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PltApp.cpp
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PltApp.cpp
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// ---------------------------------------------------------------
// PltApp.cpp
// ---------------------------------------------------------------
#include <AMReX_ParallelDescriptor.H>
#include <AMReX_DataServices.H>
#include <Xm/Protocols.h>
#include <Xm/ToggleBG.h>
#include <Xm/PushB.h>
#include <Xm/PushBG.h>
#include <Xm/FileSB.h>
#include <Xm/Label.h>
#include <Xm/LabelG.h>
#include <Xm/RowColumn.h>
#include <Xm/Form.h>
#include <Xm/DrawingA.h>
#include <Xm/Text.h>
#include <Xm/ScrolledW.h>
#include <Xm/TextF.h>
#include <Xm/ToggleB.h>
#include <Xm/List.h>
#include <Xm/Scale.h>
#include <Xm/SeparatoG.h>
#include <Xm/Frame.h>
#include <Xm/ArrowB.h>
#include <Xm/CascadeB.h>
#include <X11/cursorfont.h>
#include <PltApp.H>
#include <PltAppState.H>
#include <AmrPicture.H>
#include <GraphicsAttributes.H>
#include <ProjectionPicture.H>
#include <XYPlotWin.H>
#include <MessageArea.H>
#if defined(BL_PARALLELVOLUMERENDER)
#include <PVolRender.H>
#endif
#include <cctype>
#include <sstream>
#include <cmath>
#include <cstdlib>
using std::cout;
using std::cerr;
using std::endl;
using std::flush;
using namespace amrex;
// Hack for window manager calls
#ifndef FALSE
#define FALSE false
#endif
const int MAXSCALE(32);
cMessageArea pltAppMessageText;
char cbuff[100];
#define MARK fprintf(stderr, "Mark at file %s, line %d.\n", __FILE__, __LINE__)
static bool UsingFileRange(const Amrvis::MinMaxRangeType rt) {
return(rt == Amrvis::FILEGLOBALMINMAX ||
rt == Amrvis::FILESUBREGIONMINMAX ||
rt == Amrvis::FILEUSERMINMAX);
}
// -------------------------------------------------------------------
PltApp::~PltApp() {
int np;
#if (BL_SPACEDIM == 3)
for(np = 0; np != Amrvis::NPLANES; ++np) {
amrPicturePtrArray[np]->DoStop();
}
#endif
if(animating2d) {
StopAnimation();
}
for(np = 0; np != Amrvis::NPLANES; ++np) {
delete amrPicturePtrArray[np];
}
#if (BL_SPACEDIM == 3)
delete projPicturePtr;
#endif
delete XYplotparameters;
delete pltPaletteptr;
delete gaPtr;
delete pltAppState;
if(datasetShowing) {
delete datasetPtr;
}
XtDestroyWidget(wAmrVisTopLevel);
// delete all the call back parameter structs
for(int nSize(0); nSize < cbdPtrs.size(); ++nSize) {
delete cbdPtrs[nSize];
}
}
// -------------------------------------------------------------------
PltApp::PltApp(XtAppContext app, Widget w, const string &filename,
const Vector<DataServices *> &dataservicesptr, bool isAnim)
: wTopLevel(w),
appContext(app),
currentRangeType(Amrvis::GLOBALMINMAX),
animating2d(isAnim),
paletteDrawn(false)
{
dataServicesPtr = dataservicesptr;
currentFrame = 0;
fileName = filename;
#if defined(BL_VOLUMERENDER) || defined(BL_PARALLELVOLUMERENDER)
lightingWindowExists = false;
#endif
if( ! dataservicesptr[0]->AmrDataOk()) {
return;
}
const AmrData &amrData = dataServicesPtr[currentFrame]->AmrDataRef();
bFileRangeButtonSet = false;
if(animating2d) {
animFrames = AVGlobals::GetFileCount();
BL_ASSERT(dataServicesPtr.size() == animFrames);
fileNames.resize(animFrames);
for(int i(0); i < animFrames; ++i) {
fileNames[i] = AVGlobals::GetComlineFilename(i);
}
} else {
animFrames = 1;
fileNames.resize(animFrames);
fileNames[currentFrame] = fileName;
}
std::ostringstream headerout;
headerout << AVGlobals::StripSlashes(fileNames[currentFrame])
<< " T = " << amrData.Time() << " " << headerSuffix;
pltAppState = new PltAppState(animFrames, amrData.NumDeriveFunc());
pltAppState->SetContourType(Amrvis::RASTERONLY);
pltAppState->SetCurrentFrame(currentFrame);
// Set the delete response to DO_NOTHING so that it can be app defined.
