mirror of
https://github.com/ZDoom/raze-gles.git
synced 2024-11-05 12:30:42 +00:00
c660bfb129
2. Added the svn:ignore properties to clean up the output of "svn update" so that it doesn't show some unversioned files anymore sush as compiled binaries and object files(*.a). 3. Converted the end-of-line charapter sequences from Windows(CR LF) to Unix format(LF). It used to be a mixture of both styles that often confuse some programs. If some files have to be in Windows format, you should add the svn:eol-style on them(svn propset svn:eol-style native polymer/eduke32/source/thefile.c). git-svn-id: https://svn.eduke32.com/eduke32@854 1a8010ca-5511-0410-912e-c29ae57300e0
507 lines
16 KiB
Text
507 lines
16 KiB
Text
.586P
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EXTRN _MV_HarshClipTable:DWORD
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EXTRN _MV_MixDestination:DWORD
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EXTRN _MV_MixPosition:DWORD
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EXTRN _MV_LeftVolume:DWORD
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EXTRN _MV_RightVolume:DWORD
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EXTRN _MV_SampleSize:DWORD
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EXTRN _MV_RightChannelOffset:DWORD
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CODE SEGMENT PUBLIC USE32 'DATA'
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ASSUME cs:CODE,ds:CODE
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;================
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;
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; MV_Mix8BitMono16
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;
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;================
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; eax - position
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; edx - rate
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; ebx - start
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; ecx - number of samples to mix
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ALIGN 16
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PUBLIC _MV_Mix8BitMono16
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_MV_Mix8BitMono16:
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; Two at once
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pushad
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mov eax, dword ptr [esp + 0*4 + 9*4]
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mov edx, dword ptr [esp + 1*4 + 9*4]
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mov ebx, dword ptr [esp + 2*4 + 9*4]
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mov ecx, dword ptr [esp + 3*4 + 9*4]
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mov ebp, eax
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mov esi, ebx ; Source pointer
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inc esi
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; Sample size
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mov ebx, _MV_SampleSize
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mov byte ptr [apatch7+2],bl
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mov byte ptr [apatch8+2],bl
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mov byte ptr [apatch9+3],bl
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; Volume table ptr
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mov ebx, _MV_LeftVolume ; Since we're mono, use left volume
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mov dword ptr [apatch1+4],ebx
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mov dword ptr [apatch2+4],ebx
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; Harsh Clip table ptr
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mov ebx, _MV_HarshClipTable
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add ebx, 128
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mov dword ptr [apatch3+2],ebx
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mov dword ptr [apatch4+2],ebx
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; Rate scale ptr
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mov dword ptr [apatch5+2],edx
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mov dword ptr [apatch6+2],edx
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mov edi, _MV_MixDestination ; Get the position to write to
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; Number of samples to mix
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shr ecx, 1 ; double sample count
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cmp ecx, 0
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je exit8m
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; eax - scratch
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; ebx - scratch
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; edx - scratch
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; ecx - count
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; edi - destination
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; esi - source
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; ebp - frac pointer
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; apatch1 - volume table
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; apatch2 - volume table
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; apatch3 - harsh clip table
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; apatch4 - harsh clip table
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; apatch5 - sample rate
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; apatch6 - sample rate
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mov eax,ebp ; begin calculating first sample
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add ebp,edx ; advance frac pointer
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shr eax,16 ; finish calculation for first sample
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mov ebx,ebp ; begin calculating second sample
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add ebp,edx ; advance frac pointer
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shr ebx,16 ; finish calculation for second sample
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movsx eax, byte ptr [esi+2*eax] ; get first sample
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movsx ebx, byte ptr [esi+2*ebx] ; get second sample
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add eax, 80h
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add ebx, 80h
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;ALIGN 4
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mix8Mloop:
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movzx edx, byte ptr [edi] ; get current sample from destination
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apatch1:
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movsx eax, byte ptr [2*eax+12345678h] ; volume translate first sample
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apatch2:
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movsx ebx, byte ptr [2*ebx+12345678h] ; volume translate second sample
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add eax, edx ; mix first sample
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apatch9:
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movzx edx, byte ptr [edi + 1] ; get current sample from destination
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apatch3:
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mov eax, [eax + 12345678h] ; harsh clip new sample
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add ebx, edx ; mix second sample
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mov [edi], al ; write new sample to destination
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mov edx, ebp ; begin calculating third sample
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apatch4:
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mov ebx, [ebx + 12345678h] ; harsh clip new sample
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apatch5:
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add ebp,12345678h ; advance frac pointer
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shr edx, 16 ; finish calculation for third sample
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mov eax, ebp ; begin calculating fourth sample
