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- Blood: Add interpolation repair for kQAVVDIDLE2 (res_id: 102).

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This commit is contained in:
Mitchell Richters 2021-08-13 11:58:14 +10:00
parent 1fd66681d2
commit 803e9f8a04
1 changed files with 52 additions and 0 deletions
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52
source/games/blood/src/qav.cpp
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@ -1139,6 +1139,58 @@ static void qavRepairTileData(QAV* pQAV)
pQAV->frames[pQAV->nFrames-1].tiles[0] = pQAV->frames[pQAV->nFrames - 1].tiles[1]; pQAV->frames[pQAV->nFrames-1].tiles[0] = pQAV->frames[pQAV->nFrames - 1].tiles[1];
pQAV->frames[pQAV->nFrames-1].tiles[1] = backup; pQAV->frames[pQAV->nFrames-1].tiles[1] = backup;
break; break;
case kQAVVDIDLE2:
{
// VDIDLE2 requires several tile indices to be swapped around to fix interpolation.
// For frames 5 and 7, move tile index 2 into 0 and disable the original index of 0.
for (i = 5; i < 8; i += 2)
{
pQAV->frames[i].tiles[0] = pQAV->frames[i].tiles[2];
pQAV->frames[i].tiles[2].picnum = -1;
}
// For frames 2-3, swap tile indices 0 and 1 around.
for (i = 2; i < 4; i++)
{
backup = pQAV->frames[i].tiles[0];
pQAV->frames[i].tiles[0] = pQAV->frames[i].tiles[1];
pQAV->frames[i].tiles[1] = backup;
}
// For frames 9 til the end, swap tile indices 0 and 1 around.
for (i = 9; i < pQAV->nFrames; i++)
{
backup = pQAV->frames[i].tiles[0];
pQAV->frames[i].tiles[0] = pQAV->frames[i].tiles[1];
pQAV->frames[i].tiles[1] = backup;
}
// Set frame 1 tile 0 x/y coordinates to that of values between frames 0 and 2.
pQAV->frames[1].tiles[0].x = -29;
pQAV->frames[1].tiles[0].y = -12;
// Set frame 1 tile 1 y coordinates to that of values between frames 0 and 2.
pQAV->frames[1].tiles[1].y = -45;
// Set frame 3 tile 1 y coordinates to that of values between frames 2 and 4.
pQAV->frames[3].tiles[1].y = -46;
// Set frame 5 tile 1 y coordinates to that of values between frames 4 and 6.
pQAV->frames[5].tiles[1].y = -42;
// Set frame 7 tile 1 y coordinates to that of values between frames 6 and 8.
pQAV->frames[7].tiles[1].y = -41;
// Set frame 10 tile 1 y coordinates to that of values between frames 9 and 11.
pQAV->frames[10].tiles[1].y = -45;
// Smooth out tile coordinates between high and low point for tile index 1 x across all frames. High point is frame 0/12, low point is 6.
for (i = 1, j = (pQAV->nFrames - 2); i < 6, j > 6; i++, j--)
{
pQAV->frames[i].tiles[1].x = pQAV->frames[j].tiles[1].x = xs_CRoundToInt(pQAV->frames[0].tiles[1].x - (double(pQAV->frames[0].tiles[1].x - pQAV->frames[6].tiles[1].x) / 6) * i);
}
break;
}
default: default:
return; return;
} }