/
guipanel.cpp
1286 lines (1091 loc) · 39.9 KB
/
guipanel.cpp
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/* OpenBRF -- by marco tarini. Provided under GNU General Public License */
//#include <QtGui>
#include <QCompleter>
#include <QMenu>
#include "guipanel.h"
#include "ui_guipanel.h"
#include "brfData.h"
#include "iniData.h"
static void alignY(QWidget *a, const QWidget *b){
QRect ar = a->geometry();
int h = ar.height();
ar.setTop(b->geometry().top());
ar.setHeight(h);
a->setGeometry(ar);
}
static void alignYAfter(QWidget *a, const QWidget *b){
QRect ar = a->geometry();
int h = ar.height();
ar.setTop(b->geometry().bottom()+10);
ar.setHeight(h);
a->setGeometry(ar);
}
class BodyPartModel : public QAbstractListModel{
public:
BodyPartModel(QObject *parent)
: QAbstractListModel(parent)
{ vec.clear(); }
QStringList vec;
int getSize() const { return vec.size(); }
void clear(){
if (vec.size()>0) {
vec.clear();
emit(layoutChanged());
}
}
void setBody(const BrfBody &b){
int size = (int)b.part.size();
emit(layoutAboutToBeChanged());
vec.clear();
for (int i=0; i<size; i++) vec.push_back(b.part[i].name());
emit(layoutChanged());
emit(this->dataChanged(createIndex(0,0),createIndex(1,100)));
}
void setSkel(const BrfSkeleton &s){
int size = (int)s.bone.size();
emit(layoutAboutToBeChanged());
vec.clear();
for (int i=0; i<size; i++) vec.push_back(QString("%1 %2").arg(i).arg(s.bone[i].name));
emit(layoutChanged());
emit(this->dataChanged(createIndex(0,0),createIndex(1,100)));
}
void setBodyWithSkel(const BrfBody &b, const BrfSkeleton &s){
int size = (int)b.part.size();
if ((int)s.bone.size()!=size) {
setBody(b); return;
}
emit(layoutAboutToBeChanged());
vec.clear();
for (int i=0; i<size; i++) {
if (b.part[i].IsEmpty()) {
vec.push_back(QString("(%1)").arg(s.bone[i].name));
} else {
vec.push_back(s.bone[i].name);
}
}
emit(layoutChanged());
emit(this->dataChanged(createIndex(0,0),createIndex(1,100)));
}
int rowCount(const QModelIndex &/*parent*/) const {return getSize();}
int columnCount(const QModelIndex &/*parent*/) const {return 1;}
QVariant data(const QModelIndex &index, int role) const
{
if (role==Qt::DisplayRole) {
int i= index.row();
if (i<vec.size() && i>=0)
return (vec[i]);
}
return QVariant();
}
QVariant headerData(int /*section*/, Qt::Orientation /*orientation*/, int /*role*/) const
{return QString("header");}
QModelIndex pleaseCreateIndex(int a, int b){return createIndex(a,b);}
};
class TextureAccessModel : public QAbstractListModel{
public:
TextureAccessModel(QObject *parent)
: QAbstractListModel(parent)
{ size = 0; }
int size;
void setSize(int i){
if (size!=i) {
emit(layoutAboutToBeChanged());
size=i;
emit(layoutChanged());
//emit(this->dataChanged(createIndex(0,0),createIndex(1,100)));
}
}
int rowCount(const QModelIndex &/*parent*/) const {return size;}
int columnCount(const QModelIndex &/*parent*/) const {return 1;}
QVariant data(const QModelIndex &index, int role) const
{
if (role==Qt::DisplayRole) {
switch (index.row()) {
case 0: return QString("1st");
case 1: return QString("2nd");
case 2: return QString("3rd");
default: return QString("%1th").arg(index.row()+1);
}
}
else return QVariant();
}
QVariant headerData(int /*section*/, Qt::Orientation /*orientation*/, int /*role*/) const
{return QString("header");}
QModelIndex pleaseCreateIndex(int a, int b){return createIndex(a,b);}
};
void GuiPanel::setIniData(const IniData &inidata){
