#include "prepmesh.h"
#include "CORE/FW/brqsort.h"
#include "CORE/FW/diag.h"
#include "CORE/FW/resource.h"
#include "CORE/FW/scratch.h"
#include "CORE/MATH/angles.h"
#include "CORE/MATH/plane.h"
#include "CORE/MATH/vector.h"
#include "CORE/STD/brmath.h"
#include "CORE/STD/brstdlib.h"
#include "harness/hooks.h"
#include "harness/trace.h"
#include <assert.h>
br_model* compareModel;
char* pm_edge_scratch;
pm_temp_edge** pm_edge_hash;
int num_edges;
pm_temp_edge* pm_edge_table;
#define PREP_ALIGN(f) (f)
#define MODF_USES_DEFAULT 0x8000
// IDA: int __usercall addEdge@<EAX>(br_uint_16 first@<EAX>, br_uint_16 last@<EDX>)
int addEdge(br_uint_16 first, br_uint_16 last) {
//pm_temp_edge* tep; // Pierre-Marie Baty -- unused variable
LOG_TRACE("(%d, %d)", first, last);
NOT_IMPLEMENTED();
}
// IDA: void __usercall prepareEdges(v11group *group@<EAX>, br_model *model@<EDX>)
void prepareEdges(v11group* group, br_model* model) {
//br_size_t scratch_size; // Pierre-Marie Baty -- unused variable
//br_face* mfp; // Pierre-Marie Baty -- unused variable
//v11face* fp; // Pierre-Marie Baty -- unused variable
//int f; // Pierre-Marie Baty -- unused variable
LOG_TRACE("(%p, %p)", group, model);
NOT_IMPLEMENTED();
}
// IDA: void __usercall BrPrepareEdges(br_model *model@<EAX>)
void BrPrepareEdges(br_model* model) {
//int g; // Pierre-Marie Baty -- unused variable
//v11model* v11m; // Pierre-Marie Baty -- unused variable
LOG_TRACE("(%p)", model);
NOT_IMPLEMENTED();
}
// IDA: int __cdecl FacesCompare(void *p1, void *p2)
int FacesCompare(const void* p1, const void* p2) {
br_face* f1;
br_face* f2;
// LOG_TRACE9("(%p, %p)", p1, p2);
f1 = *(br_face**)p1;
f2 = *(br_face**)p2;
if (f1->material > f2->material) {
return 1;
}
if (f1->material < f2->material) {
return -1;
}
return 0;
}
// IDA: int __cdecl TVCompare_XYZ(void *p1, void *p2)
int TVCompare_XYZ(const void* p1, const void* p2) {
prep_vertex* tv1;
prep_vertex* tv2;
br_vertex* v1;
br_vertex* v2;
int i;
// LOG_TRACE9("(%p, %p)", p1, p2);
tv1 = *(prep_vertex**)p1;
tv2 = *(prep_vertex**)p2;
if (tv1->v == tv2->v)
return 0;
v1 = compareModel->vertices + tv1->v;
v2 = compareModel->vertices + tv2->v;
for (i = 0; i < 3; i++) {
if (v1->p.v[i] > v2->p.v[i])
return 1;
if (v1->p.v[i] < v2->p.v[i])
return -1;
}
return 0;
}
// IDA: int __cdecl TVCompare_MXYZUVN(void *p1, void *p2)
int TVCompare_MXYZUVN(const void* p1, const void* p2) {
prep_vertex* tv1;
prep_vertex* tv2;
br_vertex* v1;
br_vertex* v2;
int i;
// LOG_TRACE("(%p, %p)", p1, p2);
tv1 = *(struct prep_vertex**)p1;
tv2 = *(struct prep_vertex**)p2;
if (compareModel->faces[tv1->f].material > compareModel->faces[tv2->f].material)
return 1;
if (compareModel->faces[tv1->f].material < compareModel->faces[tv2->f].material)
return -1;
if (tv1->v != tv2->v) {
v1 = compareModel->vertices + tv1->v;
v2 = compareModel->vertices + tv2->v;
for (i = 0; i < 3; i++) {
if (v1->p.v[i] > v2->p.v[i])
return 1;
if (v1->p.v[i] < v2->p.v[i])
return -1;
}
for (i = 0; i < 2; i++) {
if (v1->map.v[i] > v2->map.v[i])
return 1;
if (v1->map.v[i] < v2->map.v[i])
return -1;
}
}
for (i = 0; i < 3; i++) {
if (tv1->n.v[i] > tv2->n.v[i])
return 1;
if (tv1->n.v[i] < tv2->n.v[i])
