int main(){
int i;
std::cout << ">>>>>>>>>>refence test<<<<<<<<<<<" << std::endl;
refenceValue ref1( 1, 1);
refenceValue ref2( 2, 2);
refenceValue ref3 = ref2;
refenceValue ref4(ref2);
refenceValue *ref5 = new refenceValue(123, 321);
refenceValue &ref6 = *ref5;
*ref5=(ref4);
// refenceValue& ref4;
std::cout << "ref1: " << ref1.a << " and " << ref1.b << std::endl;
std::cout << "ref2: " << ref2.a << " and " << ref2.b << std::endl;
std::cout << "ref3: " << ref3.a << " and " << ref3.b << std::endl;
std::cout << "ref4: " << ref4.a << " and " << ref4.b << std::endl;
std::cout << "ref5: " << ref5->a << " and " << ref5->b << std::endl;
///dangerous statement.
delete ref5;
int *p = new int[10000];
//memset(p, 0, sizeof(p));
for(i = 0; i < 10000; i++)
{
p[i] = 1;
}
std::cout << "i = " << i << ";" << std::endl;
std::cout << "ref6: " << ref6.a << " and " << ref6.b << std::endl;
std::cout << std::endl;
setRefenceValue mySetRefe;
mySetRefe( ref2 );
std::cout << "ref2: " << ref2.a << " and " << ref2.b << std::endl;
std::cout << std::endl;
setValue mySetValue;
mySetValue( ref1 );
std::cout << "ref1: " << ref1.a << " and " << ref1.b << std::endl;
delete p;
}
void GuiPanel::setSelection(const QModelIndexList &newsel, int k){
int sel=-1;
int nsel = (int)newsel.size();
if (newsel.size()!=0) sel = newsel[0].row();
//bool vertexani=false;
//bool skinned=false;
//bool vertexcolor=false;
/*bool manyMaterials=false;
int flags=-1;
char materialSt[255]="";
bool differentAni = false;
int nv=0, nf=0, nfr=0, np=0;
int last = -1;
for (QModelIndexList::ConstIterator i=newsel.constBegin(); i!=newsel.constEnd(); i++){
sel = i->row();
if (k==MESH && sel<(int)data->mesh.size() ) {
BrfMesh *m = &(data->mesh[sel]);
skinned |= m->IsSkinned();
vertexani |= m->frame.size()>1;
vertexcolor |= m->hasVertexColor;
np += m->frame[0].pos.size();
nv += m->vert.size();
int k = m->frame.size();
if (nfr>k || !nfr) nfr=k;
if (!differentAni) {
if (last!=-1) {
if (data->mesh[sel].frame.size()!=data->mesh[last].frame.size()) differentAni=true;
else for (unsigned int fi=0; fi < data->mesh[sel].frame.size(); fi++)
if (data->mesh[sel].frame[fi].time!=data->mesh[last].frame[fi].time) differentAni=true;
} else {
for (unsigned int fi=0; fi < data->mesh[sel].frame.size(); fi++)
_frameTime[fi]=data->mesh[sel].frame[fi].time;
}
last = sel;
}
nf += m->face.size();
if (!materialSt[0]) sprintf(materialSt,"%s",m->material);
else if (strcmp(materialSt,m->material)) {
sprintf(materialSt,"%s","<various>");
manyMaterials=true;
}
if (flags==-1) flags=m->flags; else {
if (flags!=(int)m->flags) flags=-2;
}
}
}
if (k==-1) k=NONE;
BrfMesh *m = NULL;
BrfTexture *tex = NULL;
BrfAnimation *ani = NULL;
*/
_selectedIndex = sel;
//_nsel =
switch (TokenEnum(k)){
case MATERIAL:{
myClear(ui->leMatBump);
myClear(ui->leMatDifA);
myClear(ui->leMatDifB);
myClear(ui->leMatEnv);
myClear(ui->leMatShader);
myClear(ui->leMatSpec);
myClear(ui->leMatFlags);
//myClear(ui->leMatRendOrd);
myClear(ui->leMatCoeff);
myClear(ui->leMatR);
myClear(ui->leMatG);
myClear(ui->leMatB);
for (QModelIndexList::ConstIterator i=newsel.constBegin(); i!=newsel.constEnd(); i++){
int sel = i->row();
if (sel<0 || sel>=(int)data->material.size()) break;
BrfMaterial &m(data->material[sel]);
mySetText(ui->leMatBump, m.bump );
mySetText(ui->leMatDifA, m.diffuseA );
mySetText(ui->leMatDifB, m.diffuseB );