wAmrVisTopLevel = XtVaCreatePopupShell(headerout.str().c_str(),
topLevelShellWidgetClass, wTopLevel,
XmNwidth, initialWindowWidth,
XmNheight, initialWindowHeight,
XmNx, 100+placementOffsetX,
XmNy, 200+placementOffsetY,
XmNdeleteResponse, XmDO_NOTHING,
NULL);
gaPtr = new GraphicsAttributes(wAmrVisTopLevel);
display = gaPtr->PDisplay();
xgc = gaPtr->PGC();
if(gaPtr->PVisual() != XDefaultVisual(display, gaPtr->PScreenNumber())) {
XtVaSetValues(wAmrVisTopLevel, XmNvisual, gaPtr->PVisual(),
XmNdepth, gaPtr->PDepth(), NULL);
}
if( ! dataServicesPtr[currentFrame]->CanDerive(PltApp::initialDerived)) {
cerr << "Unknown initial derived: "
<< PltApp::initialDerived << endl;
cerr << "Defaulting to: "
<< dataServicesPtr[currentFrame]->PlotVarNames()[0] << endl;
SetInitialDerived(dataServicesPtr[currentFrame]->PlotVarNames()[0]);
}
pltAppState->SetCurrentDerived(PltApp::initialDerived,
amrData.StateNumber(initialDerived));
pltAppState->SetShowingBoxes(GetDefaultShowBoxes());
int finestLevel(amrData.FinestLevel());
pltAppState->SetFinestLevel(finestLevel);
int maxlev =
AVGlobals::DetermineMaxAllowableLevel(amrData.ProbDomain()[finestLevel],
finestLevel, AVGlobals::MaxPictureSize(),
amrData.RefRatio());
int minAllowableLevel(0);
pltAppState->SetMinAllowableLevel(minAllowableLevel);
pltAppState->SetMaxAllowableLevel(maxlev);
pltAppState->SetMinDrawnLevel(minAllowableLevel);
pltAppState->SetMaxDrawnLevel(maxlev);
Box maxDomain(amrData.ProbDomain()[maxlev]);
#if (BL_SPACEDIM == 1)
unsigned long dataSize(static_cast<unsigned long>(maxDomain.length(Amrvis::XDIR)));
#else
unsigned long dataSize(static_cast<unsigned long>(maxDomain.length(Amrvis::XDIR)) *
static_cast<unsigned long>(maxDomain.length(Amrvis::YDIR)));
#endif
if(AVGlobals::MaxPictureSize() == 0) {
maxAllowableScale = 1;
} else {
#if (BL_SPACEDIM == 1)
maxAllowableScale = (int) ((exp2(15) - 1) / dataSize);
#else
maxAllowableScale = (int) sqrt((Real) (AVGlobals::MaxPictureSize() / dataSize));
#endif
maxAllowableScale = max(1, maxAllowableScale);
}
int currentScale(max(1, min(GetInitialScale(), maxAllowableScale)));
pltAppState->SetCurrentScale(currentScale);
pltAppState->SetMaxScale(maxAllowableScale);
// ------------------------------- handle commprof timeline format
bTimeline = false;
initTimeline = false;
timelineMin = -1;
timelineMax = -1;
const string pfVersion(amrData.PlotFileVersion());
if(pfVersion.compare(0, 16, "CommProfTimeline") == 0) {
cout << ">>>> CommProfTimeline file." << endl;
//pltPaletteptr->SetTimeline(true);
pltAppState->SetFormatString("%8.0f");
pltAppState->SetShowingBoxes(false);
{
string mfnFileName(amrData.GetFileName() + "/MPIFuncNames.txt");
std::ifstream mfnNames(mfnFileName.c_str());
mpiFNames.insert(std::make_pair(-1, "non-mpi"));
// The file has a timeline. Perform Timeline Init.