return -1;
}
return 0;
}
// IDA: int __cdecl TVCompare_MVN(void *p1, void *p2)
int TVCompare_MVN(const void* p1, const void* p2) {
prep_vertex* tv1;
prep_vertex* tv2;
int i;
// LOG_TRACE9("(%p, %p)", p1, p2);
tv1 = *(prep_vertex**)p1;
tv2 = *(prep_vertex**)p2;
// if (compareModel->faces[tv1->f].material != NULL) {
// LOG_DEBUG("%s, %s", compareModel->faces[tv1->f].material->identifier, compareModel->faces[tv2->f].material->identifier);
// }
if (compareModel->faces[tv1->f].material > compareModel->faces[tv2->f].material)
return 1;
if (compareModel->faces[tv1->f].material < compareModel->faces[tv2->f].material)
return -1;
if (tv1->v > tv2->v)
return 1;
if (tv1->v < tv2->v)
return -1;
for (i = 0; i < 3; i++) {
if (tv1->n.v[i] > tv2->n.v[i])
return 1;
if (tv1->n.v[i] < tv2->n.v[i])
return -1;
}
return 0;
}
// IDA: br_fraction __cdecl BrScalarToFractionClamp(br_scalar s)
br_fraction BrScalarToFractionClamp(br_scalar s) {
if (s >= 1.0f) {
return 1.0f;
}
if (s < -1.0f) {
return -0.99999988f;
}
return s;
}
// IDA: void __usercall PrepareFaceNormals(br_model *model@<EAX>)
void PrepareFaceNormals(br_model* model) {
//br_vertex* vertices; // Pierre-Marie Baty -- unused variable
br_vector4 v4;
br_face* fp;
int f;
for (f = 0; f < model->nfaces; f++) {
fp = &model->faces[f];
BrPlaneEquation(&v4, &model->vertices[fp->vertices[0]].p, &model->vertices[fp->vertices[1]].p, &model->vertices[fp->vertices[2]].p);
fp->n.v[0] = BrScalarToFractionClamp(v4.v[0]);
fp->n.v[1] = BrScalarToFractionClamp(v4.v[1]);
fp->n.v[2] = BrScalarToFractionClamp(v4.v[2]);
fp->d = v4.v[3];
}
}
// IDA: void __usercall Smoothing(br_model *model@<EAX>, br_scalar crease_limit, prep_vertex **start, prep_vertex **end)
void Smoothing(br_model* model, br_scalar crease_limit, prep_vertex** start, prep_vertex** end) {
prep_vertex** outer;
prep_vertex** inner;
LOG_TRACE9("(%p, %f, %p, %p)", model, crease_limit, start, end);
for (outer = start; outer < end; outer++) {
for (inner = start; inner < end; inner++) {
if ((inner == outer) || (model->faces[(*outer)->f].smoothing & model->faces[(*inner)->f].smoothing)) {
BrVector3Accumulate(&(*outer)->n, (br_vector3*)&model->faces[(*inner)->f].n);
}
}
}
}
// IDA: void __usercall SmoothingCreased(br_model *model@<EAX>, br_scalar crease_limit, prep_vertex **start, prep_vertex **end)
void SmoothingCreased(br_model* model, br_scalar crease_limit, prep_vertex** start, prep_vertex** end) {
br_vector3 o_n;
prep_vertex** outer;
prep_vertex** inner;
LOG_TRACE9("(%p, %f, %p, %p)", model, crease_limit, start, end);
for (outer = start; outer < end; outer++) {
o_n.v[0] = model->faces[(*outer)->f].n.v[0];
o_n.v[1] = model->faces[(*outer)->f].n.v[1];
o_n.v[2] = model->faces[(*outer)->f].n.v[2];
for (inner = start; inner < end; inner++) {
if ((inner == outer) || ((model->faces[(*outer)->f].smoothing & model->faces[(*inner)->f].smoothing) && (BrVector3Dot((br_vector3*)&model->faces[(*inner)->f].n, &o_n) > crease_limit))) {
BrVector3Accumulate(&(*outer)->n, (br_vector3*)&model->faces[(*inner)->f].n);
}
}
}
}
// IDA: void __usercall CopyVertex(v11group *group@<EAX>, int v@<EDX>, prep_vertex *src@<EBX>, br_model *model@<ECX>)
