/*!
\reimp
*/
QSize QLabel::minimumSizeHint() const
{
Q_D(const QLabel);
if (d->valid_hints) {
if (d->sizePolicy == sizePolicy())
return d->msh;
}
ensurePolished();
d->valid_hints = true;
d->sh = d->sizeForWidth(-1); // wrap ? golden ratio : min doc size
QSize msh(-1, -1);
if (!d->isTextLabel) {
msh = d->sh;
} else {
msh.rheight() = d->sizeForWidth(QWIDGETSIZE_MAX).height(); // height for one line
msh.rwidth() = d->sizeForWidth(0).width(); // wrap ? size of biggest word : min doc size
if (d->sh.height() < msh.height())
msh.rheight() = d->sh.height();
}
d->msh = msh;
d->sizePolicy = sizePolicy();
return msh;
}
void ISCExport::saveMesh(FILE *file,TriObject *pTriobj,const Matrix3* pM,Mtl *pMeshMtl,SceneEnumerator& enumerator)
{
ion::math::Meshconv msh(true,false);
Mesh &maxmesh=pTriobj->GetMesh();
DWORD meshMtlID=(pMeshMtl!=0) ? (DWORD)(enumerator.findMaterial(pMeshMtl)) : 0;
bool negScale = (pM) ? (DotProd(CrossProd(pM->GetRow(0),pM->GetRow(1)),pM->GetRow(2))>0.0) : false;
int vx[3];
if (negScale) {
vx[0]=2;
vx[1]=1;
vx[2]=0;
} else {
vx[0]=0;
vx[1]=1;
vx[2]=2;
}
{
// TODO: Normals
/*ion::math::Meshconv::InNormal n;
n.m_X=1;
n.m_Y=n.m_Z=0;
msh.addNormal(n);*/
for (int facenr=0;facenr<maxmesh.getNumFaces();++facenr) {
ion::math::Meshconv::InTriangle intr;
Face *pVFace=&maxmesh.faces[facenr];
intr.m_XYZ[0]=pVFace->v[vx[0]];
intr.m_XYZ[1]=pVFace->v[vx[1]];
intr.m_XYZ[2]=pVFace->v[vx[2]];
if (maxmesh.tvFace!=0) {
TVFace *pTVFace=&maxmesh.tvFace[facenr];
intr.m_Texcoords2D[0]=pTVFace->t[vx[0]];
intr.m_Texcoords2D[1]=pTVFace->t[vx[1]];
intr.m_Texcoords2D[2]=pTVFace->t[vx[2]];
} else {
intr.m_Texcoords2D[0]=0;
intr.m_Texcoords2D[1]=0;
intr.m_Texcoords2D[2]=0;
}
intr.m_Normals[0]=pVFace->v[vx[0]];
intr.m_Normals[1]=pVFace->v[vx[1]];
intr.m_Normals[2]=pVFace->v[vx[2]];
msh.addTriangle(intr);
}
if (maxmesh.normalsBuilt==0)
maxmesh.buildNormals();
for (int vtxnr=0;vtxnr<maxmesh.getNumVerts();++vtxnr) {
Point3 *pVtx=&maxmesh.verts[vtxnr];
Point3 vtx2;
if (pM)
vtx2=pM->PointTransform(*pVtx);
else vtx2=*pVtx;
// Swapping y and z to correct the coordinate system
ion::math::Meshconv::InVtx invtx;
invtx.m_X=vtx2.x;
invtx.m_Y=vtx2.z;
invtx.m_Z=vtx2.y;
//vn =getVertexNormal(&maxmesh, i, maxmesh.getRVertPtr(vert));
Point3 vn=maxmesh.getNormal(vtxnr);
float vnl=sqrtf(vn.x*vn.x+vn.y*vn.y+vn.z*vn.z);
if (vnl!=0) vnl=1.0f/vnl;
ion::math::Meshconv::InNormal n;
n.m_X=vn.x*vnl;
n.m_Y=vn.z*vnl;
n.m_Z=vn.y*vnl;
msh.addXYZVtx(invtx);
msh.addNormal(n);
}
for (int tuvnr=0;tuvnr<maxmesh.getNumTVerts();++tuvnr) {
UVVert *pUV=&maxmesh.tVerts[tuvnr];
// TODO: need to check whether UV, VW, or WU is used
ion::math::Meshconv::InTexcoord2D intexcoord;
intexcoord.m_U=pUV->x;
intexcoord.m_V=pUV->y;
msh.addTexcoord2D(intexcoord);
}
msh.calculate();
}
{ DWORD numTris=msh.numOutTriangles(); fwrite(&numTris,1,4,file); }