initTimeline = true;
// Is the initial derived object the timeline?
string derivedName = dataServicesPtr[currentFrame]->
PlotVarNames()[amrData.StateNumber(initialDerived)];
if (derivedName == "timeline"){
bTimeline = true;
}
if(mfnNames.fail()) {
cout << "**** Error: could not open: " << mfnFileName << endl;
} else {
int i;
string fName;
while( ! mfnNames.eof()) {
mfnNames >> i >> fName;
if( ! mfnNames.eof()) {
mpiFNames.insert(std::make_pair(i, fName));
timelineMax = std::max(i, timelineMax);
}
}
mfnNames.close();
}
}
{
string ntnFileName(amrData.GetFileName() + "/NameTagNames.txt");
std::ifstream ntnNames(ntnFileName.c_str());
if(ntnNames.fail()) {
cout << "**** Error: could not open: " << ntnFileName << endl;
} else {
int ntnSize(0);
ntnNames >> ntnSize >> nameTagMultiplier;
ntnNames.ignore(1, '\n');
nameTagNames.resize(ntnSize);
for(int i(0); i < nameTagNames.size(); ++i) {
std::getline(ntnNames, nameTagNames[i]);
}
ntnNames.close();
}
}
{
string bnFileName(amrData.GetFileName() + "/BarrierNames.txt");
std::ifstream bnNames(bnFileName.c_str());
if(bnNames.fail()) {
cout << "**** Error: could not open: " << bnFileName << endl;
} else {
int bnSize(0);
bnNames >> bnSize >> barrierMultiplier;
bnNames.ignore(1, '\n');
barrierNames.resize(bnSize);
for(int i(0); i < barrierNames.size(); ++i) {
std::getline(bnNames, barrierNames[i]);
}
bnNames.close();
}
}
{
string ctFileName(amrData.GetFileName() + "/CallTrace.txt");
std::ifstream cTrace(ctFileName.c_str());
if(cTrace.fail()) {
cout << "**** Error: could not open: " << ctFileName << endl;
callTraceExists = false;
} else {
ParseCallTraceFile(cTrace);
cTrace.close();
callTraceExists = true;
}
}
{
string trFileName(amrData.GetFileName() + "/TimeRange.txt");
std::ifstream trRange(trFileName.c_str());
if(trRange.fail()) {
cout << "**** Error: could not open: " << trFileName << endl;
timelineRangeStart = 0.0;
timelineRangeStop = amrData.Time();
} else {
trRange >> timelineRangeStart >> timelineRangeStop;
trRange.close();
}
}
}
bRegions = false;
if(pfVersion.compare(0, 11, "RegionsProf") == 0) {
cout << ">>>> RegionsProf file." << endl;
pltAppState->SetFormatString("%12.0f");
pltAppState->SetShowingBoxes(false);
{
string regFileName(amrData.GetFileName() + "/RegionNames.txt");
std::ifstream rNames(regFileName.c_str());
regNames.insert(std::make_pair(-1, "not in region"));
bRegions = true;
if(rNames.fail()) {
cout << "**** Error: could not open: " << regFileName << endl;
} else {
int i;
string fName;
char s[Amrvis::BUFSIZE];
while( ! rNames.getline(s, Amrvis::BUFSIZE).eof()) { // deal with quoted names
string ss(s);
const string quote("\"");
unsigned int qpos(ss.rfind(quote));
fName = ss.substr(1, qpos - 1);
string si(ss.substr(qpos + 2, ss.length() - qpos + 2));
std::stringstream iString(si);
iString >> i;
regNames.insert(std::make_pair(i, fName));
regionsMax = std::max(i, regionsMax);
}
rNames.close();
}
}
}
pltAppState->SetMinMaxRangeType(Amrvis::GLOBALMINMAX);
Real rGlobalMin, rGlobalMax;
rGlobalMin = std::numeric_limits<Real>::max();
rGlobalMax = -std::numeric_limits<Real>::max();
int coarseLevel(0);
int iCDerNum(pltAppState->CurrentDerivedNumber());