void CopyVertex(v11group* group, int v, prep_vertex* src, br_model* model) {
br_vertex* srcv;
//br_vector3 n; // Pierre-Marie Baty -- unused variable
LOG_TRACE9("(%p, %d, %p, %p)", group, v, src, model);
srcv = model->vertices + src->v;
BrVector3Sub(&group->vertices[v].p, &srcv->p, &model->pivot);
group->vertices[v].map = srcv->map;
BrVector3Normalise(&group->vertices[v].n, &src->n);
group->vertex_colours[v] = BR_COLOUR_RGBA(srcv->red, srcv->grn, srcv->blu, srcv->index);
group->vertex_user[v] = src->v;
}
// IDA: void __usercall CopyFace(v11group *group@<EAX>, int f@<EDX>, br_face *src@<EBX>, br_model *model@<ECX>)
void CopyFace(v11group* group, int f, br_face* src, br_model* model) {
LOG_TRACE9("(%p, %d, %p, %p)", group, f, src, model);
group->faces[f].vertices[0] = src->vertices[0];
group->faces[f].vertices[1] = src->vertices[1];
group->faces[f].vertices[2] = src->vertices[2];
group->face_colours[f] = BR_COLOUR_RGBA(src->red, src->grn, src->blu, src->index);
group->faces[f].eqn.v[0] = src->n.v[0];
group->faces[f].eqn.v[1] = src->n.v[1];
group->faces[f].eqn.v[2] = src->n.v[2];
group->faces[f].eqn.v[3] = src->d;
group->face_user[f] = src - model->faces;
}
// IDA: void __usercall PrepareGroups(br_model *model@<EAX>)
void PrepareGroups(br_model* model) {
br_qsort_cbfn* vertex_compare_smoothing;
br_qsort_cbfn* vertex_compare_groups;
void (*smoothing_fn)(br_model*, br_scalar, prep_vertex**, prep_vertex**);
//void* vp; // Pierre-Marie Baty -- unused variable
br_size_t block_size;
prep_vertex* temp_verts;
prep_vertex* gtvp;
prep_vertex** sorted_vertices;
br_face* fp;
int g;
int f;
int v;
int i;
int ntemps;
int count;
int nf;
int nv;
int ng;
int old_count;
br_scalar crease_limit;
v11model* v11m;
v11group* v11g;
v11face* v11f;
fmt_vertex* v11v;
br_colour* v11fcolours;
br_colour* v11vcolours;
br_uint_16* v11fuser;
br_uint_16* v11vuser;
br_face** sorted_faces;
char* cp;
if (model->flags & BR_MODF_DONT_WELD) {
vertex_compare_smoothing = TVCompare_XYZ;
vertex_compare_groups = TVCompare_MVN;
} else {
vertex_compare_smoothing = TVCompare_XYZ;
vertex_compare_groups = TVCompare_MXYZUVN;
}
if (model->flags & BR_MODF_CREASE) {
crease_limit = BR_COS(model->crease_angle);
smoothing_fn = SmoothingCreased;
} else {
crease_limit = BR_SCALAR(0.0);
smoothing_fn = Smoothing;
}
compareModel = model;
ntemps = model->nfaces * 3;
block_size = ntemps * (sizeof(*temp_verts) + sizeof(*sorted_vertices)) + model->nfaces * sizeof(sorted_faces);
temp_verts = BrScratchAllocate(block_size);
BrMemSet(temp_verts, 0, block_size);
sorted_vertices = (struct prep_vertex**)(temp_verts + ntemps);
sorted_faces = (struct br_face**)(sorted_vertices + ntemps);
gtvp = temp_verts;
for (i = 0, f = 0, fp = model->faces; f < model->nfaces; f++, fp++) {
sorted_faces[f] = fp;
for (v = 0; v < 3; v++, i++, gtvp++) {
if (model->flags & BR_MODF_CUSTOM_NORMALS) {
TELL_ME_IF_WE_PASS_THIS_WAY();
// gtvp->n.v[0] = model->vertices[fp->vertices[v]].n.v[0];
// gtvp->n.v[1] = model->vertices[fp->vertices[v]].n.v[1];
// gtvp->n.v[2] = model->vertices[fp->vertices[v]].n.v[2];
}
gtvp->v = fp->vertices[v];
gtvp->f = f;
sorted_vertices[i] = gtvp;
}
if (fp->smoothing == 0)
