type image/jpeg.block

20 uses

	image/jpeg (current package)
		fdct.go#L86: func fdct(b *block) {
		idct.go#L42: type block [blockSize]int32
		idct.go#L72: func idct(src *block) {
		reader.go#L147: 	progCoeffs [maxComponents][]block // Saved state between progressive-mode scans.
		reader.go#L149: 	quant      [maxTq + 1]block // Quantization tables, in zig-zag order.
		scan.go#L156: 				d.progCoeffs[compIndex] = make([]block, mxx*myy*d.comp[compIndex].h*d.comp[compIndex].v)
		scan.go#L165: 		b  block
		scan.go#L221: 						b = block{}
		scan.go#L354: func (d *decoder) refine(b *block, h *huffman, zigStart, zigEnd, delta int32) error {
		scan.go#L432: func (d *decoder) refineNonZeroes(b *block, zig, zigEnd, nz, delta int32) (int32, error) {
		scan.go#L483: func (d *decoder) reconstructBlock(b *block, bx, by, compIndex int) error {
		writer.go#L362: func (e *encoder) writeBlock(b *block, q quantIndex, prevDC int32) int32 {
		writer.go#L390: func toYCbCr(m image.Image, p image.Point, yBlock, cbBlock, crBlock *block) {
		writer.go#L406: func grayToY(m *image.Gray, p image.Point, yBlock *block) {
		writer.go#L420: func rgbaToYCbCr(m *image.RGBA, p image.Point, yBlock, cbBlock, crBlock *block) {
		writer.go#L445: func yCbCrToYCbCr(m *image.YCbCr, p image.Point, yBlock, cbBlock, crBlock *block) {
		writer.go#L470: func scale(dst *block, src *[4]block) {
		writer.go#L519: 		b      block
		writer.go#L520: 		cb, cr [4]block