrentFrameTextureHeight != a_iHeight )
{
m_iCurrentFrameTextureWidth = a_iWidth;
m_iCurrentFrameTextureHeight = a_iHeight;
a_bUpdateMesh = true;
}
bool a_bUpdateUV = false;
if(m_rCurrentFrameAtlas != a_rTextureAtlas || (m_rCurrentFrameAtlas != null && m_rCurrentFrameTextureContainer != a_rTextureContainer))
{
m_rCurrentFrameTextureContainer = a_rTextureContainer;
m_rCurrentFrameAtlas = a_rTextureAtlas;
a_bUpdateUV = true;
}
Uni2DSpriteUtils.SetSpriteFrame(this, a_rTextureContainer, a_rTextureAtlas, a_iWidth, a_iHeight, a_bUpdateMesh, a_bUpdateUV);
}
// Default constructor
public Uni2DAnimationFrame( )
{
textureContainer = new Texture2DContainer( null );
}
public bool Equals(Texture2DContainer a_rAnotherContainer)
{
return(!System.Object.ReferenceEquals(a_rAnotherContainer, null) &&
string.Equals(m_oTextureGUID, a_rAnotherContainer.m_oTextureGUID) &&
m_rTexture == a_rAnotherContainer.m_rTexture);
}
// Deep copy constructor
public Uni2DEditorSpriteSettings( Uni2DEditorSpriteSettings a_rSpriteSettings )
{
this.textureContainer = new Texture2DContainer( a_rSpriteSettings.textureContainer ); // Deep copy
this.atlas = a_rSpriteSettings.atlas;
this.sharedMaterial = a_rSpriteSettings.sharedMaterial;
this.renderMesh = a_rSpriteSettings.renderMesh;
this.usePhysicBuildSettings = a_rSpriteSettings.usePhysicBuildSettings;
this.spriteScaleMode = a_rSpriteSettings.spriteScaleMode;
this.spriteScale = a_rSpriteSettings.spriteScale;
this.spriteScaleNotUniform = a_rSpriteSettings.spriteScaleNotUniform;
this.pivotType = a_rSpriteSettings.pivotType;
this.pivotCustomCoords = a_rSpriteSettings.pivotCustomCoords;
this.vertexColor = a_rSpriteSettings.vertexColor;
this.dimensionMode = a_rSpriteSettings.dimensionMode;
this.physicsMode = a_rSpriteSettings.physicsMode;
this.collisionType = a_rSpriteSettings.collisionType;
this.isKinematic = a_rSpriteSettings.isKinematic;
this.isTrigger = a_rSpriteSettings.isTrigger;
this.renderMeshAlphaCutOff = a_rSpriteSettings.renderMeshAlphaCutOff;
this.renderMeshPolygonizationAccuracy = a_rSpriteSettings.renderMeshPolygonizationAccuracy;
this.renderMeshPolygonizeHoles = a_rSpriteSettings.renderMeshPolygonizeHoles;
this.alphaCutOff = a_rSpriteSettings.alphaCutOff;
this.extrusionDepth = a_rSpriteSettings.extrusionDepth;
this.polygonizationAccuracy = a_rSpriteSettings.polygonizationAccuracy;
this.polygonizeHoles = a_rSpriteSettings.polygonizeHoles;
this.onlyBorder = a_rSpriteSettings.onlyBorder;
this.subdivide = a_rSpriteSettings.subdivide;
this.subdivisionCount = a_rSpriteSettings.subdivisionCount;
this.renderMeshGridHorizontalSubDivs = a_rSpriteSettings.renderMeshGridHorizontalSubDivs;
this.renderMeshGridVerticalSubDivs = a_rSpriteSettings.renderMeshGridVerticalSubDivs;
this.skinQuality = a_rSpriteSettings.skinQuality;
this.boneInfluenceFalloff = a_rSpriteSettings.boneInfluenceFalloff;
}
// Default constructor
public Uni2DAnimationFrame( )
{
textureContainer = new Texture2DContainer(null);
}
// Creates a new sprite settings with the given texture.
// If the a_bPhysic argument is set to true, the settings will
// depict a physical sprite
public Uni2DEditorSpriteSettings( Texture2D a_rTexture2D, bool a_bPhysic = false )
{
this.textureContainer = new Texture2DContainer( a_rTexture2D, true );
atlas = Uni2DEditorUtils.FindFirstTextureAtlas( textureContainer.GUID );
// Set physic mode accordingly to given argument
this.physicsMode = a_bPhysic
? PhysicsMode.Dynamic
: PhysicsMode.NoPhysics;
}
// Awake
private void Awake()
{
#if UNITY_EDITOR
if( Application.isPlaying )
#endif
{
m_rCurrentFrameAtlas = m_rSpriteSettings.atlas;
m_rCurrentFrameTextureContainer = m_rSpriteSettings.textureContainer;
m_iCurrentFrameTextureWidth = (int)m_rSpriteData.spriteWidth;
m_iCurrentFrameTextureHeight = (int)m_rSpriteData.spriteHeight;
spriteAnimation.Start( this );
}
#if UNITY_EDITOR
// Is a prefab instance
else if( IsADuplicate( ) )
{
//Debug.Log("Duplicate");
Uni2DEditorResourceCopyUtils.DuplicateResources( this );
}
#endif
// Create the duplicata marker if needed
if(m_oDuplicataMarker == null || m_oDuplicataMarker.IsADuplicate(this))
{
m_oDuplicataMarker = ScriptableObject.CreateInstance<DuplicataMarker>();
m_oDuplicataMarker.Create(this);
}
}
