mirror of
https://github.com/LostArtefacts/TR2X.git
synced 2025-01-07 22:03:19 +00:00
output: reorder functions
This commit is contained in:
Marcin Kurczewski
parent
55ec524507
commit
40f51601ce
@ -1768,6 +1768,218 @@ int32_t __cdecl Output_XYGUVClipper(
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return (j < 3) ? 0 : j;
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}
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const int16_t *__cdecl Output_InsertObjectGT3(
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const int16_t *obj_ptr, int32_t num, enum SORT_TYPE sort_type)
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{
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for (int i = 0; i < num; i++) {
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const struct PHD_VBUF *const vtx[3] = {
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&g_PhdVBuf[*obj_ptr++],
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&g_PhdVBuf[*obj_ptr++],
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&g_PhdVBuf[*obj_ptr++],
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};
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const int16_t texture_idx = *obj_ptr++;
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const struct PHD_TEXTURE *const texture =
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&g_PhdTextureInfo[texture_idx];
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const struct PHD_UV *const uv = texture->uv;
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int32_t num_points = 3;
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const int8_t clip_or =
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BYTE0(vtx[0]->clip | vtx[1]->clip | vtx[2]->clip);
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const int8_t clip_and =
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BYTE0(vtx[0]->clip & vtx[1]->clip & vtx[2]->clip);
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if (clip_and != 0) {
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continue;
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}
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if (clip_or >= 0) {
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if (!VBUF_VISIBLE(*vtx[0], *vtx[1], *vtx[2])) {
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continue;
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}
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if (clip_or == 0) {
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const float zv = Output_CalculatePolyZ(
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sort_type, vtx[0]->zv, vtx[1]->zv, vtx[2]->zv, -1.0);
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g_Sort3DPtr->_0 = (uint32_t)g_Info3DPtr;
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g_Sort3DPtr->_1 = MAKE_ZSORT(zv);
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g_Sort3DPtr++;
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if (zv >= (double)g_PerspectiveDistance) {
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*g_Info3DPtr++ = (texture->draw_type == DRAW_OPAQUE)
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? POLY_GTMAP
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: POLY_WGTMAP;
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*g_Info3DPtr++ = texture->tex_page;
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*g_Info3DPtr++ = 3;
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*g_Info3DPtr++ = (int)vtx[0]->xs;
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*g_Info3DPtr++ = (int)vtx[0]->ys;
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*g_Info3DPtr++ = (int)vtx[0]->g;
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*g_Info3DPtr++ = uv[0].u;
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*g_Info3DPtr++ = uv[0].v;
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*g_Info3DPtr++ = (int)vtx[1]->xs;
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*g_Info3DPtr++ = (int)vtx[1]->ys;
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*g_Info3DPtr++ = (int)vtx[1]->g;
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*g_Info3DPtr++ = uv[1].u;
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*g_Info3DPtr++ = uv[1].v;
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*g_Info3DPtr++ = (int)vtx[2]->xs;
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*g_Info3DPtr++ = (int)vtx[2]->ys;
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*g_Info3DPtr++ = (int)vtx[2]->g;
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*g_Info3DPtr++ = uv[2].u;
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*g_Info3DPtr++ = uv[2].v;
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} else {
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*g_Info3DPtr++ = (texture->draw_type == DRAW_OPAQUE)
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? POLY_GTMAP_PERSP
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: POLY_WGTMAP_PERSP;
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*g_Info3DPtr++ = texture->tex_page;
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*g_Info3DPtr++ = 3;
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*g_Info3DPtr++ = (int)vtx[0]->xs;
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*g_Info3DPtr++ = (int)vtx[0]->ys;
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*g_Info3DPtr++ = (int)vtx[0]->g;
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*(float *)g_Info3DPtr = vtx[0]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[0].u * vtx[0]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[0].v * vtx[0]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*g_Info3DPtr++ = (int)vtx[1]->xs;
