private void InnerOnVertexPropertyChange(HUDGraphic item)
{
int index = -1;
int per_quad_index = -1;
if (item.build_data_index < 0)
{
return;
}
index = item.build_data_index;
tmp_job_data = buffer_info.transform_job_datas[index];
tmp_job_data.flag |= DirtyFlag.EQuad;
per_quad_index = tmp_job_data.per_quad_index;
int count = math.min(item.uv0_rect.Length, buffer_info.info.quad_count);
count = math.min(count, item.valid_quad);
for (int i = 0; i < count; ++i)
{
int offset = per_quad_index + i;
tmp_quad_data.uv0 = item.uv0_rect[i];
tmp_quad_data.tparams = item.tparams[i];
tmp_quad_data.color = item.color;
tmp_quad_data.size = item.sizes[i];
buffer_info.quad_job_datas[offset] = tmp_quad_data;
}
buffer_info.transform_job_datas[index] = tmp_job_data;
AddIndexToDirty(index);
}
public void PushOperation(HUDGraphic graphic, OperationType opt)
{
OperationType current;
if (need_rebuild_graphics.TryGetValue(graphic, out current))
{
if (CheckOpt(opt, OperationType.Add))
{
current &= ~OperationType.Remove;
}
if (CheckOpt(current, OperationType.Remove))
{
current &= ~OperationType.Add;
}
if (CheckOpt(opt, OperationType.Active))
{
current &= ~OperationType.DeActive;
}
if (CheckOpt(current, OperationType.DeActive))
{
current &= ~OperationType.Active;
}
current |= opt;
need_rebuild_graphics[graphic] = current;
}
else
{
need_rebuild_graphics.Add(graphic, opt);
}
}
public void OnVertexPropertyChange(HUDGraphic item)
{
var operation = new Operation()
{
opt = OperationType.VertexProperty, item = item
};
operator_queue.Enqueue(operation);
}
public void OnItemTransformChange(HUDGraphic item)
{
var operation = new Operation()
{
opt = OperationType.TransformChange, item = item
};
operator_queue.Enqueue(operation);
}
protected void AttachGraphic(HUDGraphic graphic)
{
if (self_graphics.Contains(graphic))
{
return;
}
self_graphics.AddLast(graphic);
}
public void RemoveGraphic(HUDGraphic graphic)
{
if (graphic.batch == null)
{
return;
}
graphic.batch.PushOperation(graphic, HUDBatch.OperationType.Remove);
RegisterHUDGroupRebuildMesh(graphic.group);
}
private void InnerAddItem(HUDGraphic item)
{
int index = -1;
int per_quad_index = -1;
if (item.build_data_index < 0)
{
if (!CheckBufferOverFlow())
{
return;
}
var data_index = buffer_info.Add();
index = data_index.x;
per_quad_index = data_index.y;
item_dic.Add(index, item);
}
else
{
index = item.build_data_index;
per_quad_index = buffer_info.transform_job_datas[index].per_quad_index;
}
item.build_data_index = index;
item.batch = this;
tmp_job_data.index = index;
tmp_job_data.is_active = (byte)1;
tmp_job_data.per_quad_index = per_quad_index;
tmp_job_data.is_text = item.is_text ? (byte)1 : (byte)0;
tmp_job_data.spacing = item.spacing;
tmp_job_data.local_position = item.local_position;
tmp_job_data.local_scale = item.local_scale;
tmp_job_data.gscale = item.gscale;
tmp_job_data.valid_quad = item.valid_quad;
tmp_job_data.extend.x = (half)item.progress_value;
tmp_job_data.flag = DirtyFlag.ETransform | DirtyFlag.EQuad;
int count = math.min(item.uv0_rect.Length, buffer_info.info.quad_count);
count = math.min(count, item.valid_quad);
for (int i = 0; i < count; ++i)
{
int offset = per_quad_index + i;
tmp_quad_data.uv0 = item.uv0_rect[i];
tmp_quad_data.tparams = item.tparams[i];
tmp_quad_data.color = item.color;
tmp_quad_data.size = item.sizes[i];
buffer_info.quad_job_datas[offset] = tmp_quad_data;
}
buffer_info.transform_job_datas[index] = tmp_job_data;
AddIndexToDirty(index);
}
private void InnerDeActive(HUDGraphic item)
{
int index = -1;
if (item.build_data_index < 0)
{
return;
}
index = item.build_data_index;
tmp_job_data = buffer_info.transform_job_datas[index];
tmp_job_data.is_active = (byte)0;
}
private void InnerRemoveItem(HUDGraphic item)
{
if (item.build_data_index < 0)
{
return;
}
int last = buffer_info.Length - 1;
HUDGraphic last_item = item_dic[last];
int index = item.build_data_index;
buffer_info.RemoveSwapAtBack(index);
item_dic[index] = last_item;
last_item.build_data_index = index;
item_dic.Remove(last);
item.build_data_index = -1;
item.batch = null;
}
public void RebuildGraphic(HUDGraphic graphic, DirtyFlag flag)
{
if (graphic.batch == null)
{
return;
}
switch (flag)
{
case DirtyFlag.ETransform:
graphic.batch.PushOperation(graphic, HUDBatch.OperationType.TransformChange);
break;
case DirtyFlag.EQuad:
graphic.batch.PushOperation(graphic, HUDBatch.OperationType.VertexProperty);
break;
}
RegisterHUDGroupRebuildMesh(graphic.group);
}
public void AddGraphic(HUDGraphic graphic)
{
if (graphic.batch != null)
{
return;
}
if (graphic.size == EGraphicSize.ESmall)
{
graphic.batch = sprite_batch;
}
else if (graphic.size == EGraphicSize.ELarge)
{
graphic.batch = text_batch;
}
graphic.batch.PushOperation(graphic, HUDBatch.OperationType.Add);
RegisterHUDGroupRebuildMesh(graphic.group);
}
private void InnerOnItemTransformChange(HUDGraphic item)
{
int index = -1;
if (item.build_data_index < 0)
{
return;
}
index = item.build_data_index;
tmp_job_data = buffer_info.transform_job_datas[index];
tmp_job_data.spacing = item.spacing;
tmp_job_data.local_position = item.local_position;
tmp_job_data.local_scale = item.local_scale;
tmp_job_data.gscale = item.gscale;
tmp_job_data.valid_quad = item.valid_quad;
tmp_job_data.extend.x = (half)item.progress_value;
tmp_job_data.flag |= DirtyFlag.ETransform;
buffer_info.transform_job_datas[index] = tmp_job_data;
AddIndexToDirty(index);
}
public void DeActiveGraphic(HUDGraphic graphic)
{
RemoveGraphic(graphic);
}
public void ActiveGraphic(HUDGraphic graphic)
{
AddGraphic(graphic);
}