QCompleter *c = new QCompleter( inidata.namelist[TEXTURE] );
ui->leMatDifA->setCompleter(c);
ui->leMatDifB->setCompleter(c);
ui->leMatBump->setCompleter(c);
ui->leMatEnv->setCompleter(c);
ui->leMatSpec->setCompleter(c);
//ui->leMatSpec->completer()->setCompletionMode(QCompleter::InlineCompletion);
QCompleter *d = new QCompleter( inidata.namelist[SHADER] );
ui->leMatShader->setCompleter(d);
QCompleter *e = new QCompleter( inidata.namelist[MATERIAL] );
ui->boxMaterial->setCompleter(e);
}
QLineEdit* GuiPanel::materialLeFocus(){
switch (curMaterialFocus){
case DIFFUSEA: return ui->leMatDifA;
case DIFFUSEB: return ui->leMatDifB;
case SHADERNAME: return ui->leMatShader;
case SPECULAR: return ui->leMatSpec;
case BUMP: return ui->leMatBump;
case ENVIRO: return ui->leMatEnv;
}
return NULL;
}
void GuiPanel::setTextureData(DdsData d){
if (displaying==TEXTURE) {
//if (_selectedIndex<0) {
// // multiple sel
//} else
{
ui->boxTextureFileSize->display(d.filesize/1024);
ui->boxTextureMipmap->display(d.mipmap);
ui->boxTextureResX->display(d.sx);
ui->boxTextureResY->display(d.sy);
switch (d.location) {
//UNKNOWN, NOWHERE, COMMON, MODULE, LOCAL
default: ui->boxOrigin->setText(tr("unknown")); break;
case 1: ui->boxOrigin->setText(tr("not-found")); break;
case 2: ui->boxOrigin->setText(tr("common")); break;
case 3: ui->boxOrigin->setText(tr("module")); break;
case 4: ui->boxOrigin->setText(tr("local")); break;
}
switch (d.ddxversion) {
case 1: ui->boxTextureFormat->setText(tr("DXT 1 (1bit alpha)")); break;
case 3: ui->boxTextureFormat->setText(tr("DXT 3 (sharp alpha)")); break;
case 5: ui->boxTextureFormat->setText(tr("DXT 5 (smooth alpha)")); break;
default: ui->boxTextureFormat->setText(tr("unknown")); break;
}
}
/*
ui->rbAlphaColor->setEnabled(alpha);
ui->rbAlphaTransparent->setEnabled(alpha);
*/
}
}
void GuiPanel::quickToggleHideSkin(){
static int indexBackup = 1;
//on=!on;
int cur = ui->cbSkin->currentIndex();
if (cur==0) ui->cbSkin->setCurrentIndex(indexBackup); else{
indexBackup = cur;
ui->cbSkin->setCurrentIndex(0);
}
}
void GuiPanel::updateHighlight(){
}
void GuiPanel::setMeasuringTool(int toolNo){
ui->viewRuler->setVisible( toolNo == 0);
ui->cbRuler->setChecked(toolNo == 0);
ui->viewFloatingProbe->setVisible( toolNo == 1);
ui->cbFloatingProbe->setChecked(toolNo == 1);
}
void GuiPanel::onEditFloatingProbePos(){
float x = ui->floatingProbeX->value();
float y = ui->floatingProbeY->value();
float z = ui->floatingProbeZ->value();
emit notifyFloatingProbePos(x,y,z);
}
void GuiPanel::setFloatingProbePos(float x, float y, float z){
ui->floatingProbeX->blockSignals(true);
ui->floatingProbeY->blockSignals(true);
ui->floatingProbeZ->blockSignals(true);
if (z==z) {
ui->floatingProbeX->setSingleStep(5);
ui->floatingProbeY->setSingleStep(5);
ui->floatingProbeZ->setSingleStep(5);
ui->floatingProbeX->setDecimals(1);
ui->floatingProbeY->setDecimals(1);
ui->floatingProbeZ->setDecimals(1);
ui->floatingProbeZ->setValue(z);
ui->floatingProbeZ->setEnabled(true);
} else {
ui->floatingProbeZ->setValue(0);
ui->floatingProbeZ->setEnabled(false);
ui->floatingProbeX->setSingleStep(0.1);
ui->floatingProbeY->setSingleStep(0.1);
ui->floatingProbeZ->setSingleStep(0.1);
ui->floatingProbeX->setDecimals(3);
ui->floatingProbeY->setDecimals(3);
ui->floatingProbeZ->setDecimals(3);
}
ui->floatingProbeX->setValue(x);
ui->floatingProbeY->setValue(y);
ui->floatingProbeX->blockSignals(false);
ui->floatingProbeY->blockSignals(false);