string asCDer(pltAppState->CurrentDerived());
int fineLevel(amrData.FinestLevel());
const Vector<Box> &onBox(amrData.ProbDomain());
for(int iFrame(0); iFrame < animFrames; ++iFrame) {
Real rFileMin, rFileMax;
FindAndSetMinMax(Amrvis::FILEGLOBALMINMAX, iFrame, asCDer, iCDerNum,
onBox, coarseLevel, fineLevel, false); // dont reset if set
pltAppState->GetMinMax(Amrvis::FILEGLOBALMINMAX, iFrame, iCDerNum,
rFileMin, rFileMax);
rGlobalMin = min(rFileMin, rGlobalMin);
rGlobalMax = max(rFileMax, rGlobalMax);
// also set FILESUBREGIONMINMAXs and FILEUSERMINMAXs to the global values
pltAppState->SetMinMax(Amrvis::FILESUBREGIONMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
rFileMin, rFileMax);
pltAppState->SetMinMax(Amrvis::FILEUSERMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
rFileMin, rFileMax);
} // end for(iFrame...)
// now set global values for each file in the animation
for(int iFrame(0); iFrame < animFrames; ++iFrame) {
// set GLOBALMINMAXs
pltAppState->SetMinMax(Amrvis::GLOBALMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
rGlobalMin, rGlobalMax);
// also set SUBREGIONMINMAXs and USERMINMAXs to the global values
pltAppState->SetMinMax(Amrvis::SUBREGIONMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
rGlobalMin, rGlobalMax);
pltAppState->SetMinMax(Amrvis::USERMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
rGlobalMin, rGlobalMax);
} // end for(iFrame...)
if(AVGlobals::UseSpecifiedMinMax()) {
pltAppState->SetMinMaxRangeType(Amrvis::USERMINMAX);
Real specifiedMin, specifiedMax;
AVGlobals::GetSpecifiedMinMax(specifiedMin, specifiedMax);
for(int iFrame(0); iFrame < animFrames; ++iFrame) {
pltAppState->SetMinMax(Amrvis::USERMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
specifiedMin, specifiedMax);
pltAppState->SetMinMax(Amrvis::FILEUSERMINMAX, iFrame,
pltAppState->CurrentDerivedNumber(),
specifiedMin, specifiedMax);
}
}
amrPicturePtrArray[Amrvis::ZPLANE] = new AmrPicture(gaPtr, this, pltAppState,
dataServicesPtr[currentFrame],
pltAppState->GetCGSmoothing());
#if (BL_SPACEDIM == 3)
amrPicturePtrArray[Amrvis::YPLANE] = new AmrPicture(Amrvis::YPLANE, gaPtr,
amrData.ProbDomain()[finestLevel],
NULL, this,
pltAppState,
pltAppState->GetCGSmoothing());
amrPicturePtrArray[Amrvis::XPLANE] = new AmrPicture(Amrvis::XPLANE, gaPtr,
amrData.ProbDomain()[finestLevel],
NULL, this,
pltAppState,
pltAppState->GetCGSmoothing());
#endif
for(int i(0); i != BL_SPACEDIM; ++i) {
ivLowOffsetMAL.setVal(i, amrData.ProbDomain()[maxlev].smallEnd(i));
}
contourNumString = string("10");
pltAppState->SetNumContours(10);
palFilename = PltApp::defaultPaletteString;
lightingFilename = PltApp::defaultLightingFilename;
std::ostringstream suffixout;
suffixout << "Region: " << maxDomain << " Levels: "
<< pltAppState->MinAllowableLevel() << ":"
<< pltAppState->MaxAllowableLevel()
<< " Finest Level: " << amrData.FinestLevel() << " ";
headerSuffix = suffixout.str();
headerout.str(std::string());
headerout << AVGlobals::StripSlashes(fileNames[currentFrame])
<< " T = " << amrData.Time() << " " << headerSuffix;
XtVaSetValues(wAmrVisTopLevel,
XmNtitle, const_cast<char *>(headerout.str().c_str()),