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*g_Info3DPtr++ = (int)vtx[1]->ys;
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*g_Info3DPtr++ = (int)vtx[1]->g;
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*(float *)g_Info3DPtr = vtx[1]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[1].u * vtx[1]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[1].v * vtx[1]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*g_Info3DPtr++ = (int)vtx[2]->xs;
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*g_Info3DPtr++ = (int)vtx[2]->ys;
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*g_Info3DPtr++ = (int)vtx[2]->g;
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*(float *)g_Info3DPtr = vtx[2]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[2].u * vtx[2]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[2].v * vtx[2]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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}
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g_SurfaceCount++;
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continue;
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}
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g_VBuffer[0].x = vtx[0]->xs;
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g_VBuffer[0].y = vtx[0]->ys;
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g_VBuffer[0].rhw = vtx[0]->rhw;
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g_VBuffer[0].g = (float)vtx[0]->g;
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g_VBuffer[0].u = (double)uv[0].u * vtx[0]->rhw;
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g_VBuffer[0].v = (double)uv[0].v * vtx[0]->rhw;
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g_VBuffer[1].x = vtx[1]->xs;
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g_VBuffer[1].y = vtx[1]->ys;
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g_VBuffer[1].rhw = vtx[1]->rhw;
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g_VBuffer[1].g = (float)vtx[1]->g;
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g_VBuffer[1].u = (double)uv[1].u * vtx[1]->rhw;
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g_VBuffer[1].v = (double)uv[1].v * vtx[1]->rhw;
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g_VBuffer[2].x = vtx[2]->xs;
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g_VBuffer[2].y = vtx[2]->ys;
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g_VBuffer[2].rhw = vtx[2]->rhw;
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g_VBuffer[2].g = (float)vtx[2]->g;
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g_VBuffer[2].u = (double)uv[2].u * vtx[2]->rhw;
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g_VBuffer[2].v = (double)uv[2].v * vtx[2]->rhw;
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} else {
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if (!Output_VisibleZClip(vtx[0], vtx[1], vtx[2])) {
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continue;
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}
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struct POINT_INFO points[3];
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points[0].xv = vtx[0]->xv;
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points[0].yv = vtx[0]->yv;
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points[0].zv = vtx[0]->zv;
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points[0].rhw = vtx[0]->rhw;
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points[0].xs = vtx[0]->xs;
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points[0].ys = vtx[0]->ys;
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points[0].g = (float)vtx[0]->g;
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points[0].u = (float)uv[0].u;
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points[0].v = (float)uv[0].v;
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points[1].yv = vtx[1]->yv;
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points[1].xv = vtx[1]->xv;
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points[1].zv = vtx[1]->zv;
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points[1].rhw = vtx[1]->rhw;
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points[1].xs = vtx[1]->xs;
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points[1].ys = vtx[1]->ys;
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points[1].g = (float)vtx[1]->g;
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points[1].u = (float)uv[1].u;
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points[1].v = (float)uv[1].v;
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points[2].xv = vtx[2]->xv;
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points[2].yv = vtx[2]->yv;
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points[2].zv = vtx[2]->zv;
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points[2].rhw = vtx[2]->rhw;
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points[2].xs = vtx[2]->xs;
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points[2].ys = vtx[2]->ys;
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points[2].g = (float)vtx[2]->g;
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points[2].u = (float)uv[2].u;
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points[2].v = (float)uv[2].v;
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num_points = Output_ZedClipper(num_points, points, g_VBuffer);
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if (num_points == 0) {
