bool InputDoubleN(const char* label, double* v, int components, const char* display_format, ImGuiInputTextFlags extra_flags)
{
ImGuiWindow* window = GetCurrentWindow();
if (window->SkipItems)
return false;
ImGuiContext& g = *GImGui;
bool value_changed = false;
BeginGroup();
PushID(label);
PushMultiItemsWidths(components);
for (int i = 0; i < components; i++)
{
PushID(i);
value_changed |= InputDouble("##v", &v[i], 0.0, 0.0, display_format, extra_flags);
SameLine(0, g.Style.ItemInnerSpacing.x);
PopID();
PopItemWidth();
}
PopID();
TextUnformatted(label, FindRenderedTextEnd(label));
EndGroup();
return value_changed;
}
//---------------------------------------------------------------------------
void TActionLog::ReflectSettings()
{
TGuard Guard(FCriticalSection);
bool ALogging =
!FClosed && FConfiguration->GetLogActions() && GetEnabled();
if (ALogging && !FLogging)
{
FLogging = true;
Add(L"<?xml version=\"1.0\" encoding=\"UTF-8\"?>");
Add(FORMAT(L"<session xmlns=\"http://winscp.net/schema/session/1.0\" name=\"%s\" start=\"%s\">",
XmlAttributeEscape(FSessionData->GetSessionName()).c_str(), StandardTimestamp().c_str()));
}
else if (!ALogging && FLogging)
{
if (FInGroup)
{
EndGroup();
}
// do not try to close the file, if it has not been opened, to avoid recursion
if (FFile != nullptr)
{
Add(L"</session>");
}
CloseLogFile();
FLogging = false;
}
}
void StatementListVisitor::Visit(StatementList* list)
{
if (list == NULL) return;
const int32 n = list->Size();
for (int32 i = 0; i < n; i ++) {
Statement* statement = list->StatementAt(i);
GroupStatement group(statement);
if (group.IsOpenGroup()) {
BeginGroup(&group);
fLevel ++;
} else if (statement->IsValueStatement()) {
DoValue(statement);
} else if (statement->IsDefaultStatement()) {
DoDefault(statement);
} else if (statement->IsQueryStatement()) {
DoQuery(statement);
} else if (statement->IsParamStatement()) {
DoParam(statement);
}
StatementList* children = statement->GetChildren();
if (children != NULL) {
Visit(children);
}
// Close statements have been removed
if (group.IsOpenGroup()) {
fLevel --;
EndGroup(&group);
}
}
}
void PNS_LOGGER::Save( const std::string& aFilename )
{
EndGroup();
FILE* f = fopen( aFilename.c_str(), "wb" );
printf( "Saving to '%s' [%p]\n", aFilename.c_str(), f );
const std::string s = m_theLog.str();
fwrite( s.c_str(), 1, s.length(), f );
fclose( f );
}
//-----------------------------------------------------------------------------
void mglGraph::CloudP(const mglData &x, const mglData &y, const mglData &z, const mglData &a, const char *sch, mreal alpha, bool rnd)
{
register long i,j,k,n=a.nx,m=a.ny,l=a.nz;
if(n<2 || m<2 || l<2) { SetWarn(mglWarnLow,"CloudP"); return; }
bool both = x.nx*x.ny*x.nz==n*m*l && y.nx*y.ny*y.nz==n*m*l && z.nx*z.ny*z.nz==n*m*l;
if(!(both || (x.nx==n && y.nx==m && z.nx==l)))
{ SetWarn(mglWarnDim,"CloudP"); return; }
static int cgid=1; StartGroup("CloudP",cgid++);
if(alpha<0) alpha = AlphaDef;
if(sch && strchr(sch,'-')) alpha = -alpha;
SetScheme(sch);
alpha /= pow(n*m*l,1./3)/CloudFactor/15;
if(alpha>1) alpha = 1;
// x, y -- матрицы как и z
bool al=Alpha(true);
register mreal xx,yy,zz,aa;
if(both)
{
for(i=0;i<n*m*l;i++)
{
if(rnd)
{ xx=x.a[i]; yy=y.a[i]; zz=z.a[i]; aa=a.a[i]; }
else
{
register mreal tx,ty;
tx=mgl_rnd(); ty=mgl_rnd(); zz=mgl_rnd();
aa=a.Spline1(tx,ty,zz); xx=x.Spline1(tx);
yy=y.Spline1(ty); zz=z.Spline1(zz);
}
AVertex(xx,yy,zz,aa,alpha);
}
}
else // x, y -- вектора
{
for(i=0;i<n;i++) for(j=0;j<m;j++) for(k=0;k<l;k++)
{
if(rnd)
{ xx=x.a[i]; yy=y.a[j]; zz=z.a[k]; aa=a.a[i+n*(j+m*k)]; }
else
{
xx=mgl_rnd(); yy=mgl_rnd(); zz=mgl_rnd();
aa=a.Spline1(xx,yy,zz); xx=x.Spline1(xx);