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apatch7:
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add edi, 2 ; move destination to second sample
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shr eax, 16 ; finish calculation for fourth sample
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mov [edi], bl ; write new sample to destination
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apatch6:
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add ebp,12345678h ; advance frac pointer
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movsx ebx, byte ptr [esi+2*eax] ; get fourth sample
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movsx eax, byte ptr [esi+2*edx] ; get third sample
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add ebx, 80h
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add eax, 80h
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apatch8:
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add edi, 2 ; move destination to third sample
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dec ecx ; decrement count
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jnz mix8Mloop ; loop
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mov _MV_MixDestination, edi ; Store the current write position
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mov _MV_MixPosition, ebp ; return position
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exit8m:
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popad
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ret
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;================
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;
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; MV_Mix8BitStereo16
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;
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;================
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; eax - position
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; edx - rate
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; ebx - start
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; ecx - number of samples to mix
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ALIGN 16
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PUBLIC _MV_Mix8BitStereo16
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_MV_Mix8BitStereo16:
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pushad
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mov eax, dword ptr [esp + 0*4 + 9*4]
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mov edx, dword ptr [esp + 1*4 + 9*4]
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mov ebx, dword ptr [esp + 2*4 + 9*4]
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mov ecx, dword ptr [esp + 3*4 + 9*4]
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mov ebp, eax
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mov esi, ebx ; Source pointer
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inc esi
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; Sample size
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mov ebx, _MV_SampleSize
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mov byte ptr [bpatch8+2],bl
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; mov byte ptr [bpatch9+2],bl
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; Right channel offset
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mov ebx, _MV_RightChannelOffset
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mov dword ptr [bpatch6+3],ebx
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mov dword ptr [bpatch7+2],ebx
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; Volume table ptr
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mov ebx, _MV_LeftVolume
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mov dword ptr [bpatch1+4],ebx
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mov ebx, _MV_RightVolume
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mov dword ptr [bpatch2+4],ebx
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; Rate scale ptr
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mov dword ptr [bpatch3+2],edx
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; Harsh Clip table ptr
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mov ebx, _MV_HarshClipTable
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add ebx,128
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mov dword ptr [bpatch4+2],ebx
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mov dword ptr [bpatch5+2],ebx
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mov edi, _MV_MixDestination ; Get the position to write to
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; Number of samples to mix
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cmp ecx, 0
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je short exit8S
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; eax - scratch
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; ebx - scratch
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; edx - scratch
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; ecx - count
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; edi - destination
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; esi - source
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; ebp - frac pointer
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; bpatch1 - left volume table
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; bpatch2 - right volume table
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; bpatch3 - sample rate
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; bpatch4 - harsh clip table
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; bpatch5 - harsh clip table
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mov eax,ebp ; begin calculating first sample
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shr eax,16 ; finish calculation for first sample
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movsx ebx, byte ptr [esi+2*eax] ; get first sample
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add ebx, 80h
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;ALIGN 4
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mix8Sloop:
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bpatch1:
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movsx eax, byte ptr [2*ebx+12345678h] ; volume translate left sample
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movzx edx, byte ptr [edi] ; get current sample from destination
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bpatch2:
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movsx ebx, byte ptr [2*ebx+12345678h] ; volume translate right sample
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add eax, edx ; mix left sample
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bpatch3:
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add ebp,12345678h ; advance frac pointer
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bpatch6:
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movzx edx, byte ptr [edi+12345678h] ; get current sample from destination
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bpatch4:
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mov eax, [eax + 12345678h] ; harsh clip left sample
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add ebx, edx ; mix right sample
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mov [edi], al ; write left sample to destination
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bpatch5:
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mov ebx, [ebx + 12345678h] ; harsh clip right sample
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mov edx, ebp ; begin calculating second sample
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bpatch7:
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mov [edi+12345678h], bl ; write right sample to destination
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shr edx, 16 ; finish calculation for second sample
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bpatch8:
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add edi, 1 ; move destination to second sample
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movsx ebx, byte ptr [esi+2*edx] ; get second sample
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add ebx, 80h
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dec ecx ; decrement count