NULL);
PltAppInit();
}
// -------------------------------------------------------------------
PltApp::PltApp(XtAppContext app, Widget w, const Box ®ion,
const IntVect &offset,
PltApp *sPltParent, const string &palfile,
bool isAnim, const string &newderived, const string &filename)
: wTopLevel(w),
appContext(app),
animating2d(isAnim),
paletteDrawn(false),
animFrames(sPltParent->animFrames),
lightingFilename(sPltParent->lightingFilename)
{
dataServicesPtr = sPltParent->dataServicesPtr;
currentFrame = sPltParent->currentFrame;
fileName = filename;
fileNames = sPltParent->fileNames;
palFilename = palfile;
const AmrData &amrData = dataServicesPtr[currentFrame]->AmrDataRef();
bFileRangeButtonSet = sPltParent->bFileRangeButtonSet;
pltAppState = new PltAppState(animFrames, amrData.NumDeriveFunc());
*pltAppState = *sPltParent->GetPltAppState();
#if defined(BL_VOLUMERENDER) || defined(BL_PARALLELVOLUMERENDER)
lightingWindowExists = false;
#endif
contourNumString = sPltParent->contourNumString.c_str();
int finestLevel(amrData.FinestLevel());
pltAppState->SetFinestLevel(finestLevel);
int maxlev = AVGlobals::DetermineMaxAllowableLevel(region, finestLevel,
AVGlobals::MaxPictureSize(),
amrData.RefRatio());
int minAllowableLevel = amrData.FinestContainingLevel(region, finestLevel);
if(minAllowableLevel > maxlev) {
//maxlev = minAllowableLevel;
minAllowableLevel = maxlev;
cout << "**** Conflict with allowable levels and max pixmap size: using maxlev = "
<< maxlev << endl;
}
pltAppState->SetMinAllowableLevel(minAllowableLevel);
pltAppState->SetMaxAllowableLevel(maxlev);
pltAppState->SetMinDrawnLevel(minAllowableLevel);
pltAppState->SetMaxDrawnLevel(maxlev);
Box maxDomain(region);
if(maxlev < finestLevel) {
maxDomain.coarsen(amrex::CRRBetweenLevels(maxlev, finestLevel,
amrData.RefRatio()));
}
#if (BL_SPACEDIM == 1)
unsigned long dataSize(static_cast<unsigned long>(maxDomain.length(Amrvis::XDIR)));
#else
unsigned long dataSize(static_cast<unsigned long>(maxDomain.length(Amrvis::XDIR)) *
static_cast<unsigned long>(maxDomain.length(Amrvis::YDIR)));
#endif
if(AVGlobals::MaxPictureSize() == 0) {
maxAllowableScale = 1;
} else {
#if (BL_SPACEDIM == 1)
maxAllowableScale = (int) ((exp2(15) - 1) / dataSize);
#else
maxAllowableScale = (int) sqrt((Real) (AVGlobals::MaxPictureSize() / dataSize));
#endif
maxAllowableScale = max(1, maxAllowableScale);
}
int currentScale(max(1, min(maxAllowableScale,
sPltParent->GetPltAppState()->CurrentScale())));
pltAppState->SetCurrentScale(currentScale);
// ------------------------------- handle commprof timeline format
bTimeline = false;
initTimeline = false;
timelineMin = -1;
timelineMax = -1;
const string pfVersion(amrData.PlotFileVersion());
if(pfVersion.compare(0, 16, "CommProfTimeline") == 0) {
cout << ">>>> CommProfTimeline file." << endl;
//pltPaletteptr->SetTimeline(true);
pltAppState->SetFormatString("%8.0f");
pltAppState->SetShowingBoxes(false);
{
string mfnFileName(amrData.GetFileName() + "/MPIFuncNames.txt");
std::ifstream mfnNames(mfnFileName.c_str());
mpiFNames.insert(std::make_pair(-1, "non-mpi"));
// The file has a timeline. Perform Timeline Init.