yy=y.Spline1(yy); zz=z.Spline1(zz);
}
AVertex(xx,yy,zz,aa,alpha);
}
}
Alpha(al);
EndGroup();
}
//-----------------------------------------------------------------------------
//
// CloudQ series
//
//-----------------------------------------------------------------------------
void mglGraph::Cloud(const mglData &x, const mglData &y, const mglData &z, const mglData &a,
const char *sch, mreal alpha)
{
long i,j,k,n=a.nx,m=a.ny,l=a.nz;
register int i0,i1;
if(n<2 || m<2 || l<2) { SetWarn(mglWarnLow,"CloudQ"); return; }
bool both = x.nx*x.ny*x.nz==n*m*l && y.nx*y.ny*y.nz==n*m*l && z.nx*z.ny*z.nz==n*m*l;
if(!(both || (x.nx==n && y.nx==m && z.nx==l)))
{ SetWarn(mglWarnDim); return; }
static int cgid=1; StartGroup("CloudQ",cgid++);
int tx=1,ty=1,tz=1;
if(MeshNum>1)
{ tx=(n-1)/(MeshNum-1); ty=(m-1)/(MeshNum-1); tz=(l-1)/(MeshNum-1);}
if(tx<1) tx=1; if(ty<1) ty=1; if(tz<1) tz=1;
if(alpha<0) alpha = AlphaDef;
if(sch && strchr(sch,'-')) alpha = -alpha;
alpha /= pow(n/tx*m/ty*l/tz,1./3)/CloudFactor/5;
if(alpha>1) alpha = 1;
SetScheme(sch);
mreal *pp = new mreal[3*n*m*l];
if(!pp) { SetWarn(mglWarnMem); return; }
mreal *aa = new mreal[n*m*l];
// x, y -- матрицы как и z
if(both) for(i=0;i<n/tx;i++) for(j=0;j<m/ty;j++) for(k=0;k<l/tz;k++)
{
i0 = i+(n/tx)*(j+(m/ty)*k);
i1 = i*tx+n*(j*ty+m*k*tz);
pp[3*i0] = x.a[i1];
pp[3*i0+1]= y.a[i1];
pp[3*i0+2]= z.a[i1];
aa[i0] = a.a[i1];
}
// x, y -- вектора
else for(i=0;i<n/tx;i++) for(j=0;j<m/ty;j++) for(k=0;k<l/tz;k++)
{
i0 = i+(n/tx)*(j+(m/ty)*k);
pp[3*i0] = x.a[i*tx];
pp[3*i0+1]= y.a[j*ty];
pp[3*i0+2]= z.a[k*tz];
aa[i0] = a.a[i*tx+n*(j*ty+m*k*tz)];
}
bool al=Alpha(true);
cloud_plot(n/tx,m/ty,l/tz,pp,aa,alpha);
Alpha(al);
EndGroup();
delete []pp; delete []aa;
}
SimpleCubeTool::SimpleCubeTool(const Registry *reg, const ScriptVal &table, const TagList &tags) : BaseClass(reg, table, tags)
{
// add the cube's geometry inputs to the controls page
AddControlPage("Controls");
InCubeInputs = (SimpleCubeInputs *) ClassRegistry->New(COMPANY_ID_DOT + CLSID_PartioViewerInputs, CT_SurfaceInputs3D, table, tags);
if (InCubeInputs)
{
// Register the inputs with this SimpleCubeTool. This will cause the tool to forward NotifyChanged()/OnAddToFlow()/OnConnect() and
// other GUI notifications onto the inputs. It will not actually add the inputs to this tool though.
RegisterInputs(InCubeInputs);
// This is how you currently add object ID inputs but it needs to be changed...
InCubeInputs->SetAttrs(
SI_ObjectIDInputName, "ObjectID",
SI_ObjectIDInputID, "ObjectID",
TAG_DONE);
// Now add the cube inputs to this tool. Just to be clean, we're going to put the inputs in a group so that to scripting their IDs
// will be things like SimpleCubeTool.SimpleCubeInputs.Width. If the group wasn't here, the inputs would be like SimpleCubeTool.Width
// and this could conflict with other injected inputs.
BeginGroup(CLSID_PartioViewerInputs, CLSID_PartioViewerInputs, true, false);
InCubeInputs->AddInputs();
EndGroup();
}
// Add the material input
InMaterial = AddInput("Material Input", "MaterialInput",
LINKID_DataType, CLSID_DataType_MtlGraph3D,
LINKID_AllowedDataType, CLSID_DataType_Image, // LINKID_AllowedDataType is optional, but putting it here allows the material input to receive image connections also
LINK_Main, GetNextMainValue(), // make sure our LINK_Main value doesn't conflict with Transform3DOperator::In3Ds LINK_Main
INP_Required, FALSE,
INP_ConnectRequired, TRUE,
TAG_DONE);
}
/*******************************************************************************
* Slot function. Translates command object recevied from the parser thread
* to appropriate function call.