ui->floatingProbeZ->blockSignals(false);
}
GuiPanel::GuiPanel(QWidget *parent, IniData &id) :
QWidget(parent),
inidata(id),
ui(new Ui::GuiPanel)
{
reference = NULL;
curMaterialFocus = DIFFUSEA;
//mapMT = mm;
_selectedIndex = -1;
ui->setupUi(this);
// ui->attributeData->tabBar()->setContentsMargins(-4,0,-4,0);
QTabWidget *tw = ui->attributeData;
int mar = 0;
tw->setStyleSheet(QString("QTabBar::tab { width: %1px;padding-top: 1px; padding-bottom: 1px;margin-right: %2px;margin-left: %2px;} ")
.arg((tw->size().width()+(2*mar*tw->count())-1)/tw->count()).arg(-mar)
);
ui->wiBodyAxisA->setVisible(false);
ui->wiBodyAxisB->setVisible(false);
ui->wiBodyRadius->setVisible(false);
ui->wiBodyNFaces->setVisible(false);
ui->wiBodyNVerts->setVisible(false);
ui->wiBodySigns->setVisible(false);
ui->wiBodyFlags->setVisible(false);
ui->bodyData->setVisible(false);
ui->meshData->setVisible(false);
ui->textureData->setVisible(false);
ui->animationData->setVisible(false);
ui->materialData->setVisible(false);
ui->skeletonData->setVisible(false);
ui->shaderData->setVisible(false);
ui->hitboxEdit->setVisible(false);
ui->viewRuler->setVisible(false);
ui->viewFloatingProbe->setVisible(false);
ui->generalView->setVisible(false);
ui->vertexData->setVisible(false);
ui->lvTextAcc->setModel( new TextureAccessModel(this) );
ui->lvBodyPart->setModel( new BodyPartModel(this) );
ui->lvBones->setModel( new BodyPartModel(this) );
//ui->frameNumber->setBackgroundRole(QPalette::Foreground);
//ui->frameNumberAni->setBackgroundRole(QPalette::Foreground);
alignY(ui->textureData ,ui->meshData);
alignY(ui->materialData ,ui->meshData);
alignY(ui->animationData,ui->meshData);
alignY(ui->skeletonData,ui->meshData);
alignY(ui->shaderData, ui->meshData);
alignY(ui->bodyData, ui->meshData);
alignYAfter(ui->hitboxEdit, ui->skeletonData);
alignY(ui->vertexData, ui->meshData);
//alignYAfter(ui->vertexData , ui->meshData );
QString flagMask(">Hhhhhhhh");
ui->boxFlags->setInputMask(flagMask);
ui->boxTextureFlags->setInputMask(flagMask);
ui->leMatFlags->setInputMask(flagMask);
ui->leShaderFlags->setInputMask(flagMask);
ui->leShaderTaFlags->setInputMask(flagMask);
ui->leBodyFlags->setInputMask(flagMask);
ui->leShaderRequires->setInputMask(flagMask);
skel = NULL;
//ui->leMatR->setInputMask("0.0000");
//ui->leMatG->setInputMask("0.0000");
//ui->leMatB->setInputMask("0.0000");
//ui->leMatCoeff->setInputMask("0000");
//ui->timeOfFrame->setInputMask("0000");
textureAccessDup = new QAction("Duplicate",this);
textureAccessDel = new QAction("Remove",this);
textureAccessAdd = new QAction("Add",this);
bodyPartDup = new QAction("Duplicate",this);
bodyPartDel = new QAction("Remove",this);
bodyPartAdd = new QAction("Add",this);
connect(ui->cbSkin, SIGNAL(currentIndexChanged(QString)), this, SLOT(updateVisibility()));
connect(ui->cbRefani, SIGNAL(currentIndexChanged(QString)), this, SLOT(updateVisibility()));
connect(ui->cbRuler, SIGNAL(stateChanged(int)), this, SLOT(updateVisibility()));
connect(ui->cbRefani, SIGNAL(currentIndexChanged(QString)), this, SLOT(updateRefAnimation()));
connect(ui->rulerSlid, SIGNAL(sliderMoved (int)), this, SLOT(setRulerLenght(int)));
connect(ui->rulerSpin, SIGNAL(valueChanged(int)), this, SLOT(setRulerLenght(int)));
connect(ui->lvTextAcc->selectionModel(), SIGNAL(selectionChanged(QItemSelection,QItemSelection)),
this, SLOT(updateShaderTextaccData()));
connect(ui->lvBodyPart->selectionModel(), SIGNAL(selectionChanged(QItemSelection,QItemSelection)),