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continue;
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}
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}
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num_points = Output_XYGUVClipper(num_points, g_VBuffer);
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if (num_points == 0) {
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continue;
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}
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const float zv = Output_CalculatePolyZ(
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sort_type, vtx[0]->zv, vtx[1]->zv, vtx[2]->zv, -1.0);
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g_Sort3DPtr->_0 = (uint32_t)g_Info3DPtr;
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g_Sort3DPtr->_1 = MAKE_ZSORT(zv);
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g_Sort3DPtr++;
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if (zv >= (double)g_PerspectiveDistance) {
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*g_Info3DPtr++ =
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(texture->draw_type == DRAW_OPAQUE) ? POLY_GTMAP : POLY_WGTMAP;
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*g_Info3DPtr++ = texture->tex_page;
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*g_Info3DPtr++ = num_points;
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for (int j = 0; j < num_points; j++) {
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*g_Info3DPtr++ = (int)g_VBuffer[j].x;
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*g_Info3DPtr++ = (int)g_VBuffer[j].y;
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*g_Info3DPtr++ = (int)g_VBuffer[j].g;
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*g_Info3DPtr++ = (int)(g_VBuffer[j].u / g_VBuffer[j].rhw);
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*g_Info3DPtr++ = (int)(g_VBuffer[j].v / g_VBuffer[j].rhw);
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}
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} else {
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*g_Info3DPtr++ = (texture->draw_type == DRAW_OPAQUE)
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? POLY_GTMAP_PERSP
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: POLY_WGTMAP_PERSP;
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*g_Info3DPtr++ = texture->tex_page;
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*g_Info3DPtr++ = num_points;
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for (int j = 0; j < num_points; j++) {
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*g_Info3DPtr++ = (int)g_VBuffer[j].x;
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*g_Info3DPtr++ = (int)g_VBuffer[j].y;
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*g_Info3DPtr++ = (int)g_VBuffer[j].g;
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*(float *)g_Info3DPtr = g_VBuffer[j].rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = g_VBuffer[j].u;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = g_VBuffer[j].v;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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}
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}
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g_SurfaceCount++;
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}
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return obj_ptr;
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}
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const int16_t *__cdecl Output_InsertObjectGT4(
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const int16_t *obj_ptr, int32_t num, enum SORT_TYPE sort_type)
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{
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@ -2013,215 +2225,3 @@ const int16_t *__cdecl Output_InsertObjectGT4(
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return obj_ptr;
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}
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const int16_t *__cdecl Output_InsertObjectGT3(
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const int16_t *obj_ptr, int32_t num, enum SORT_TYPE sort_type)
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{
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for (int i = 0; i < num; i++) {
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const struct PHD_VBUF *const vtx[3] = {
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&g_PhdVBuf[*obj_ptr++],
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&g_PhdVBuf[*obj_ptr++],
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&g_PhdVBuf[*obj_ptr++],
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};
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const int16_t texture_idx = *obj_ptr++;
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const struct PHD_TEXTURE *const texture =
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&g_PhdTextureInfo[texture_idx];
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const struct PHD_UV *const uv = texture->uv;
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int32_t num_points = 3;
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const int8_t clip_or =
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BYTE0(vtx[0]->clip | vtx[1]->clip | vtx[2]->clip);
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const int8_t clip_and =
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BYTE0(vtx[0]->clip & vtx[1]->clip & vtx[2]->clip);