fp->smoothing = (br_uint_16)~0;
}
BrQsort(sorted_faces, model->nfaces, sizeof(*sorted_faces), FacesCompare);
if (!(model->flags & BR_MODF_CUSTOM_NORMALS)) {
BrQsort(sorted_vertices, ntemps, sizeof(*sorted_vertices), vertex_compare_smoothing);
for (v = 0, i = 0; v < ntemps - 1; v++) {
if (vertex_compare_smoothing(sorted_vertices + v, sorted_vertices + v + 1)) {
smoothing_fn(model, crease_limit, sorted_vertices + i, sorted_vertices + v + 1);
i = v + 1;
}
}
smoothing_fn(model, crease_limit, sorted_vertices + i, sorted_vertices + ntemps);
}
BrQsort(sorted_vertices, ntemps, sizeof(*sorted_vertices), vertex_compare_groups);
for (v = 0, nv = 1; v < ntemps - 1; v++)
if (vertex_compare_groups(sorted_vertices + v, sorted_vertices + v + 1))
nv++;
for (f = 1, ng = 1; f < model->nfaces; f++) {
if (sorted_faces[f]->material != sorted_faces[f - 1]->material) {
ng++;
}
}
nf = model->nfaces;
block_size = PREP_ALIGN(sizeof(struct v11model)) + PREP_ALIGN(ng * sizeof(struct v11group)) +
PREP_ALIGN(nf * sizeof(*v11g->faces)) +
PREP_ALIGN(nv * sizeof(*v11g->vertices)) +
PREP_ALIGN(nf * sizeof(br_colour)) + PREP_ALIGN(nv * sizeof(br_colour)) + nv * sizeof(br_int_16) + nf * sizeof(br_int_16);
if (model->prepared && block_size > ((struct v11model*)(model->prepared))->size) {
BrResFree(model->prepared);
model->prepared = NULL;
}
if (model->prepared == NULL) {
model->prepared = BrResAllocate(model, block_size, BR_MEMORY_PREPARED_MODEL);
((struct v11model*)(model->prepared))->size = block_size;
}
cp = model->prepared;
v11m = (void*)cp;
cp += PREP_ALIGN(sizeof(struct v11model));
v11g = (void*)cp;
cp += PREP_ALIGN(ng * sizeof(struct v11group));
v11f = (void*)cp;
cp += PREP_ALIGN(nf * sizeof(struct v11face));
v11v = (void*)cp;
cp += PREP_ALIGN(nv * sizeof(struct fmt_vertex));
v11vcolours = (void*)cp;
cp += PREP_ALIGN(nv * sizeof(br_colour));
v11fcolours = (void*)cp;
cp += PREP_ALIGN(nf * sizeof(br_colour));
v11vuser = (void*)cp;
cp += nv * sizeof(br_uint_16);
v11fuser = (void*)cp;
cp += nf * sizeof(br_uint_16);
v11m->groups = v11g;
v11m->ngroups = ng;
v11g[0].faces = v11f;
v11g[0].face_colours = v11fcolours;
v11g[0].face_user = v11fuser;
v11g[0].stored = sorted_faces[0]->material ? sorted_faces[0]->material->stored : NULL;
v11g[0].nfaces = 0;
for (f = 0, g = 0; f < model->nfaces - 1; f++) {
CopyFace(v11g + g, v11g[g].nfaces, sorted_faces[f], model);
v11g[g].nfaces++;
if (sorted_faces[f]->material != sorted_faces[f + 1]->material) {
g++;
v11g[g].faces = v11f + f + 1;
v11g[g].face_colours = v11fcolours + f + 1;
v11g[g].face_user = v11fuser + f + 1;
v11g[g].stored = sorted_faces[f + 1]->material ? sorted_faces[f + 1]->material->stored : NULL;
v11g[g].nfaces = 0;
}
}
CopyFace(v11g + g, v11g[g].nfaces, sorted_faces[f], model);
v11g[g].nfaces++;
v11g[0].vertices = v11v;
v11g[0].vertex_colours = v11vcolours;
v11g[0].vertex_user = v11vuser;
v11g[0].nvertices = 1;
CopyVertex(v11g, 0, sorted_vertices[0], model);
for (v = 0, g = 0, count = 0; v < ntemps - 1; v++) {
if (model->faces[sorted_vertices[v]->f].material != model->faces[sorted_vertices[v + 1]->f].material) {
g++;
v11g[g].vertices = v11v + count + 1;
v11g[g].vertex_colours = v11vcolours + count + 1;