this, SLOT(updateBodyPartData()));
connect(ui->lvBones->selectionModel(), SIGNAL(selectionChanged(QItemSelection,QItemSelection)),
this, SLOT(updateSelectedBone()));
// skeleton direct editing
connect(ui->editHbRange, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbLenTop, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbLenBot, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbPosX, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbPosY, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbPosZ, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbRotAlpha, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
connect(ui->editHbRotBeta, SIGNAL(actionTriggered(int)),this,SLOT(onEditHitbox(int)));
QString st = tr(" (keep [shift] pressed to nudge)");
ui->editHbRange->setStatusTip(ui->editHbRange->statusTip()+st);
ui->editHbLenTop->setStatusTip(ui->editHbLenTop->statusTip()+st);
ui->editHbLenBot->setStatusTip(ui->editHbLenBot->statusTip()+st);
ui->editHbPosX->setStatusTip(ui->editHbPosX->statusTip()+st);
ui->editHbPosY->setStatusTip(ui->editHbPosY->statusTip()+st);
ui->editHbPosZ->setStatusTip(ui->editHbPosZ->statusTip()+st);
ui->editHbRotAlpha->setStatusTip(ui->editHbRotAlpha->statusTip()+st);
ui->editHbRotBeta->setStatusTip(ui->editHbRotBeta->statusTip()+st);
connect(ui->editHbActive, SIGNAL(stateChanged(int)),this,SLOT(setHbEditVisible(int)));
connect(ui->floatingProbeX,SIGNAL(valueChanged(double)),this,SLOT(onEditFloatingProbePos()));
connect(ui->floatingProbeY,SIGNAL(valueChanged(double)),this,SLOT(onEditFloatingProbePos()));
connect(ui->floatingProbeZ,SIGNAL(valueChanged(double)),this,SLOT(onEditFloatingProbePos()));
// add a shortcut to hide/show skin
quickToggleHideSkinAct = new QAction(this);
quickToggleHideSkinAct->setShortcut(QKeySequence("space"));
//quickToggleHideSkinAct->setShortcutContext(Qt::ApplicationShortcut);
connect(quickToggleHideSkinAct, SIGNAL(triggered()),this,SLOT(quickToggleHideSkin()));
ui->cbSkin->addAction(quickToggleHideSkinAct);
connect(ui->cbFloatingProbe,SIGNAL(toggled(bool)),parent,SLOT(activateFloatingProbe(bool)));
connect(ui->cbRuler,SIGNAL(toggled(bool)),parent,SLOT(activateRuler(bool)));
}
void GuiPanel::setEditingVertexData(bool mode){
/*if (mode) {
ui->meshDataAni->setParent(ui->vertexData );
} else {
ui->meshDataAni->setParent(ui->meshData );
}*/
ui->vertexData->setVisible( mode );
ui->meshData->setVisible( !mode );
}
void GuiPanel::onEditHitbox(int k){
int dir = 0;
if (k==QAbstractSlider::SliderSingleStepSub) dir = +1;
if (k==QAbstractSlider::SliderSingleStepAdd) dir = -1;
if (dir==0) return;
QObject *sender = this->sender();
if (sender==ui->editHbRange) { emit editHitbox( BrfBodyPart::RADIUS, dir ); } else
if (sender==ui->editHbPosX) { emit editHitbox( BrfBodyPart::POSX, dir ); } else
if (sender==ui->editHbPosY) { emit editHitbox( BrfBodyPart::POSY, dir ); } else
if (sender==ui->editHbPosZ) { emit editHitbox( BrfBodyPart::POSZ, dir ); } else
if (sender==ui->editHbRotAlpha) { emit editHitbox( BrfBodyPart::ROTX, dir ); } else
if (sender==ui->editHbRotBeta) { emit editHitbox( BrfBodyPart::ROTY, dir ); } else
if (sender==ui->editHbLenBot) { emit editHitbox( BrfBodyPart::LEN_BOT, dir ); } else
if (sender==ui->editHbLenTop) { emit editHitbox( BrfBodyPart::LEN_TOP, dir ); }
}
void GuiPanel::setHbEditVisible(int vis){
QObjectList ol = ui->hitboxEdit->children();
