Lines Matching +full:- +full:- +full:steps

4  * Use of this source code is governed by a BSD-style license that can be
45     //    - maybe if it just says what it's primitive type is and instanced/indexed/etc. and then
50     //    - Does Renderer make RenderStepFactories that create steps for each DrawList::Draw?
51     //    - Does DrawList->DrawPass conversion build a separate array of blind data that the
53     //    - Does each DrawList::Draw have extra space (e.g. 8 bytes) that steps can cache data in?
64  * The actual technique for rasterizing a high-level draw recorded in a DrawList is handled by a
67  * However, the RenderStep executions for multiple draws can be re-arranged so batches of each
68  * step can be performed in a larger GPU operation. This re-arranging relies on accurate
69  * determination of the DisjointStencilIndex for each draw so that stencil steps are not corrupted
71  * for each draw to ensure steps are not re-arranged in a way that violates the original draw order.
73  * Renderer itself is non-virtual since it simply has to point to a list of RenderSteps. RenderSteps
75  * possible for certain types of steps, e.g. a bounding box cover, to be re-used across different
76  * Renderers even if the preceeding steps were different.
90     // The maximum number of render steps that any Renderer is allowed to have.
93     SkSpan<const RenderStep* const> steps() const {  in steps()  function
103     // max render steps is 4, so just spell the options out for now...
118     Renderer(const char* name, std::array<const RenderStep*, N> steps)  in Renderer()  argument
126             fSteps[i] = steps[i];  in Renderer()
127             fRequiresStencil |= fSteps[i]->requiresStencil();  in Renderer()
128             fRequiresMSAA |= fSteps[i]->requiresMSAA();  in Renderer()
129             SkDEBUGCODE(performsShading |= fSteps[i]->performsShading());  in Renderer()