/// <summary>
/// helper to translate zIndex to layerDepth. zIndexMax should be at least equal to the highest zIndex
/// </summary>
/// <returns>The depth.</returns>
/// <param name="zIndexMax">Z index max.</param>
public float calculateLayerDepth( float zIndexMin, float zIndexMax, CompositeItemVO compositeItem )
{
if( compositeItem != null )
return compositeItem.calculateLayerDepthForChild( zIndexMin, zIndexMax, this );
return Mathf.map01( (float)zIndex, zIndexMin, zIndexMax );
}
/// <summary>
/// helper to translate zIndex to layerDepth. zIndexMax should be at least equal to the highest zIndex
/// </summary>
/// <returns>The depth.</returns>
/// <param name="zIndexMax">Z index max.</param>
public float calculateLayerDepth(float zIndexMax, CompositeItemVO compositeItem)
{
if (compositeItem != null)
{
return(compositeItem.calculateLayerDepthForChild(zIndexMax, this));
}
return((zIndexMax - (float)zIndex) / zIndexMax);
}
/// <summary>
/// helper to translate zIndex to layerDepth. zIndexMax should be at least equal to the highest zIndex
/// </summary>
/// <returns>The depth.</returns>
/// <param name="zIndexMax">Z index max.</param>
public float calculateLayerDepth(float zIndexMin, float zIndexMax, CompositeItemVO compositeItem)
{
if (compositeItem != null)
{
return(compositeItem.calculateLayerDepthForChild(zIndexMin, zIndexMax, this));
}
return(Mathf.map01((float)zIndex, zIndexMin, zIndexMax));
}
public void setLayerDepthRecursively(float zIndexMax, CompositeItemVO parentCompositeVO)
{
for (var i = 0; i < sImages.Count; i++)
{
sImages[i].layerDepth = sImages[i].calculateLayerDepth(zIndexMax, parentCompositeVO);
//Overlap2DImporter.logger.LogMessage( "[image] zIndex: {0} -> {1}, parent: {2}", sImages[i].zIndex, sImages[i].layerDepth, parentCompositeVO );
}
for (var i = 0; i < sComposites.Count; i++)
{
// compositeItems are considered global so they have their own zIndex that isnt affected by parents up the chain
sComposites[i].layerDepth = sComposites[i].calculateLayerDepth(zIndexMax, null);
if (sComposites[i].composite != null)
{
sComposites[i].composite.setLayerDepthRecursively(zIndexMax, sComposites[i]);
}
}
}
public CompositeItemVO clone()
{
CompositeItemVO tmp = new CompositeItemVO();
tmp.composite = composite;
tmp.itemName = itemName;
tmp.layerName = layerName;
tmp.rotation = rotation;
tmp.tint = tint;
tmp.x = x;
tmp.y = y;
tmp.zIndex = zIndex;
tmp.scissorX = scissorX;
tmp.scissorY = scissorY;
tmp.scissorWidth = scissorWidth;
tmp.scissorHeight = scissorHeight;
tmp.width = width;
tmp.height = height;
return(tmp);
}
public void setLayerDepthRecursively( float zIndexMin, float zIndexMax, CompositeItemVO parentCompositeVO )
{
for( var i = 0; i < sImages.Count; i++ )
{
sImages[i].layerDepth = sImages[i].calculateLayerDepth( zIndexMin, zIndexMax, parentCompositeVO );
Overlap2DImporter.logger.LogMessage( "[image] zIndex: {0} -> {1}, parent: {2}, renderLayer: {3}", sImages[i].zIndex, sImages[i].layerDepth, parentCompositeVO, sImages[i].renderLayer );
}
for( var i = 0; i < sComposites.Count; i++ )
{
// compositeItems are considered global so they have their own zIndex that isnt affected by parents up the chain
sComposites[i].layerDepth = sComposites[i].calculateLayerDepth( zIndexMin, zIndexMax, null );
if( sComposites[i].composite != null )
sComposites[i].composite.setLayerDepthRecursively( zIndexMin, zIndexMax, sComposites[i] );
}
}
public void setLayerDepthRecursively( Dictionary<int,int> minIndicies, Dictionary<int,int> maxIndicies, CompositeItemVO parentCompositeVO )
{
for( var i = 0; i < sImages.Count; i++ )
{
var renderLayer = sImages[i].renderLayer;
var minIndex = minIndicies[renderLayer];
var maxIndex = maxIndicies[renderLayer];
sImages[i].layerDepth = sImages[i].calculateLayerDepth( minIndex, maxIndex, parentCompositeVO );
Overlap2DImporter.logger.LogMessage( "[image] zIndex: {0} -> {1}, parent: {2}, renderLayer: {3}", sImages[i].zIndex, sImages[i].layerDepth, parentCompositeVO, sImages[i].renderLayer );
}
for( var i = 0; i < sComposites.Count; i++ )
{
var renderLayer = sComposites[i].renderLayer;
var minIndex = minIndicies[renderLayer];
var maxIndex = maxIndicies[renderLayer];
// compositeItems are considered global so they have their own zIndex that isnt affected by parents up the chain
sComposites[i].layerDepth = sComposites[i].calculateLayerDepth( minIndex, maxIndex, null );
if( sComposites[i].composite != null )
sComposites[i].composite.setLayerDepthRecursively( minIndex, maxIndex, sComposites[i] );
}
}
public void update(CompositeItemVO vo)
{
composite = new CompositeVO(vo.composite);
}
public CompositeItemVO(CompositeItemVO vo) : base(vo)
{
composite = new CompositeVO(vo.composite);
}
public void setLayerDepthRecursively(Dictionary <int, int> minIndicies, Dictionary <int, int> maxIndicies, CompositeItemVO parentCompositeVO)
{
for (var i = 0; i < sImages.Count; i++)
{
var renderLayer = sImages[i].renderLayer;
var minIndex = minIndicies[renderLayer];
var maxIndex = maxIndicies[renderLayer];
sImages[i].layerDepth = sImages[i].calculateLayerDepth(minIndex, maxIndex, parentCompositeVO);
Overlap2DImporter.logger.LogMessage("[image] zIndex: {0} -> {1}, parent: {2}, renderLayer: {3}", sImages[i].zIndex, sImages[i].layerDepth, parentCompositeVO, sImages[i].renderLayer);
}
for (var i = 0; i < sComposites.Count; i++)
{
var renderLayer = sComposites[i].renderLayer;
var minIndex = minIndicies[renderLayer];
var maxIndex = maxIndicies[renderLayer];
// compositeItems are considered global so they have their own zIndex that isnt affected by parents up the chain
sComposites[i].layerDepth = sComposites[i].calculateLayerDepth(minIndex, maxIndex, null);
if (sComposites[i].composite != null)
{
sComposites[i].composite.setLayerDepthRecursively(minIndex, maxIndex, sComposites[i]);
}
}
}