* ****************************************************************************/
void DialogBox::ExecuteCommand(DialogCommand command)
{
QWidget* widget=NULL;
if(empty)
{
ClearDialog();
empty=false;
}
switch(command.command & DialogCommand::command_mask)
{
case DialogCommand::add:
if(command.command & DialogCommand::option_space & DialogCommand::option_mask)
{
// Seems sscanf %d in some versions of standard C library has a bug
// returning 32k on sero-size strings
if(command.GetText()[0])
{
int size;
sscanf(command.GetText(), "%d", &size);
AddSpace(size);
}
else AddSpace();
break;
}
if(command.command & DialogCommand::option_stretch & DialogCommand::option_mask)
{
AddStretch();
break;
}
switch(command.control & ~DialogCommand::property_mask)
{
case DialogCommand::label:
AddLabel(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_picture & DialogCommand::property_mask ? DialogBox::pixmap :
command.control & DialogCommand::property_animation & DialogCommand::property_mask ? DialogBox::movie :
DialogBox::text);
break;
case DialogCommand::groupbox:
AddGroupbox(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_vertical & DialogCommand::property_mask,
command.control & DialogCommand::property_checkable & DialogCommand::property_mask,
command.control & DialogCommand::property_checked & DialogCommand::property_mask);
break;
case DialogCommand::frame:
AddFrame(command.GetTitle(),
command.control & DialogCommand::property_vertical & DialogCommand::property_mask,
command.control);
break;
case DialogCommand::pushbutton:
AddPushbutton(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_apply & DialogCommand::property_mask,
command.control & DialogCommand::property_exit & DialogCommand::property_mask,
command.control & DialogCommand::property_default & DialogCommand::property_mask);
break;
case DialogCommand::checkbox:
AddCheckbox(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_checked & DialogCommand::property_mask);
break;
case DialogCommand::radiobutton:
AddRadiobutton(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_checked & DialogCommand::property_mask);
break;
case DialogCommand::textbox:
AddTextbox(command.GetTitle(), command.GetName(),
command.GetText(),
command.GetAuxText(),
command.control & DialogCommand::property_password & DialogCommand::property_mask);
break;
case DialogCommand::listbox:
AddListbox(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_activation & DialogCommand::property_mask,
command.control & DialogCommand::property_selection & DialogCommand::property_mask);
break;
case DialogCommand::combobox:
AddCombobox(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_editable & DialogCommand::property_mask,
command.control & DialogCommand::property_selection & DialogCommand::property_mask);
break;
case DialogCommand::item:
AddItem(command.GetTitle(), command.GetName(),
command.control & DialogCommand::property_current & DialogCommand::property_mask);
break;
case DialogCommand::separator:
AddSeparator(command.GetTitle(),
command.control & DialogCommand::property_vertical & DialogCommand::property_mask,
command.control);
break;
case DialogCommand::progressbar:
AddProgressbar(command.GetTitle(),
command.control & DialogCommand::property_vertical & DialogCommand::property_mask,
command.control & DialogCommand::property_busy & DialogCommand::property_mask);
break;
case DialogCommand::slider:
{
int min(0), max(100);
if(command.GetName()[0]) sscanf(command.GetName(), "%d", &min);
if(command.GetText()[0]) sscanf(command.GetText(), "%d", &max);
AddSlider(command.GetTitle(),
command.control & DialogCommand::property_vertical & DialogCommand::property_mask,
min, max);
}
break;
case DialogCommand::textview:
AddTextview(command.GetTitle(), command.GetName());
break;
case DialogCommand::tabs:
AddTabs(command.GetTitle(), command.control);
break;
case DialogCommand::page:
AddPage(command.GetTitle(), command.GetName(), command.GetText(),
command.control & DialogCommand::property_current & DialogCommand::property_mask);
break;
}
break;
case DialogCommand::clear:
Clear(command.GetName());
break;
case DialogCommand::end:
switch(command.control & ~DialogCommand::property_mask)
{
case DialogCommand::groupbox:
case DialogCommand::frame:
EndGroup();
break;
case DialogCommand::listbox:
case DialogCommand::combobox:
EndList();
break;
case DialogCommand::tabs:
EndTabs();
break;
case DialogCommand::page:
EndPage();
break;
case DialogCommand::widget_mask: // none type mentioned
if(current_view) EndList();
else if(group_layout) EndGroup();
else if(current_tab_widget)
{
if(current_tab_widget->indexOf(current_layout->parentWidget())==-1) EndTabs();
else EndPage();
}
break;
}
break;
case DialogCommand::step:
if(command.command & DialogCommand::option_vertical & DialogCommand::option_mask) StepVertical();
else StepHorizontal();
break;
case DialogCommand::set:
if(command.GetName()[0])
{
if(!(widget=FindWidget(command.GetName()))) break;
}
else widget=this;
if(command.command & DialogCommand::option_enabled & DialogCommand::option_mask)
SetEnabled(widget, true);
if(command.command & DialogCommand::option_focus & DialogCommand::option_mask)
{
QTimer::singleShot(0, widget, SLOT(setFocus()));
// select text for QLineEdit objects
// selectedText property is not writable and this must be done in the class specific way
if(QWidget* proxywidget=widget->focusProxy())
{
switch(WidgetType(proxywidget))
{
case DialogCommand::combobox:
proxywidget=((QComboBox*)proxywidget)->lineEdit();
break;
case DialogCommand::textbox:
break;
default:
proxywidget=NULL;
break;
}
if(proxywidget) ((QLineEdit*)proxywidget)->selectAll();
}
}
// see http://doc.qt.io/qt-4.8/stylesheet.html for reference
if(command.command & DialogCommand::option_stylesheet & DialogCommand::option_mask)
{
widget->setStyleSheet(command.GetText());
if(QWidget* proxywidget=widget->focusProxy())
proxywidget->setStyleSheet(command.GetText());
}
if(command.command & DialogCommand::option_visible & DialogCommand::option_mask)
{
widget->show();
if(QWidget* proxywidget=widget->focusProxy()) proxywidget->show();
}
if(command.control) SetOptions(widget, command.control, command.control, command.GetText());
// setting of some properties (calls like show and hide) generates events which are optimised next
// or sets widget attributes which might impact next calls
// to avoid races and to ensure the command is executed as expected we process all events that
// have been generated:
QCoreApplication::processEvents(QEventLoop::ExcludeUserInputEvents | QEventLoop::ExcludeSocketNotifiers);
break;
case DialogCommand::unset:
if(command.GetName()[0])
{
if(!(widget=FindWidget(command.GetName()))) break;
}
else widget=this;
if(command.command & DialogCommand::option_enabled & DialogCommand::option_mask)
SetEnabled(widget, false);
// see http://doc.qt.io/qt-4.8/stylesheet.html for reference
if(command.command & DialogCommand::option_stylesheet & DialogCommand::option_mask)
{
// rarely it was seen this fails (unset stylesheet or set it to empty string)
// hopefully this was caused by the race which is now fixed
// (queued signaling between threads and optimisation of queued GUI events)
widget->setStyleSheet(QString());
if(QWidget* proxywidget=widget->focusProxy())
proxywidget->setStyleSheet(QString());
}
if(command.command & DialogCommand::option_visible & DialogCommand::option_mask)
{
widget->hide();
if(QWidget* proxywidget=widget->focusProxy()) proxywidget->hide();
}
if(command.control) SetOptions(widget, 0, command.control, NULL);
// setting of some properties (calls like show and hide) generates events which are optimised next
// or sets widget attributes which might impact next calls
// to avoid races and to ensure the command is executed as expected we process all events that
// have been generated:
QCoreApplication::processEvents(QEventLoop::ExcludeUserInputEvents | QEventLoop::ExcludeSocketNotifiers);
break;
case DialogCommand::remove:
RemoveWidget(command.GetName());
break;
case DialogCommand::position:
Position(command.GetText(),
command.command & DialogCommand::option_behind & DialogCommand::option_mask,
command.command & DialogCommand::option_onto & DialogCommand::option_mask);
break;
case DialogCommand::query:
Report();
break;
case DialogCommand::noop:
default:
;
}
// clean up after possible FindWidget call
chosen_view=NULL;
chosen_row_flag=false;
}
//-----------------------------------------------------------------------------
//
// Surf3C series
//
//-----------------------------------------------------------------------------
void mglGraph::Surf3C(mreal val, const mglData &x, const mglData &y, const mglData &z, const mglData &a, const mglData &b, const char *sch)
{