v11g[g].vertex_user = v11vuser + count + 1;
v11g[g].nvertices = 0;
}
old_count = count;
if (vertex_compare_groups(sorted_vertices + v, sorted_vertices + v + 1)) {
count++;
sorted_vertices[v]->v = count;
CopyVertex(v11g + g, v11g[g].nvertices, sorted_vertices[v + 1], model);
v11g[g].nvertices++;
}
sorted_vertices[v]->v = old_count;
}
sorted_vertices[v]->v = count;
for (g = 0; g < ng; g++) {
for (f = 0; f < v11g[g].nfaces; f++) {
i = v11g[g].vertices - v11v;
v = v11g[g].face_user[f] * 3;
v11g[g].faces[f].vertices[0] = temp_verts[v + 0].v - i;
v11g[g].faces[f].vertices[1] = temp_verts[v + 1].v - i;
v11g[g].faces[f].vertices[2] = temp_verts[v + 2].v - i;
}
}
BrScratchFree(temp_verts);
}
// IDA: void __usercall PrepareBoundingRadius(br_model *model@<EAX>)
void PrepareBoundingRadius(br_model* model) {
float d;
float max = 0.0f;
int v;
br_vertex* vp;
for (v = 0; v < model->nvertices; v++) {
vp = &model->vertices[v];
d = vp->p.v[1] * vp->p.v[1] + vp->p.v[0] * vp->p.v[0] + vp->p.v[2] * vp->p.v[2];
if (d > max) {
max = d;
}
}
model->radius = BrFloatSqrt(max);
}
// IDA: void __usercall PrepareBoundingBox(br_model *model@<EAX>)
void PrepareBoundingBox(br_model* model) {
int axis;
int v;
br_vertex* vp;
br_scalar x;
vp = &model->vertices[0];
for (axis = 0; axis < 3; axis++) {
model->bounds.min.v[axis] = vp->p.v[axis];
model->bounds.max.v[axis] = vp->p.v[axis];
}
for (v = 1; v < model->nvertices; v++) {
vp = &model->vertices[v];
for (axis = 0; axis < 3; axis++) {
x = vp->p.v[axis];
if (x > model->bounds.max.v[axis]) {
model->bounds.max.v[axis] = x;
}
if (x < model->bounds.min.v[axis]) {
model->bounds.min.v[axis] = x;
}
}
}
}
// IDA: void __usercall RegenerateFaceNormals(v11model *v11m@<EAX>)
void RegenerateFaceNormals(v11model* v11m) {
int g;
int f;
v11face* fp;
LOG_TRACE("(%p)", v11m);
for (g = 0; g < v11m->ngroups; g++) {
for (f = 0; f < v11m->groups[g].nfaces; f++) {
fp = &v11m->groups[g].faces[f];
BrPlaneEquation(&fp->eqn,
&v11m->groups->vertices[fp->vertices[0]].p,
&v11m->groups->vertices[fp->vertices[1]].p,
&v11m->groups->vertices[fp->vertices[2]].p);
}
}
}
// IDA: void __usercall RegenerateVertexNormals(v11model *v11m@<EAX>)
void RegenerateVertexNormals(v11model* v11m) {
int g;
int v;
int f;
v11face* fp;
fmt_vertex* vp;
br_vector3* normals;
LOG_TRACE("(%p)", v11m);
for (g = 0; g < v11m->ngroups; g++) {
normals = BrScratchAllocate(v11m->groups[g].nvertices * sizeof(br_vector3));
BrMemSet(normals, 0, v11m->groups[g].nvertices * sizeof(br_vector3));
for (f = 0; f < v11m->groups[g].nfaces; f++) {
fp = &v11m->groups[g].faces[f];
normals[fp->vertices[0]].v[0] += fp->eqn.v[0];
normals[fp->vertices[0]].v[1] += fp->eqn.v[1];
normals[fp->vertices[0]].v[2] += fp->eqn.v[2];
normals[fp->vertices[1]].v[0] += fp->eqn.v[0];
normals[fp->vertices[1]].v[1] += fp->eqn.v[1];
normals[fp->vertices[1]].v[2] += fp->eqn.v[2];
normals[fp->vertices[2]].v[0] += fp->eqn.v[0];
normals[fp->vertices[2]].v[1] += fp->eqn.v[1];
normals[fp->vertices[2]].v[2] += fp->eqn.v[2];
}
for (v = 0; v < v11m->groups[g].nvertices; v++) {
vp = &v11m->groups[g].vertices[v];
// FIXME: use inlined variant? BR_VECTOR3_NORMALISE (unsure about exact naming)