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jnz mix8Sloop ; loop
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mov _MV_MixDestination, edi ; Store the current write position
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mov _MV_MixPosition, ebp ; return position
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EXIT8S:
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popad
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ret
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;================
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;
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; MV_Mix16BitMono16
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;
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;================
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; eax - position
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; edx - rate
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; ebx - start
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; ecx - number of samples to mix
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ALIGN 16
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PUBLIC _MV_Mix16BitMono16
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_MV_Mix16BitMono16:
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pushad
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mov eax, dword ptr [esp + 0*4 + 9*4]
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mov edx, dword ptr [esp + 1*4 + 9*4]
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mov ebx, dword ptr [esp + 2*4 + 9*4]
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mov ecx, dword ptr [esp + 3*4 + 9*4]
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mov ebp, eax
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mov esi, ebx ; Source pointer
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; Sample size
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mov ebx, _MV_SampleSize
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mov byte ptr [cpatch4+2],bl
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mov byte ptr [cpatch5+3],bl
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; Volume table ptr
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mov ebx, _MV_LeftVolume
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mov dword ptr [cpatch2+4],ebx
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inc ebx
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mov dword ptr [cpatch1+4],ebx
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; Rate scale ptr
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mov dword ptr [cpatch3+2],edx
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mov edi, _MV_MixDestination ; Get the position to write to
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; Number of samples to mix
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cmp ecx, 0
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je exit16M
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; eax - scratch
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; ebx - scratch
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; edx - scratch
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; ecx - count
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; edi - destination
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; esi - source
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; ebp - frac pointer
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; cpatch1 - volume table
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; cpatch2 - volume table
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; cpatch3 - sample rate
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; cpatch4 - sample rate
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mov ebx,ebp ; begin calculating first sample
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add ebp,edx ; advance frac pointer
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shr ebx,16 ; finish calculation for first sample
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movzx eax, word ptr [esi+2*ebx] ; get low byte of sample
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xor eax, 8000h
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movzx ebx, ah
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sub ah, ah
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movsx edx, word ptr [edi] ; get current sample from destination
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;ALIGN 4
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mix16Mloop:
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cpatch1:
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movsx eax, byte ptr [2*eax+12345678h] ; volume translate low byte of sample
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cpatch2:
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movsx ebx, word ptr [2*ebx+12345678h] ; volume translate high byte of sample
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lea eax, [ eax + ebx + 80h ] ; mix high byte of sample
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add eax, edx ; mix low byte of sample
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cpatch5:
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movsx edx, word ptr [edi + 2] ; get current sample from destination
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cmp eax, -32768 ; Harsh clip sample
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jge short m16skip1
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mov eax, -32768
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jmp short m16skip2
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m16skip1:
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cmp eax, 32767
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jle short m16skip2
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mov eax, 32767
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m16skip2:
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mov ebx, ebp ; begin calculating second sample
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mov [edi], ax ; write new sample to destination
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shr ebx, 16 ; finish calculation for second sample
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cpatch3:
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add ebp, 12345678h ; advance frac pointer
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movzx eax, word ptr [esi+2*ebx] ; get second sample
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cpatch4:
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add edi, 2 ; move destination to second sample
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xor eax, 8000h
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movzx ebx, ah
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sub ah, ah
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dec ecx ; decrement count
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jnz mix16Mloop ; loop
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mov _MV_MixDestination, edi ; Store the current write position
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mov _MV_MixPosition, ebp ; return position
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EXIT16M:
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popad
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ret
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;================
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;
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; MV_Mix16BitStereo16
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;
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;================
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; eax - position
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; edx - rate
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; ebx - start
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; ecx - number of samples to mix
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ALIGN 16
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PUBLIC _MV_Mix16BitStereo16
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_MV_Mix16BitStereo16:
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pushad
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mov eax, dword ptr [esp + 0*4 + 9*4]