long i,j,k,i0,i1,n=a.nx,m=a.ny,l=a.nz;
long *kx1,*kx2,*ky1,*ky2,*kz,pc;
bool both, wire = sch && strchr(sch,'#');
mreal *pp=0,*cc=0,*kk=0,*nn=0;
mreal d,xx,yy,zz,nx,ny,nz,dx,dy,dz,tx,ty,tz,alpha;
if(n<2 || m<2 || l<2) { SetWarn(mglWarnLow,"Surf3C"); return; }
both = x.nx*x.ny*x.nz==n*m*l && y.nx*y.ny*y.nz==n*m*l && z.nx*z.ny*z.nz==n*m*l;
if(!(both || (x.nx==n && y.nx==m && z.nx==l)))
{ SetWarn(mglWarnDim,"Surf3C"); return; }
if(b.nx*b.ny*b.nz!=n*m*l) { SetWarn(mglWarnDim,"Surf3C"); return; }
static int cgid=1; StartGroup("Surf3C",cgid++);
bool inv = (sch && strchr(sch,'-'));
SetScheme(sch);
kx1 = new long[n*m]; kx2 = new long[n*m];
ky1 = new long[n*m]; ky2 = new long[n*m];
kz = new long[n*m];
Pal[100]=GetC(val);
// DefColor(c,AlphaDef);
for(k=0;k<l;k++)
{
memcpy(kx1,kx2,n*m*sizeof(long)); memset(kx2,-1,n*m*sizeof(long));
memcpy(ky1,ky2,n*m*sizeof(long)); memset(ky2,-1,n*m*sizeof(long));
memset(kz ,-1,n*m*sizeof(long));
for(i=0;i<n;i++) for(j=0;j<m;j++)
{
i1 = i+n*j; i0 = i1+n*m*k;
if(i<n-1)
{
d = _d(val,a.a[i0],a.a[i0+1]);
if(d>=0 && d<1)
{
xx = both ? x.a[i0]*(1.-d)+x.a[i0+1]*d : x.a[i]*(1.-d)+x.a[i+1]*d;
yy = both ? y.a[i0]*(1.-d)+y.a[i0+1]*d : y.a[j];
zz = both ? z.a[i0]*(1.-d)+z.a[i0+1]*d : z.a[k];
alpha = b.a[i0]*(1.-d)+b.a[i0+1]*d;
normal_3d(a,i+d,j,k,&dx,&dy,&dz,inv);
if(both)
{
normal_3d(x,i+d,j,k,&tx,&ty,&tz,true);
nx = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
normal_3d(y,i+d,j,k,&tx,&ty,&tz,true);
ny = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
normal_3d(z,i+d,j,k,&tx,&ty,&tz,true);
nz = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
}
else
{
normal_1d(x,i+d,&tx,true); nx = dx/tx;
normal_1d(y,j,&ty,true); ny = dy/ty;
normal_1d(z,k,&tz,true); nz = dz/tz;
}
Pal[100]=GetC(alpha);
kx2[i1] = add_spoint(pc,&pp,&kk,&cc,&nn,xx,yy,zz,nx,ny,nz,
i+d,j,k,Transparent ? AlphaDef : 1);
}
}
if(j<m-1)
{
d = _d(val,a.a[i0],a.a[i0+n]);
if(d>=0 && d<1)
{
xx = both ? x.a[i0]*(1.-d)+x.a[i0+n]*d : x.a[i];
yy = both ? y.a[i0]*(1.-d)+y.a[i0+n]*d : y.a[j]*(1.-d)+y.a[j+1]*d;
zz = both ? z.a[i0]*(1.-d)+z.a[i0+n]*d : z.a[k];
alpha = b.a[i0]*(1.-d)+b.a[i0+n]*d;
normal_3d(a,i,j+d,k,&dx,&dy,&dz,inv);
if(both)
{
normal_3d(x,i,j+d,k,&tx,&ty,&tz,true);
nx = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
normal_3d(y,i,j+d,k,&tx,&ty,&tz,true);
ny = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
normal_3d(z,i,j+d,k,&tx,&ty,&tz,true);
nz = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
}
else
{
normal_1d(x,i,&tx,true); nx = dx/tx;
normal_1d(y,j+d,&ty,true); ny = dy/ty;
normal_1d(z,k,&tz,true); nz = dz/tz;
}
Pal[100]=GetC(alpha);
ky2[i1] = add_spoint(pc,&pp,&kk,&cc,&nn,xx,yy,zz,nx,ny,nz,
i,j+d,k,Transparent ? AlphaDef : 1);
}
}
if(k>0)
{
d = _d(val,a.a[i0-n*m],a.a[i0]);
if(d>=0 && d<1)
{
xx = both ? x.a[i0-n*m]*(1.-d)+x.a[i0]*d : x.a[i];
yy = both ? y.a[i0-n*m]*(1.-d)+y.a[i0]*d : y.a[j];
zz = both ? z.a[i0-n*m]*(1.-d)+z.a[i0]*d : z.a[k-1]*(1.-d)+z.a[k]*d;
alpha = b.a[i0-n*m]*(1.-d)+b.a[i0]*d;
normal_3d(a,i,j,k+d-1,&dx,&dy,&dz,inv);
if(both)
{
normal_3d(x,i,j,k+d-1,&tx,&ty,&tz,true);
nx = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
normal_3d(y,i,j,k+d-1,&tx,&ty,&tz,true);
ny = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
normal_3d(z,i,j,k+d-1,&tx,&ty,&tz,true);
nz = (dx*tx+dy*ty+dz*tz)/(tx*tx+ty*ty+tz*tz);
}
else
{
normal_1d(x,i,&tx,true); nx = dx/tx;
normal_1d(y,j,&ty,true); ny = dy/ty;
normal_1d(z,k+d-1,&tz,true); nz = dz/tz;
}
Pal[100]=GetC(alpha);
kz[i1] = add_spoint(pc,&pp,&kk,&cc,&nn,xx,yy,zz,nx,ny,nz,
i,j,k+d-1,Transparent ? AlphaDef : 1);
}
}
}
if(k>0) surf3_plot(n,m,kx1,kx2,ky1,ky2,kz,pp,cc,kk,nn,wire);
}
EndGroup();
delete []kx1; delete []kx2; delete []ky1; delete []ky2; delete []kz;
if(pp) { free(pp); free(kk); free(cc); free(nn); }
}
void MtlBlinnInputs3D::EndSpecularBlinnNest()
{
EndGroup();
}
void MtlBlinnInputs3D::AddSpecularBlinnInputs(bool addSpecularExponent)
{
InSpecularColorNest = BeginGroup("Color", "Color", true, false);
InSpecularR = AddInput("Specular Red", "Red",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..SpecularRed"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Specular.R"),
IC_ControlGroup, 2,
IC_ControlID, 0,
ICS_Name, "Specular Color",
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, DefaultSpecularColor.R,
INP_SubType, IST_ColorR,
TAG_DONE);