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if (clip_and != 0) {
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continue;
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}
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if (clip_or >= 0) {
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if (!VBUF_VISIBLE(*vtx[0], *vtx[1], *vtx[2])) {
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continue;
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}
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if (clip_or == 0) {
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const float zv = Output_CalculatePolyZ(
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sort_type, vtx[0]->zv, vtx[1]->zv, vtx[2]->zv, -1.0);
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g_Sort3DPtr->_0 = (uint32_t)g_Info3DPtr;
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g_Sort3DPtr->_1 = MAKE_ZSORT(zv);
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g_Sort3DPtr++;
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if (zv >= (double)g_PerspectiveDistance) {
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*g_Info3DPtr++ = (texture->draw_type == DRAW_OPAQUE)
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? POLY_GTMAP
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: POLY_WGTMAP;
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*g_Info3DPtr++ = texture->tex_page;
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*g_Info3DPtr++ = 3;
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*g_Info3DPtr++ = (int)vtx[0]->xs;
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*g_Info3DPtr++ = (int)vtx[0]->ys;
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*g_Info3DPtr++ = (int)vtx[0]->g;
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*g_Info3DPtr++ = uv[0].u;
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*g_Info3DPtr++ = uv[0].v;
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*g_Info3DPtr++ = (int)vtx[1]->xs;
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*g_Info3DPtr++ = (int)vtx[1]->ys;
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*g_Info3DPtr++ = (int)vtx[1]->g;
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*g_Info3DPtr++ = uv[1].u;
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*g_Info3DPtr++ = uv[1].v;
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*g_Info3DPtr++ = (int)vtx[2]->xs;
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*g_Info3DPtr++ = (int)vtx[2]->ys;
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*g_Info3DPtr++ = (int)vtx[2]->g;
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*g_Info3DPtr++ = uv[2].u;
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*g_Info3DPtr++ = uv[2].v;
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} else {
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*g_Info3DPtr++ = (texture->draw_type == DRAW_OPAQUE)
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? POLY_GTMAP_PERSP
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: POLY_WGTMAP_PERSP;
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*g_Info3DPtr++ = texture->tex_page;
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*g_Info3DPtr++ = 3;
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*g_Info3DPtr++ = (int)vtx[0]->xs;
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*g_Info3DPtr++ = (int)vtx[0]->ys;
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*g_Info3DPtr++ = (int)vtx[0]->g;
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*(float *)g_Info3DPtr = vtx[0]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[0].u * vtx[0]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[0].v * vtx[0]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*g_Info3DPtr++ = (int)vtx[1]->xs;
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*g_Info3DPtr++ = (int)vtx[1]->ys;
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*g_Info3DPtr++ = (int)vtx[1]->g;
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*(float *)g_Info3DPtr = vtx[1]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[1].u * vtx[1]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[1].v * vtx[1]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*g_Info3DPtr++ = (int)vtx[2]->xs;
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*g_Info3DPtr++ = (int)vtx[2]->ys;
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*g_Info3DPtr++ = (int)vtx[2]->g;
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*(float *)g_Info3DPtr = vtx[2]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[2].u * vtx[2]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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*(float *)g_Info3DPtr = (double)uv[2].v * vtx[2]->rhw;
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g_Info3DPtr += sizeof(float) / sizeof(int16_t);
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}
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g_SurfaceCount++;
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continue;
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}
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g_VBuffer[0].x = vtx[0]->xs;
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g_VBuffer[0].y = vtx[0]->ys;
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g_VBuffer[0].rhw = vtx[0]->rhw;
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g_VBuffer[0].g = (float)vtx[0]->g;
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g_VBuffer[0].u = (double)uv[0].u * vtx[0]->rhw;
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g_VBuffer[0].v = (double)uv[0].v * vtx[0]->rhw;