mySetText(ui->leMatEnv, m.enviro);
mySetText(ui->leMatShader,m.shader );
mySetText(ui->leMatSpec, m.spec );
mySetText(ui->leMatFlags, StringH(m.flags) );
//mySetText(ui->leMatRendOrd, m.RenderOrder() );
mySetText(ui->leMatCoeff, StringF(m.specular,3) );
mySetText(ui->leMatR, StringF( m.r ,3));
mySetText(ui->leMatG, StringF( m.g ,3));
mySetText(ui->leMatB, StringF( m.b ,3));
}
break;
}
case MESH: {
myClear(ui->boxFlags);
myClear(ui->boxMaterial);
myClear(ui->boxTexture);
myClear(ui->boxNVerts);
myClear(ui->boxNFaces);
myClear(ui->boxNPos);
myClear(ui->boxNVerts);
myClear(ui->boxNFrames);
ui->meshDataAni->setVisible(false);
ui->rbRiggingcolor->setEnabled(false);
ui->rbVertexcolor->setEnabled(false);
ui->viewRefAni->setVisible( false );
int hasAni=-1,hasCol=-1,hasTan=-1,hasRig=-1;
bool hasBump=false, hasSpec=false, hasTran = false;
for (QModelIndexList::ConstIterator i=newsel.constBegin(); i!=newsel.constEnd(); i++){
int sel = i->row();
if (sel<0 || sel>=(int)data->mesh.size()) continue;
BrfMesh *m=&(data->mesh[sel]);
mySetText(ui->boxFlags, StringH(m->flags & ~(3<<16) ));
mySetText( ui->boxMaterial , m->material );
mySetValueAdd( ui->boxNVerts , (int)m->vert.size());
mySetValueAdd( ui->boxNFaces , (int)m->face.size());
mySetValueAdd( ui->boxNPos , (int)m->frame[0].pos.size());
mySetValueMax( ui->boxNFrames, (int)m->frame.size());
mySetCompositeVal(hasAni, m->HasVertexAni());
mySetCompositeVal(hasCol, m->hasVertexColor);
mySetCompositeVal(hasTan, m->StoresTangentField());
mySetCompositeVal(hasRig, m->IsSkinned());
bool ta,tb,tc;
QString s = inidata.mat2tex(m->material,&ta,&tb,&tc);
if (s.isEmpty()) s = tr("<not found>");
hasBump |= ta;
hasSpec |= tb;
hasTran |= tc;
mySetText( ui->boxTexture, s );
for (unsigned int fi=0; fi < m->frame.size(); fi++)
frameTime[fi]=m->frame[fi].time;
}
if (hasRig>0) {
ui->rbRiggingcolor->setEnabled( true );
ui->viewRefAni->setVisible( true );
}
if (hasCol>0) ui->rbVertexcolor->setEnabled(true);
if (hasAni>0) ui->meshDataAni->setVisible(true);
ui->cbMeshHasAni->setCheckState(myCheckState(hasAni));
ui->cbMeshHasCol->setCheckState(myCheckState(hasCol));
ui->cbMeshHasTan->setCheckState(myCheckState(hasTan));
ui->cbMeshHasRig->setCheckState(myCheckState(hasRig));
ui->cbTransp->setEnabled( hasTran );
ui->cbNormalmap->setEnabled( hasBump );
ui->cbSpecularmap->setEnabled( hasSpec );
ui->timeOfFrame->setEnabled( newsel.size()==1 );
int nfr = (int)ui->boxNFrames->value();
if (nfr>0)
ui->frameNumber->setMaximum(nfr -1 );
ui->frameNumber->setMinimum( 0 );
ui->frameNumber->setWrapping(true);
break;
}
case TEXTURE:
myClear(ui->boxTextureFlags);
for (QModelIndexList::ConstIterator i=newsel.constBegin(); i!=newsel.constEnd(); i++){
int j=i->row();
if (j>=0 && j<(int)data->texture.size())
mySetText(ui->boxTextureFlags,StringH(data->texture[j].flags));
int nf = data->texture[j].NFrames();
if (nf==0)
ui->labNFrames->setHidden(true);
else {
ui->labNFrames->setHidden(false);
ui->labNFrames->setText(QString("x %1").arg(nf));
}
}
break;
case SKELETON: {
{
int hasHb=-1;
myClear(ui->boxSkelNBones);
for (QModelIndexList::ConstIterator i=newsel.constBegin(); i!=newsel.constEnd(); i++){
int sel = i->row();
if (sel<0 || sel>=(int)data->skeleton.size()) continue;
BrfSkeleton *s=&(data->skeleton[sel]);
int bi=-1;
if (hitBoxes) bi = hitBoxes->Find(s->name,BODY);
mySetCompositeVal(hasHb,bi>=0);