InSpecularG = AddInput("Green", "Green",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..SpecularGreen"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Specular.G"),
IC_ControlGroup, 2,
IC_ControlID, 1,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, DefaultSpecularColor.G,
INP_SubType, IST_ColorG,
TAG_DONE);
InSpecularB = AddInput("Blue", "Blue",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
I3D_AutoFlags, PF_AutoProcess,
LINKID_LegacyID, FuID("..SpecularBlue"),
I3D_ParamName, FuID("Specular.B"),
IC_ControlGroup, 2,
IC_ControlID, 2,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, DefaultSpecularColor.B,
INP_SubType, IST_ColorB,
TAG_DONE);
InSpecularColorMtl = AddInput("Specular Color Material", "Material",
LINKID_DataType, CLSID_DataType_MtlGraph3D,
LINKID_AllowedDataType, CLSID_DataType_Image,
LINKID_LegacyID, FuID("..SpecularColorTex"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("SpecularMtl"),
I3D_ChildSlot, MtlBlinnData3D::CMS_Specular,
LINK_Main, MMID_SpecularColor,
INP_Required, FALSE,
TAG_DONE);
EndGroup();
InSpecularIntensity = AddInput("Specular Intensity", "Intensity",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".SpecularIntensity"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("SpecularIntensity"),
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
TAG_DONE);
InSpecularIntensityMtl = AddInput("Specular Intensity Material", "Intensity.Material",
LINKID_DataType, CLSID_DataType_MtlGraph3D,
LINKID_AllowedDataType, CLSID_DataType_Image,
LINKID_LegacyID, FuID(".SpecularIntensityTex"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("SpecularIntensityMtl"),
I3D_ChildSlot, MtlBlinnData3D::CMS_SpecularIntensity,
LINK_Main, MMID_SpecularIntensity,
INP_Required, FALSE,
TAG_DONE);
if (addSpecularExponent)
{
InSpecularExponent = AddInput("Specular Exponent", "Exponent",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".SpecularExponent"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("SpecularExponent"),
INP_Default, DefaultSpecularExponent,
INP_MinAllowed, 1.0,
INP_MinScale, 1.0,
INP_MaxScale, 100.0,
ICD_Center, 25.0,
TAG_DONE);
InSpecularExponentMtl = AddInput("Specular Exponent Material", "Exponent.Material",
LINKID_DataType, CLSID_DataType_MtlGraph3D,
LINKID_AllowedDataType, CLSID_DataType_Image,
LINKID_LegacyID, FuID(".SpecularExponentTex"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("SpecularExponentMtl"),
I3D_ChildSlot, MtlBlinnData3D::CMS_SpecularExponent,
LINK_Main, MMID_SpecularExponent,
INP_Required, FALSE,
TAG_DONE);
}
}
void MtlBlinnInputs3D::AddDiffuseBlinnInputs()
{
InDiffuseNest = BeginGroup("Diffuse", "Diffuse", true, true);
InDiffuseColorNest = BeginGroup("Color", "Color", true, false);
InDiffuseR = AddInput("Red", "Red",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..DiffuseRed"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Diffuse.R"),
IC_ControlGroup, 1,
IC_ControlID, 0,
ICS_Name, "Diffuse Color",
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
INP_SubType, IST_ColorR,
TAG_DONE);
InDiffuseG = AddInput("Green", "Green",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..DiffuseGreen"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Diffuse.G"),
IC_ControlGroup, 1,
IC_ControlID, 1,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
INP_SubType, IST_ColorG,
TAG_DONE);
InDiffuseB = AddInput("Blue", "Blue",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..DiffuseBlue"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Diffuse.B"),
IC_ControlGroup, 1,
IC_ControlID, 2,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
INP_SubType, IST_ColorB,
TAG_DONE);
InAlpha = AddInput("Alpha", "Alpha",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID("..Alpha"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Diffuse.A"),
INP_Default, DefaultAlpha,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
TAG_DONE);
InDiffuseMtl = AddInput("Diffuse Color Material", "Material",
LINKID_DataType, CLSID_DataType_MtlGraph3D,
LINKID_AllowedDataType, CLSID_DataType_Image,
LINKID_LegacyID, FuID("..DiffuseTex"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("DiffuseMtl"),
I3D_ChildSlot, MtlBlinnData3D::CMS_Diffuse,
LINK_Main, MMID_DiffuseColor,
INP_Required, FALSE,
TAG_DONE);
EndGroup();
InOpacity = AddInput("Opacity", "Opacity",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".Opacity"),