for (int i=0; i<ol.size(); i++) {
//QObject &o (ol[i]);
if (ol[i]->isWidgetType()) {
QWidget* w = qobject_cast<QWidget*>(ol[i]);
if (w!=ui->editHbActive) w->setVisible(vis);
}
}
}
static QString String(int i){
return QString("%1").arg(i);
}
static QString StringF(float i, int precision=4){
return QString("%1").arg(i,0,'f',precision);
}
static QString StringH(unsigned int i){
return QString("%1").arg(i,0,16).toUpper();
}
void GuiPanel::setAnimation(const BrfAnimation* ){
if (!reference) return;
if (!ui) return;
if (!ui->cbRefSkel) return;
int n = ui->cbRefSkel->currentIndex();
ui->cbRefSkel->clear();
for (unsigned int i=0; i<reference->skeleton.size(); i++)
//if (a->nbones==(int)reference->skeleton[i].bone.size())
ui->cbRefSkel->addItem(reference->skeleton[i].name);
if (n<0 || n>=ui->cbRefSkel->count()) n=0;
ui->cbRefSkel->setCurrentIndex(n);
}
void GuiPanel::updateRefAnimation(){
if (!reference) return;
int a=ui->cbRefani->currentIndex()-1;
setRefAnimation(a);
}
void GuiPanel::setRefAnimation(int i){
if (reference)
if (i>=0 && i<(int)reference->animation.size())
setAnimation(&(reference->animation[i]));
}
void GuiPanel::setReference(BrfData* r){
ui->cbRefani->clear();
ui->cbRefani->addItem("no anim");
reference = r;
for (unsigned int i=0; i<r->animation.size(); i++)
ui->cbRefani->addItem(r->animation[i].name);
int n = r->GetFirstUnusedLetter();
ui->cbSkin->clear();
ui->cbSkin->addItem("none");
for (char a='A'; a<'A'+n; a++)
ui->cbSkin->addItem(tr("Mesh-set %1").arg(a));
}
int GuiPanel::getCurrentSkeletonIndex() const{
return ui->cbRefSkel->currentIndex();
}
int GuiPanel::getCurrentSubpieceIndex(int type) const{
if (type==SHADER) {
if (!ui->lvTextAcc->selectionModel()) return -1;
QModelIndexList il = ui->lvTextAcc->selectionModel()->selectedIndexes();
if (il.size()>0) {
int i = il.first().row();
if (i<ui->lvTextAcc->model()->rowCount())
return i;
}
}
if (type==BODY) {
if (!ui->lvBodyPart->selectionModel()) return -1;
QModelIndexList il = ui->lvBodyPart->selectionModel()->selectedIndexes();
if (il.size()>0) {
int i = il.first().row();
if (i<ui->lvBodyPart->model()->rowCount())
return i;
}
}
if (type==SKELETON) {
if (!ui->lvBones->selectionModel()) return -1;
QModelIndexList il = ui->lvBones->selectionModel()->selectedIndexes();
if (il.size()>0) {
int i = il.first().row();
if (i<ui->lvBones->model()->rowCount())
return i;
}
}
if (type==MESH) {
if (! (ui->meshDataAni->isVisible())) return 0;
return (ui->frameNumber->value());
}
return -1;
}
void GuiPanel::updateBodyPartSize(){
updateBodyPartData();
}
void GuiPanel::updateSelectedBone(){
int subSel = getCurrentSubpieceIndex(SKELETON);
bool enable = false;
bool active = false;
bool ragdollOnly = false;
if (hitBoxes && data && ((int)data->skeleton.size()>_selectedIndex) && (_selectedIndex>=0) ) {
int sel = hitBoxes->Find(data->skeleton[_selectedIndex].name,BODY);
if ( (sel>=0) && (subSel>=0) && ((int)hitBoxes->body[sel].part.size()>subSel) ){
enable = true;
active = !hitBoxes->body[sel].part[subSel].IsEmpty();
if (active) ragdollOnly = hitBoxes->body[sel].part[subSel].flags & 1;
}
}
ui->editHbActive->setEnabled(enable);
ui->editHbActive->setChecked(active);
ui->editHbRagdollOnly->setChecked(ragdollOnly);
// activate hitbox visualization
if (!ui->cbHitboxes->isChecked() && ui->cbSkelHasHitbox->isChecked()) ui->cbHitboxes->click();
setHbEditVisible(active);
emit selectedSubPiece(subSel);
// a new bone has been selected...
