internal void SetChildRenderer(ItemStack contentStack, IInFirepitRenderer renderer)
{
this.ContentStack = contentStack;
meshref?.Dispose();
meshref = null;
contentStackRenderer = renderer;
}
internal void SetChildRenderer(ItemStack contentStack, IInFirepitRenderer renderer)
{
this.ContentStack = contentStack;
if (meshref != null)
{
api.Render.DeleteMesh(meshref);
meshref = null;
}
contentStackRenderer = renderer;
}
void UpdateRenderer()
{
if (renderer == null)
{
return;
}
ItemStack contentStack = inputStack == null ? outputStack : inputStack;
ItemStack prevStack = renderer.ContentStack;
bool useOldRenderer =
renderer.ContentStack != null &&
renderer.contentStackRenderer != null &&
contentStack?.Collectible is IInFirepitRendererSupplier &&
renderer.ContentStack.Equals(api.World, contentStack, GlobalConstants.IgnoredStackAttributes)
;
if (useOldRenderer)
{
return; // Otherwise the cooking sounds restarts all the time
}
renderer.contentStackRenderer?.Dispose();
renderer.contentStackRenderer = null;
if (contentStack?.Collectible is IInFirepitRendererSupplier)
{
IInFirepitRenderer childrenderer = (contentStack.Collectible as IInFirepitRendererSupplier).GetRendererWhenInFirepit(contentStack, this, contentStack == outputStack);
if (childrenderer != null)
{
renderer.SetChildRenderer(contentStack, childrenderer);
return;
}
}
InFirePitProps props = GetRenderProps(contentStack);
if (contentStack?.Collectible != null && !(contentStack?.Collectible is IInFirepitMeshSupplier) && props != null)
{
renderer.SetContents(contentStack, props.Transform);
}
else
{
renderer.SetContents(null, null);
}
}
void UpdateRenderer()
{
if (renderer == null)
{
return;
}
ItemStack contentStack = inputStack == null ? outputStack : inputStack;
ItemStack prevStack = renderer.ContentStack;
if (prevStack != null && prevStack.Equals(api.World, contentStack, GlobalConstants.IgnoredStackAttributes))
{
// But still update the stack for the temperature update
renderer.ContentStack = contentStack;
return;
}
renderer.contentStackRenderer?.Dispose();
renderer.contentStackRenderer = null;
if (contentStack?.Collectible is IInFirepitRendererSupplier)
{
IInFirepitRenderer childrenderer = (contentStack.Collectible as IInFirepitRendererSupplier).GetRendererWhenInFirepit(contentStack, this, contentStack == outputStack);
if (childrenderer != null)
{
renderer.SetChildRenderer(contentStack, childrenderer);
return;
}
}
InFirePitProps props = GetRenderProps(contentStack);
if (contentStack?.Collectible != null && !(contentStack?.Collectible is IInFirepitMeshSupplier) && (props == null || contentStack.Class == EnumItemClass.Item))
{
renderer.SetContents(contentStack, props?.Transform);
}
else
{
renderer.SetContents(null, null);
}
}
public void SetContents(ItemStack newContentStack, ModelTransform transform)
{
contentStackRenderer?.Dispose();
contentStackRenderer = null;
this.transform = transform;
if (transform == null)
{
this.transform = defaultTransform;
}
this.transform.EnsureDefaultValues();
if (meshref != null)
{
api.Render.DeleteMesh(meshref);
meshref = null;
}
if (newContentStack == null || newContentStack.Class == EnumItemClass.Block)
{
this.ContentStack = null;
return;
}
MeshData ingredientMesh;
if (newContentStack.Class == EnumItemClass.Item)
{
api.Tesselator.TesselateItem(newContentStack.Item, out ingredientMesh);
textureId = api.ItemTextureAtlas.Positions[newContentStack.Item.FirstTexture.Baked.TextureSubId].atlasTextureId;
}
else
{
api.Tesselator.TesselateBlock(newContentStack.Block, out ingredientMesh);
textureId = api.ItemTextureAtlas.Positions[newContentStack.Block.Textures.FirstOrDefault().Value.Baked.TextureSubId].atlasTextureId;
}
meshref = api.Render.UploadMesh(ingredientMesh);
this.ContentStack = newContentStack;
}