I3D_AutoFlags, PF_AutoProcess,
INP_Default, DefaultOpacity,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
TAG_DONE);
EndGroup();
}
void MtlBlinnInputs3D::AddTransmittanceBlinnInputs()
{
InTransmittanceNest = BeginGroup("Transmittance", "Transmittance");
InTransmittanceColorNest = BeginGroup("Color", "Color", true, false);
InTransmittanceR = AddInput("Red", "Red",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..TransmittanceRed"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Transmittance.R"),
IC_ControlGroup, 3,
IC_ControlID, 0,
ICS_Name, "Attenuation",
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
INP_SubType, IST_ColorR,
TAG_DONE);
InTransmittanceG = AddInput("Green", "Green",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..TransmittanceGreen"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Transmittance.G"),
IC_ControlGroup, 3,
IC_ControlID, 1,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
INP_SubType, IST_ColorG,
TAG_DONE);
InTransmittanceB = AddInput("Blue", "Blue",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..TransmittanceBlue"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Transmittance.B"),
IC_ControlGroup, 3,
IC_ControlID, 2,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
INP_SubType, IST_ColorB,
TAG_DONE);
//InTransmittanceMtl.AddInput("Transmittance Material", "Material",
// LINKID_DataType, CLSID_DataType_MtlGraph3D,
// LINKID_AllowedDataType, CLSID_DataType_Image,
// I3D_ParamName, FuID("TransmittanceMtl"),
// I3D_ShadeParam, FALSE,
// LINK_Main, 5,
// INP_Required, FALSE,
// OBJP_Owner, Owner,
// TAG_DONE);
EndGroup();
InTransmittanceAlphaDetail = AddInput("Alpha Detail", "AlphaDetail",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".TransmittanceAlphaDetail"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 1.0,
TAG_DONE);
InTransmittanceColorDetail = AddInput("Color Detail", "ColorDetail",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".TransmittanceColorDetail"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
TAG_DONE);
InTransmittanceSaturation = AddInput("Saturation", "Saturation",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".TransmittanceSaturation"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
TAG_DONE);
EndGroup();
}
bool SimpleCubeInputs::AddInputsTagList(TagList &tags)
{
// add our inputs
InCubeWidth = AddInput("Width", "Width",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
INP_MinScale, 0.0,
INP_MaxScale, 10.0,
INP_Default, 1.0,
TAG_DONE);
InCubeHeight = AddInput("Height", "Height",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
INP_MinScale, 0.0,
INP_MaxScale, 10.0,
INP_Default, 1.0,
TAG_DONE);
InCubeDepth = AddInput("Depth", "Depth",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
INP_MinScale, 0.0,
INP_MaxScale, 10.0,
INP_Default, 1.0,
TAG_DONE);
InFile = AddInput("partio File", "PFile",
LINKID_DataType, CLSID_DataType_Text,
INPID_InputControl, FILECONTROL_ID,
INP_Required, FALSE,
INP_External, FALSE,
INP_DoNotifyChanged, TRUE,
FCS_FilterString, "partio Files (*.geo)|*.geo",
TAG_DONE);
InPartDiv = AddInput("Read every Nth particle", "pProxy",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
INP_Integer, TRUE,
INP_MinScale, 1.0,
INP_MaxScale, 100.0,
INP_Default, 1.0,
TAG_DONE);
InPartColor = BeginGroup("Default Color", "Color", true, false);
InPartR = AddInput("Red", "Red",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..PartRed"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Part.R"),
IC_ControlGroup, 1,
IC_ControlID, 0,
ICS_Name, "Part Color",
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
INP_SubType, IST_ColorR,
TAG_DONE);
InPartG = AddInput("Green", "Green",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..PartGreen"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Part.G"),
IC_ControlGroup, 1,
IC_ControlID, 1,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
INP_SubType, IST_ColorG,
TAG_DONE);
InPartB = AddInput("Blue", "Blue",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..PartBlue"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Part.B"),
IC_ControlGroup, 1,
IC_ControlID, 2,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
INP_SubType, IST_ColorB,
TAG_DONE);
EndGroup();
// allow the BaseClass to add its wireframe/visibility/matte/objectID inputs and any other input injectors (eg. blendmodes)