ui->hitboxEdit->setVisible(true);
}
void GuiPanel::updateBodyPartData(){
int sel=_selectedIndex;
if (sel>=(int)data->body.size()) return;
if (sel<0) return;
BrfBody &b(data->body[sel]);
BodyPartModel* bmp = ((BodyPartModel*)(ui->lvBodyPart->model()));
if (skel) bmp->setBodyWithSkel(b, *skel);
else bmp->setBody(b);
int ta=getCurrentSubpieceIndex(BODY) ;
if (ta>=(int)b.part.size()) return;
if (ta<0) return;
BrfBodyPart p(b.part[ta]);
bool vis[7]={false,false,false,false,false, false ,false};
ui->leBodyFlags->setText(StringH( p.flags));
if (p.ori==-1)
ui->leBodySign->setText("-1");
else
ui->leBodySign->setText("+1");
switch (p.type)
{
case BrfBodyPart::SPHERE:
//ui->labelAxisRadius->setText("center:");
ui->leBodyAX->setText( StringF( p.center.X() ));
ui->leBodyAY->setText( StringF( p.center.Y() ));
ui->leBodyAZ->setText( StringF( p.center.Z() ));
ui->leBodyRad->setText( StringF( p.radius ));
vis[0]=true; vis[2]=true; vis[5]=true;
break;
case BrfBodyPart::CAPSULE:
//ui->labelAxisRadius->setText("axisA:");
ui->leBodyAX->setText( StringF( p.center.X() ));
ui->leBodyAY->setText( StringF( p.center.Y() ));
ui->leBodyAZ->setText( StringF( p.center.Z() ));
ui->leBodyBX->setText( StringF( p.dir.X() ));
ui->leBodyBY->setText( StringF( p.dir.Y() ));
ui->leBodyBZ->setText( StringF( p.dir.Z() ));
{
bool ok; float cur=ui->leBodyRad->text().toFloat(&ok);
if ( (p.radius != cur) || !ok) // don't overwrite radius if it says the right number already
ui->leBodyRad->setText( StringF( p.radius ));
}
vis[2]=true; // show radius
if (!p.IsEmpty()) {
vis[0]=true; vis[1]=true; // don't show any more data if empty
if (!collisionBodyHasSkel) // hack: don't show flags when editing hitboxes
vis[5]=true;
}
break;
case BrfBodyPart::FACE:
ui->leBodyNVert->display( (int)p.pos.size() );
vis[4]=true;vis[5]=true;
break;
case BrfBodyPart::MANIFOLD:
ui->leBodyNVert->display( (int)p.pos.size() );
ui->leBodyNFace->display( (int)p.face.size() );
vis[3]=true; vis[4]=true;vis[6]=true;
break;
default: break;
}
ui->wiBodyAxisA->setVisible(vis[0]);
ui->wiBodyAxisB->setVisible(vis[1]);
ui->wiBodyRadius->setVisible(vis[2]);
ui->wiBodyNFaces->setVisible(vis[3]);
ui->wiBodyNVerts->setVisible(vis[4]);
ui->wiBodyFlags->setVisible(vis[5]);
ui->wiBodySigns->setVisible(vis[6]);
emit selectedSubPiece(ta);
}
void GuiPanel::updateShaderTextaccSize(){
int sel=_selectedIndex;
if (sel>=(int)data->shader.size()) return;
if (sel<0) return;
BrfShader &s(data->shader[sel]);
int ta=getCurrentSubpieceIndex(SHADER) ;
TextureAccessModel* tam =((TextureAccessModel*)(ui->lvTextAcc->model()));
tam->setSize( s.opt.size() );
if (ta<0 || ta>=(int)s.opt.size()) {