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g_VBuffer[1].x = vtx[1]->xs;
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g_VBuffer[1].y = vtx[1]->ys;
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g_VBuffer[1].rhw = vtx[1]->rhw;
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g_VBuffer[1].g = (float)vtx[1]->g;
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g_VBuffer[1].u = (double)uv[1].u * vtx[1]->rhw;
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g_VBuffer[1].v = (double)uv[1].v * vtx[1]->rhw;
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g_VBuffer[2].x = vtx[2]->xs;
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g_VBuffer[2].y = vtx[2]->ys;
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g_VBuffer[2].rhw = vtx[2]->rhw;
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g_VBuffer[2].g = (float)vtx[2]->g;
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g_VBuffer[2].u = (double)uv[2].u * vtx[2]->rhw;
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g_VBuffer[2].v = (double)uv[2].v * vtx[2]->rhw;
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} else {
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if (!Output_VisibleZClip(vtx[0], vtx[1], vtx[2])) {
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continue;
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}
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struct POINT_INFO points[3];
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points[0].xv = vtx[0]->xv;
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points[0].yv = vtx[0]->yv;
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points[0].zv = vtx[0]->zv;
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points[0].rhw = vtx[0]->rhw;
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points[0].xs = vtx[0]->xs;
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points[0].ys = vtx[0]->ys;
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points[0].g = (float)vtx[0]->g;
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points[0].u = (float)uv[0].u;
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points[0].v = (float)uv[0].v;
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points[1].yv = vtx[1]->yv;
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points[1].xv = vtx[1]->xv;
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points[1].zv = vtx[1]->zv;
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points[1].rhw = vtx[1]->rhw;
|
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points[1].xs = vtx[1]->xs;
|
||||
points[1].ys = vtx[1]->ys;
|
||||
points[1].g = (float)vtx[1]->g;
|
||||
points[1].u = (float)uv[1].u;
|
||||
points[1].v = (float)uv[1].v;
|
||||
|
||||
points[2].xv = vtx[2]->xv;
|
||||
points[2].yv = vtx[2]->yv;
|
||||
points[2].zv = vtx[2]->zv;
|
||||
points[2].rhw = vtx[2]->rhw;
|
||||
points[2].xs = vtx[2]->xs;
|
||||
points[2].ys = vtx[2]->ys;
|
||||
points[2].g = (float)vtx[2]->g;
|
||||
points[2].u = (float)uv[2].u;
|
||||
points[2].v = (float)uv[2].v;
|
||||
|
||||
num_points = Output_ZedClipper(num_points, points, g_VBuffer);
|
||||
if (num_points == 0) {
|
||||
continue;
|
||||
}
|
||||
}
|
||||
|
||||
num_points = Output_XYGUVClipper(num_points, g_VBuffer);
|
||||
if (num_points == 0) {
|
||||
continue;
|
||||
}
|
||||
|
||||
const float zv = Output_CalculatePolyZ(
|
||||
sort_type, vtx[0]->zv, vtx[1]->zv, vtx[2]->zv, -1.0);
|
||||
g_Sort3DPtr->_0 = (uint32_t)g_Info3DPtr;
|
||||
g_Sort3DPtr->_1 = MAKE_ZSORT(zv);
|
||||
g_Sort3DPtr++;
|
||||
|
||||
if (zv >= (double)g_PerspectiveDistance) {
|
||||
*g_Info3DPtr++ =
|
||||
(texture->draw_type == DRAW_OPAQUE) ? POLY_GTMAP : POLY_WGTMAP;
|
||||
*g_Info3DPtr++ = texture->tex_page;
|
||||
*g_Info3DPtr++ = num_points;
|
||||
|
||||
for (int j = 0; j < num_points; j++) {
|
||||
*g_Info3DPtr++ = (int)g_VBuffer[j].x;
|
||||
*g_Info3DPtr++ = (int)g_VBuffer[j].y;
|
||||
*g_Info3DPtr++ = (int)g_VBuffer[j].g;
|
||||
*g_Info3DPtr++ = (int)(g_VBuffer[j].u / g_VBuffer[j].rhw);
|
||||
*g_Info3DPtr++ = (int)(g_VBuffer[j].v / g_VBuffer[j].rhw);
|
||||
}
|
||||
} else {
|
||||
*g_Info3DPtr++ = (texture->draw_type == DRAW_OPAQUE)
|
||||
? POLY_GTMAP_PERSP
|
||||
: POLY_WGTMAP_PERSP;
|
||||
*g_Info3DPtr++ = texture->tex_page;
|
||||
*g_Info3DPtr++ = num_points;
|
||||
|
||||
for (int j = 0; j < num_points; j++) {
|
||||
*g_Info3DPtr++ = (int)g_VBuffer[j].x;
|
||||
*g_Info3DPtr++ = (int)g_VBuffer[j].y;
|
||||
*g_Info3DPtr++ = (int)g_VBuffer[j].g;
|
||||
*(float *)g_Info3DPtr = g_VBuffer[j].rhw;
|
||||
g_Info3DPtr += sizeof(float) / sizeof(int16_t);
|
||||
*(float *)g_Info3DPtr = g_VBuffer[j].u;
|
||||
g_Info3DPtr += sizeof(float) / sizeof(int16_t);
|
||||
*(float *)g_Info3DPtr = g_VBuffer[j].v;
|
||||
g_Info3DPtr += sizeof(float) / sizeof(int16_t);
|
||||
}
|
||||
}
|
||||
g_SurfaceCount++;
|
||||
}
|
||||
|
||||
return obj_ptr;
|
||||
}
|
||||
|
||||
@ -52,7 +52,7 @@ int32_t __cdecl Output_ZedClipper(
|
||||
int32_t __cdecl Output_XYGClipper(int32_t vtx_count, struct VERTEX_INFO *vtx);
|
||||
int32_t __cdecl Output_XYGUVClipper(int32_t vtx_count, struct VERTEX_INFO *vtx);
|
||||
|
||||
const int16_t *__cdecl Output_InsertObjectGT4(
|
||||
const int16_t *obj_ptr, int32_t num, enum SORT_TYPE sort_type);
|
||||
const int16_t *__cdecl Output_InsertObjectGT3(
|
||||
const int16_t *obj_ptr, int32_t num, enum SORT_TYPE sort_type);
|
||||
const int16_t *__cdecl Output_InsertObjectGT4(
|
||||
const int16_t *obj_ptr, int32_t num, enum SORT_TYPE sort_type);
|
||||
|
||||
Loading…
Reference in New Issue
Block a user