{ DWORD numVtx=msh.numOutVertices(); fwrite(&numVtx,1,4,file); }
// Indices
{
for (unsigned long trinr=0;trinr<msh.numOutTriangles();++trinr) {
const ion::math::Meshconv::OutTriangle &tri=msh.outTriangle(trinr);
fwrite(&tri.m_Indices[0],1,4,file);
fwrite(&tri.m_Indices[1],1,4,file);
fwrite(&tri.m_Indices[2],1,4,file);
}
}
// Face attributes
// TODO: Read the attributes from max
{
for (unsigned long trinr=0;trinr<msh.numOutTriangles();++trinr) {
//DWORD id=maxmesh.faces[trinr].getMatID();
fwrite(&meshMtlID,1,4,file);
}
}
// Vertices
{
for (unsigned long vtxnr=0;vtxnr<msh.numOutVertices();++vtxnr) {
const ion::math::Meshconv::OutVertex &vtx=msh.outVertex(vtxnr);
float tangent[3]={1,0,0};
float binormal[3]={0,1,0};
fwrite(&vtx.m_XYZ.m_X,1,sizeof(float),file);
fwrite(&vtx.m_XYZ.m_Y,1,sizeof(float),file);
fwrite(&vtx.m_XYZ.m_Z,1,sizeof(float),file);
fwrite(&vtx.m_Normal.m_X,1,sizeof(float),file);
fwrite(&vtx.m_Normal.m_Y,1,sizeof(float),file);
fwrite(&vtx.m_Normal.m_Z,1,sizeof(float),file);
fwrite(&vtx.m_Texcoord.m_U,1,sizeof(float),file);
fwrite(&vtx.m_Texcoord.m_V,1,sizeof(float),file);
fwrite(tangent,1,3*sizeof(float),file);
fwrite(binormal,1,3*sizeof(float),file);
}
}
}
int execute (char const *comm, char **envp)
{
int status = 0;
char const *(argv[1024]);
char const *script;
char const *shell = Tenv::appGet("SHELL");
if (NULL == comm) return(0);
if ('\0' == *comm)
{
status = 0;
}
else if ((shell == NULL) || !strcmp(shell, INTERNAL_SHELL))
{
// Use the internal shell
int rtn;
int i;
// Pass on the target and dependents as arguments
Tstr target = Tenv::appGet("TARGET");
Tstr deps = Tenv::appGet("DEPS");
char *d = (char*)malloc(strlen((char const*)deps)+1);
strcpy(d, (char const*)deps);
char *p = d;
char *q = p;
argv[0] = INTERNAL_SHELL;
argv[1] = (char const*)target;
while (isspace(*p)) p++;
for (i = 2; (i < 1023) && ('\0' != *p); i++)
{
q = p;
while ((!isspace(*p)) && ('\0' != *p)) p++;
*(p++) = '\0';
while (isspace(*p)) p++;
argv[i] = q;
}
argv[i] = NULL;
rtn = msh(comm, argv, envp);
// Free the space
free(d);
if (0 != rtn) printT("Build failed [%d]\n", rtn);
status = rtn;
}
else if (NULL != (script = makeScript(comm)))
{
// Use the internal shell
int rtn;
int i;
// Pass on the target and dependents as arguments
Tstr target = Tenv::appGet("TARGET");
Tstr deps = Tenv::appGet("DEPS");
char *d = (char*)malloc(strlen((char const*)deps)+1);
strcpy(d, (char const*)deps);
char *p = d;
char *q = p;
argv[0] = INTERNAL_SHELL;
argv[1] = (char const*)target;
while (isspace(*p)) p++;
for (i = 2; (i < 1023) && ('\0' != *p); i++)
{
q = p;
while ((!isspace(*p)) && ('\0' != *p)) p++;
*(p++) = '\0';
while (isspace(*p)) p++;
argv[i] = q;
}
argv[i] = NULL;
rtn = MYspawnve(MY_WAIT, (char*)script, argv, envp);
// Free the space
free(d);
unlink((char*)script);
if (0 != rtn) printT("Build failed [%d]\n", rtn);
status = rtn;
}
return(status);
}