ui->lvTextAcc->selectionModel()->select(
tam->pleaseCreateIndex(0,0),
QItemSelectionModel::Select
);
ta=getCurrentSubpieceIndex(SHADER) ;
}
updateShaderTextaccData();
}
void GuiPanel::updateShaderTextaccData(){
int sel=_selectedIndex;
if (sel>=(int)data->shader.size()) return;
if (sel<0) return;
BrfShader &s(data->shader[sel]);
int ta=getCurrentSubpieceIndex(SHADER) ;
if (ta>=(int)s.opt.size()) return;
if (ta>=0) {
ui->leShaderTaColorOp->setText( String(s.opt[ta].colorOp) );
ui->leShaderTaAlphaOp->setText( String(s.opt[ta].alphaOp) );
ui->leShaderTaFlags->setText( StringH(s.opt[ta].flags) );
ui->leShaderTaMap ->setText( String(s.opt[ta].map) );
} else {
ui->leShaderTaColorOp->clear();
ui->leShaderTaAlphaOp->clear();
ui->leShaderTaFlags->clear();
ui->leShaderTaMap ->clear();
}
}
void myClear(QLineEdit *l){
l->blockSignals(true);
l->setText("");
l->setFrame(true);
l->setForegroundRole(QPalette::Link);
l->setBackgroundRole(QPalette::Base);
l->blockSignals(false);
}
void myClear(QLCDNumber *qlc){
qlc->display(QString());
qlc->setFrameStyle(0x21);
}
void myClear(QSpinBox *qsb){
qsb->blockSignals(true);
qsb->clear();//setValue(0);
qsb->setFrame(true);
qsb->blockSignals(false);
}
void mySetText(QLineEdit *l, QString s){
l->blockSignals(true);
QString old = l->text();
if (l->hasFrame() && old.isEmpty() ) l->setText(s);
else {
if (s!=old) {
if (l->isEnabled()) {
l->setText("");
l->setBackgroundRole(QPalette::Button);//QPalette::AlternateBase);
l->setFrame(false);
}
else
l->setText("<various>");
//qDebug("Was '%s' is '%s'",s.toLatin1().data(), old.toLatin1().data() );
}
}
//QFont f = l->font();
//f.setItalic(s=="none");
//l->setFont(f);
l->blockSignals(false);
}
void mySetText(QSpinBox *l, int i){
l->blockSignals(true);
if (l->hasFrame() && l->text().isEmpty()){
l->setValue(i);
} else {
if (l->value()!=i) {
l->clear();
l->setBackgroundRole(QPalette::Button);//QPalette::AlternateBase);
l->setFrame(false);
}
}
l->blockSignals(false);
}
void mySetValueAdd(QLCDNumber *qlc, int n){
qlc->display(n+qlc->value());
}
void mySetValueMax(QLCDNumber *qlc, int n){
if (n>qlc->value())
qlc->display(n);
}
void mySetValue(QLCDNumber *l, int n){
if (l->frameStyle()==0x21 && l->value()==0)
l->display(n);
if (l->frameStyle()==0x21 && l->value()!=0 && l->value()!=n) {
l->display(QString());
l->setFrameStyle(0x31);
}
}
static void mySetCompositeVal(int &a, bool b){
if (a==-1) a=(b)?2:0;
else if (a==2) a=(b)?2:1;
else if (a==0) a=(b)?1:0;
}
static Qt::CheckState myCheckState(int a){
switch (a) {
case 1: return Qt::PartiallyChecked;
case 2: return Qt::Checked;
default: return Qt::Unchecked;
}
}
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:
{