BrVector3Normalise(&vp->n, &normals[v]);
}
BrScratchFree(normals);
}
}
// IDA: void __cdecl BrModelUpdate(br_model *model, br_uint_16 flags)
void BrModelUpdate(br_model* model, br_uint_16 flags) {
int g;
int f;
int v;
v11model* v11m;
fmt_vertex* fvp;
//v11face* ffp; // Pierre-Marie Baty -- unused variable
br_vertex* vp;
br_face* fp;
LOG_TRACE("(%p, %d)", model, flags);
if (model->flags & BR_MODF_PREPREPARED) {
return;
}
if (model->faces == NULL || model->vertices == NULL) {
BrFailure("BrModelUpdate: model has no faces or vertices (%s)", model->identifier != NULL ? model->identifier : "<NULL>");
}
if (flags & BR_MODU_PIVOT) {
flags |= BR_MODU_VERTEX_POSITIONS;
}
if (model->flags & (BR_MODF_KEEP_ORIGINAL | BR_MODF_GENERATE_TAGS)) {
model->flags |= BR_MODF_UPDATEABLE;
}
if (!(model->flags & BR_MODF_CUSTOM_BOUNDS) && (flags & (BR_MODU_PRIMITIVE_COLOURS | BR_MODU_VERTEX_NORMALS | BR_MODU_VERTEX_POSITIONS))) {
PrepareBoundingRadius(model);
PrepareBoundingBox(model);
}
if (!model->prepared || flags & 0xFFD0) {
if (!model->faces || !model->vertices) {
return;
}
PrepareFaceNormals(model);
f = 0;
fp = model->faces;
model->flags &= ~MODF_USES_DEFAULT;
for (f = 0; f < model->nfaces; f++) {
fp = &model->faces[f];
if (!fp->material) {
model->flags |= MODF_USES_DEFAULT;
}
for (v = 0; v < 3; v++) {
if (fp->vertices[v] >= model->nvertices) {
BrFailure("face references invalid vertex f=%d v=%d", f, v);
}
}
}
PrepareGroups(model);
v11m = model->prepared;
if (v11m) {
for (g = 0; g < v11m->ngroups; g++) {
// prepareEdges(&v11m->groups[g], model);
}
} else {
LOG_DEBUG("has prepared model FALSE");
}
} else {
// some additional code paths might exist, but maybe not used?
if (flags != BR_MODU_VERTEX_POSITIONS) {
TELL_ME_IF_WE_PASS_THIS_WAY();
}
v11m = model->prepared;
if (model->vertices && (flags & BR_MODU_VERTEX_POSITIONS)) {
for (g = 0; g < v11m->ngroups; g++) {
for (v = 0; v < v11m->groups[g].nvertices; v++) {
fvp = &v11m->groups[g].vertices[v];
vp = model->vertices + v11m->groups[g].vertex_user[v];
if (flags & BR_MODU_VERTEX_POSITIONS) {
fvp->p.v[0] = vp->p.v[0] - model->pivot.v[0];
fvp->p.v[1] = vp->p.v[1] - model->pivot.v[1];
fvp->p.v[2] = vp->p.v[2] - model->pivot.v[2];
}
}
}
}
if (flags & BR_MODU_VERTEX_POSITIONS) {
if (!(model->flags & BR_MODF_CUSTOM_NORMALS)) {
RegenerateVertexNormals(v11m);
}
RegenerateFaceNormals(v11m);
}
}
if (!(model->flags & BR_MODF_UPDATEABLE)) {
if (model->faces) {
BrResFree(model->faces);
}
if (model->vertices) {
BrResFree(model->vertices);
}
model->vertices = NULL;
model->nfaces = 0;
model->nvertices = 0;
model->faces = NULL;
}
if (model->stored) {
((br_object*)model->stored)->dispatch->_free((br_object*)model->stored);
model->stored = NULL;
}
// Added by dethrace
gHarness_platform.Renderer_BufferModel(model);
}
// IDA: void __usercall BrModelClear(br_model *model@<EAX>)
void BrModelClear(br_model* model) {
LOG_TRACE("(%p)", model);
// remove prepared mesh
if (model->prepared != NULL) {
BrResFree(model->prepared);
model->prepared = NULL;
}
if (model->stored != NULL) {
((br_object*)model->stored)->dispatch->_free((br_object*)model->stored);
model->stored = NULL;
}
}