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mov edx, dword ptr [esp + 1*4 + 9*4]
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mov ebx, dword ptr [esp + 2*4 + 9*4]
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mov ecx, dword ptr [esp + 3*4 + 9*4]
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mov ebp, eax
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mov esi, ebx ; Source pointer
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; Sample size
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mov ebx, _MV_SampleSize
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mov byte ptr [dpatch9+2],bl
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; Right channel offset
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mov ebx, _MV_RightChannelOffset
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mov dword ptr [dpatch7+3],ebx
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mov dword ptr [dpatch8+3],ebx
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; Volume table ptr
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mov ebx, _MV_LeftVolume
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mov dword ptr [dpatch1+4],ebx
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inc ebx
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mov dword ptr [dpatch2+4],ebx
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mov ebx, _MV_RightVolume
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mov dword ptr [dpatch3+4],ebx
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inc ebx
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mov dword ptr [dpatch4+4],ebx
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; Rate scale ptr
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mov dword ptr [dpatch5+2],edx
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; Source ptr
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mov dword ptr [dpatch6+4],esi
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mov edi, _MV_MixDestination ; Get the position to write to
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; Number of samples to mix
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cmp ecx, 0
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je exit16S
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; eax - scratch
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; ebx - scratch
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; edx - scratch
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; esi - scratch
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; ecx - count
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; edi - destination
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; ebp - frac pointer
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; dpatch1 - left volume table
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; dpatch2 - right volume table
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; dpatch3 - sample rate
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mov ebx,ebp ; begin calculating first sample
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shr ebx,16 ; finish calculation for first sample
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movzx edx, word ptr [esi+2*ebx] ; get first sample
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xor edx, 8000h ; Change from signed to unsigned
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movzx esi, dh ; put high byte in esi
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sub dh, dh ; lo byte in edx
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;ALIGN 4
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mix16Sloop:
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; Left channel
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dpatch1:
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movsx eax, word ptr [2*esi+12345678h] ; volume translate high byte of sample
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dpatch2:
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movsx ebx, byte ptr [2*edx+12345678h] ; volume translate low byte of sample
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lea eax, [ eax + ebx + 80h ] ; mix high byte of sample
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; Right channel
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dpatch3:
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movsx esi, word ptr [2*esi+12345678h] ; volume translate high byte of sample
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dpatch4:
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movsx ebx, byte ptr [2*edx+12345678h] ; volume translate low byte of sample
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lea ebx, [ esi + ebx + 80h ] ; mix high byte of sample
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dpatch7:
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movsx edx, word ptr [edi+12345678h] ; get current sample from destination
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dpatch5:
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add ebp,12345678h ; advance frac pointer
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add eax, edx ; mix left sample
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cmp eax, -32768 ; Harsh clip sample
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jge short s16skip1
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mov eax, -32768
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jmp short s16skip2
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s16skip1:
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cmp eax, 32767
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jle short s16skip2
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mov eax, 32767
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s16skip2:
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movsx edx, word ptr [edi+2] ; get current sample from destination
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mov [edi], ax ; write left sample to destination
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add ebx, edx ; mix right sample
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cmp ebx, -32768 ; Harsh clip sample
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jge short s16skip3
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mov ebx, -32768
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jmp short s16skip4
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s16skip3:
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cmp ebx, 32767
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jle short s16skip4
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mov ebx, 32767
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s16skip4:
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mov edx, ebp ; begin calculating second sample
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dpatch8:
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mov [edi+12345678h], bx ; write right sample to destination
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shr edx, 16 ; finish calculation for second sample
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dpatch9:
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add edi, 4 ; move destination to second sample
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dpatch6:
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movzx edx, word ptr [2*edx+12345678h] ; get second sample
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xor edx, 8000h ; Change from signed to unsigned
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movzx esi, dh ; put high byte in esi
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sub dh, dh ; lo byte in edx
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dec ecx ; decrement count
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jnz mix16Sloop ; loop
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mov _MV_MixDestination, edi ; Store the current write position
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mov _MV_MixPosition, ebp ; return position
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exit16S:
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popad
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ret
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CODE ENDS
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END
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