return BaseClass::AddInputsTagList(tags);
}
void MtlBlinnInputs3D::AddTransmittanceBlinnInputs()
{
InTransmittanceNest = BeginGroup("Transmittance", "Transmittance");
InTransmittanceColorNest = BeginGroup("Color", "Color", true, false);
InTransmittanceR = AddInput("Red", "Red",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..TransmittanceRed"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Transmittance.R"),
IC_ControlGroup, 3,
IC_ControlID, 0,
ICS_Name, "Attenuation",
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
INP_SubType, IST_ColorR,
TAG_DONE);
InTransmittanceG = AddInput("Green", "Green",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..TransmittanceGreen"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Transmittance.G"),
IC_ControlGroup, 3,
IC_ControlID, 1,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
INP_SubType, IST_ColorG,
TAG_DONE);
InTransmittanceB = AddInput("Blue", "Blue",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, COLORCONTROL_ID,
LINKID_LegacyID, FuID("..TransmittanceBlue"),
I3D_AutoFlags, PF_AutoProcess,
I3D_ParamName, FuID("Transmittance.B"),
IC_ControlGroup, 3,
IC_ControlID, 2,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
INP_SubType, IST_ColorB,
TAG_DONE);
//InTransmittanceMtl.AddInput("Transmittance Material", "Material",
// LINKID_DataType, CLSID_DataType_MtlGraph3D,
// LINKID_AllowedDataType, CLSID_DataType_Image,
// I3D_ParamName, FuID("TransmittanceMtl"),
// I3D_ShadeParam, FALSE,
// LINK_Main, 5,
// INP_Required, FALSE,
// OBJP_Owner, Owner,
// TAG_DONE);
EndGroup();
InOpacity = AddInput("Opacity", "Opacity",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".Opacity"),
I3D_AutoFlags, PF_AutoProcess,
INP_Default, DefaultOpacity,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
TAG_DONE);
InRefrGloss = AddInput("Refraction Gloss", "RefrGloss",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".RefrGloss"),
I3D_AutoFlags, PF_AutoProcess,
INP_Default, 1.0,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
TAG_DONE);
InRefrIOR = AddInput("Refraction IOR", "RefrIOR",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".RefrIOR"),
I3D_AutoFlags, PF_AutoProcess,
INP_Default, 1.3,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 2.0,
TAG_DONE);
InRefrGlossSamples = AddInput("Refraction Gloss Samples", "RefrGlossSamples",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".RefrGlossSamples"),
I3D_AutoFlags, PF_AutoProcess,
INP_Integer, TRUE,
INP_Default, 2.0,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 10.0,
TAG_DONE);
InTransmittanceAlphaDetail = AddInput("Alpha Detail", "AlphaDetail",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".TransmittanceAlphaDetail"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 1.0,
TAG_DONE);
InTransmittanceColorDetail = AddInput("Color Detail", "ColorDetail",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".TransmittanceColorDetail"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_MaxAllowed, 1.0,
INP_Default, 0.0,
TAG_DONE);
InTransmittanceSaturation = AddInput("Saturation", "Saturation",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".TransmittanceSaturation"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
TAG_DONE);
InReflBRDF = AddInput("brdf fresnel", "ReflBRDF",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, CHECKBOXCONTROL_ID,
I3D_AutoFlags, PF_AutoProcess,
INP_Default, 0.0,
ICD_Width, 0.5,
TAG_DONE);
InBRDF_Enrg = AddInput("conserve enrg", "BRDF_Enrg",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, CHECKBOXCONTROL_ID,
I3D_AutoFlags, PF_AutoProcess,
INP_Default, 1.0,
ICD_Width, 0.5,
TAG_DONE);
InBRDF_90 = AddInput("BRDF 90", "BRDF_90",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".BRDF_90"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 1.0,
TAG_DONE);
InBRDF_0 = AddInput("BRDF 0", "BRDF_0",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".BRDF_0"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 1.0,
INP_Default, 0.8,
TAG_DONE);
InBRDF_Curve = AddInput("BRDF Curve", "BRDF_Curve",
LINKID_DataType, CLSID_DataType_Number,
INPID_InputControl, SLIDERCONTROL_ID,
LINKID_LegacyID, FuID(".BRDF_Curve"),
I3D_AutoFlags, PF_AutoProcess,
INP_MinAllowed, 0.0,
INP_MinScale, 0.0,
INP_MaxScale, 5.0,
INP_Default, 2.0,
TAG_DONE);
EndGroup();
}
