I am writing software rasterization of triangles. What happens to an image when it is rasterized? For clarification, let's suppose batch of [1,4,2], if we take polygons at index 0 (polygons [0]) we end with shape [4,2], polygons [0,0] indicates the first point of the first index of the batch.
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Why one triangle has its corner pixel filled but other.
Which fragment is the correct one to rasterize in the ambiguous case presented.
Am i missing something in the specification? What is the general purpose for making or converting graphics / images to a raster format? The image below shows the procedure of. Also, this corner case seems to be shrugged off according to my searches.
如题。 这是一个 6 万片的拼图，光线追踪的主要优化方式是尽快从规模 1000 倍于这个拼图的场景中找到被击中的三角形 而光栅化的难点是难以获取屏幕空间之外的物体在画面中的呈现（例如倒影等）。. In the example bellow i am rasterizing 1 full screen triangle and its still damned slow.on my i7 it runs about 130 fps for 1 polygon at. The complexity is proportional to the number of primitives. 提出，狭义的「光栅化」（在 gpu 中称为光栅化阶段／rasterization stage）只是计算图元的覆盖信息和几何属性的插值，并不计算fragment的颜色。 第二种是对图像中每个像素对虚拟环境的光线采.
