sorry, your right, that was a mistake. you don't have to match the vertex shaders input exactly with the input layout.

you just have to match the input layout with your vertex structure so that the input assembler knows what its getting. more specifically you have to match the input layout with the structure of vertices in the buffer you will give to the input assembler, since this buffers vertices might differ from the vertex structure you use in your applications code

sorry, your right, that was a mistake. you don't have to match the vertex shaders input exactly with the input layout.

you just have to match the input layout with your vertex structure so that the input assembler knows what its getting. more specifically you have to match the input layout with the structure of vertices in the buffer you will give to the input assembler, since this buffers vertices might differ from the vertex structure you use in your applications code

sorry, your right, that was a mistake. you don't have to match the vertex shaders input exactly with the input layout.

you just have to match the input layout with your vertex structure so that the input assembler knows what its getting

sorry, your right, that was a mistake. you don't have to match the vertex shaders input exactly with the input layout.

you just have to match the input layout with your vertex structure

sorry, your right, that was a mistake. you don't have to match the vertex shaders input exactly with the input layout.

you just have to match the input layout with your vertex structure