mySetValue(ui->boxSkelNBones,(int)s->bone.size());
}
ui->cbSkelHasHitbox->setCheckState(myCheckState(hasHb));
}
ui->cbTransp->setEnabled( true );
ui->cbNormalmap->setEnabled( true );
ui->cbSpecularmap->setEnabled( true );
BodyPartModel* bmp = ((BodyPartModel*)(ui->lvBones->model()));
if (sel>=0 && nsel==1 && sel<(int)data->skeleton.size()) {
BrfSkeleton &s(data->skeleton[sel]);
bmp->setSkel(s);
} else bmp->clear();
emit selectedSubPiece(-1); // unselect all
ui->lvBones->selectionModel()->clearSelection();
ui->hitboxEdit->setVisible(false); // until a piece is not selected
break; }
case ANIMATION:
{
myClear(ui->boxAniNBones);
myClear(ui->boxAniNFrames);
myClear(ui->boxAniMinFrame);
myClear(ui->boxAniMaxFrame);
for (QModelIndexList::ConstIterator i=newsel.constBegin(); i!=newsel.constEnd(); i++){
int sel = i->row();
if (sel<0 || sel>=(int)data->animation.size()) continue;
BrfAnimation *a=&(data->animation[sel]);
mySetValue(ui->boxAniNBones,a->nbones);
mySetValue(ui->boxAniNFrames,a->frame.size());
mySetValue(ui->boxAniMinFrame,a->FirstIndex());
mySetValue(ui->boxAniMaxFrame,a->LastIndex() );
}
BrfAnimation *ani =NULL;
if (sel>=0 && nsel==1 && sel<(int)data->animation.size()) ani=&(data->animation[sel]);
if (ani) {
for (unsigned int fi=0; fi < ani->frame.size(); fi++)
frameTime[fi]=ani->frame[fi].index;
ui->frameNumberAni->setMaximum(ani->frame.size());
ui->frameNumberAni->setMinimum(1);
updateFrameNumber( ui->frameNumberAni->value() );
}
ui->cbTransp->setEnabled( true );
ui->cbNormalmap->setEnabled( true );
ui->cbSpecularmap->setEnabled( true );
ui->rbRiggingcolor->setEnabled( true ); // quick: use "true": just let user edit them
ui->rbVertexcolor->setEnabled( true );
ui->viewRefSkel->setVisible( true );
if (ani) setAnimation(ani);
}
break;
case SHADER:
{
if (!newsel.size()) break;
int sel = newsel[0].row();
if (sel<0 || sel>=(int)data->shader.size()) break;
BrfShader &s(data->shader[sel]);
ui->leShaderTechnique->setText( s.technique );
ui->leShaderFallback->setText( s.fallback );
ui->leShaderFlags->setText( StringH(s.flags) );
ui->leShaderRequires->setText( StringH(s.requires) );
updateShaderTextaccSize();
}
break;
case BODY:
bool collisionBodyHasMesh;
if (nsel==1) {
char* bodyname = data->body[sel].name;
int si = data->Find(bodyname,SKELETON);
collisionBodyHasSkel= (si>=0);
if (si>=0) skel = &(data->skeleton[si]); else skel = NULL;
collisionBodyHasMesh = false;
for (int i=0; i<(int)data->mesh.size(); i++) {
if (data->mesh[i].IsNamedAsBody(bodyname)) collisionBodyHasMesh = true;
}
} else {
collisionBodyHasMesh = true;
collisionBodyHasSkel = false;
}
ui->cbComparisonMesh->setEnabled( collisionBodyHasMesh || collisionBodyHasSkel );
updateBodyPartData();
break;
default:
break;
}
ui->animationData->setVisible(k == ANIMATION);
ui->textureData->setVisible(k == TEXTURE);
ui->meshData->setVisible(k == MESH);
ui->materialData->setVisible( k==MATERIAL );
ui->skeletonData->setVisible( k==SKELETON );
ui->shaderData->setVisible( k==SHADER );
ui->bodyData->setVisible( k==BODY );
ui->generalView->setVisible( k!=SHADER && k!=NONE );
QRect rect = ui->generalView->geometry();
if (k==MATERIAL)
rect.setTop( ui->materialData->geometry().bottom() + 40 );
else
rect.setTop( ui->meshData->geometry().bottom() + 40 );
ui->generalView->setGeometry(rect);
displaying=k;
updateVisibility();
updateFrameNumber( ui->frameNumber->value() );
}