initTimeline = true;
// Is the derived subregion object a timeline?
if (newderived == "timeline"){
bTimeline = true;
}
if(mfnNames.fail()) {
cout << "**** Error: could not open: " << mfnFileName << endl;
} else {
int i;
string fName;
while( ! mfnNames.eof()) {
mfnNames >> i >> fName;
if( ! mfnNames.eof()) {
mpiFNames.insert(std::make_pair(i, fName));
timelineMax = std::max(i, timelineMax);
}
}
mfnNames.close();
//pltPaletteptr->SetMPIFuncNames(mpiFNames);
}
}
{
string ntnFileName(amrData.GetFileName() + "/NameTagNames.txt");
std::ifstream ntnNames(ntnFileName.c_str());
if(ntnNames.fail()) {
cout << "**** Error: could not open: " << ntnFileName << endl;
} else {
int ntnSize(0);
ntnNames >> ntnSize >> nameTagMultiplier;
ntnNames.ignore(1, '\n');
nameTagNames.resize(ntnSize);
for(int i(0); i < nameTagNames.size(); ++i) {
std::getline(ntnNames, nameTagNames[i]);
}
ntnNames.close();
}
}
{
string bnFileName(amrData.GetFileName() + "/BarrierNames.txt");
std::ifstream bnNames(bnFileName.c_str());
if(bnNames.fail()) {
cout << "**** Error: could not open: " << bnFileName << endl;
} else {
int bnSize(0);
bnNames >> bnSize >> barrierMultiplier;
bnNames.ignore(1, '\n');
barrierNames.resize(bnSize);
for(int i(0); i < barrierNames.size(); ++i) {
std::getline(bnNames, barrierNames[i]);
}
bnNames.close();
}
}
{
string ctFileName(amrData.GetFileName() + "/CallTrace.txt");
std::ifstream cTrace(ctFileName.c_str());
if(cTrace.fail()) {
cout << "**** Error: could not open: " << ctFileName << endl;
} else {
ParseCallTraceFile(cTrace);
cTrace.close();
}
}
{
string trFileName(amrData.GetFileName() + "/TimeRange.txt");
std::ifstream trRange(trFileName.c_str());
if(trRange.fail()) {
cout << "**** Error: could not open: " << trFileName << endl;
timelineRangeStart = 0.0;
timelineRangeStop = amrData.Time();
} else {
trRange >> timelineRangeStart >> timelineRangeStop;
trRange.close();
}
}
}
bRegions = false;
if(pfVersion.compare(0, 11, "RegionsProf") == 0) {
cout << ">>>> RegionsProf file." << endl;
pltAppState->SetFormatString("%12.0f");
pltAppState->SetShowingBoxes(false);
{
string regFileName(amrData.GetFileName() + "/RegionNames.txt");
std::ifstream rNames(regFileName.c_str());
regNames.insert(std::make_pair(-1, "not in region"));
bRegions = true;
if(rNames.fail()) {
cout << "**** Error: could not open: " << regFileName << endl;
} else {
int i;
string fName;
char s[Amrvis::BUFSIZE];
while( ! rNames.getline(s, Amrvis::BUFSIZE).eof()) { // deal with quoted names
string ss(s);
const string quote("\"");
unsigned int qpos(ss.rfind(quote));
fName = ss.substr(1, qpos - 1);
string si(ss.substr(qpos + 2, ss.length() - qpos + 2));
std::stringstream iString(si);
iString >> i;
regNames.insert(std::make_pair(i, fName));
regionsMax = std::max(i, regionsMax);
}
rNames.close();
}
}
}
// ---------------
Vector<Box> onBox(pltAppState->MaxAllowableLevel() + 1);
onBox[pltAppState->MaxAllowableLevel()] = maxDomain;
for(int ilev(pltAppState->MaxAllowableLevel() - 1); ilev >= 0; --ilev) {
Box tempbox(maxDomain);
tempbox.coarsen(amrex::CRRBetweenLevels(ilev, finestLevel,
amrData.RefRatio()));
onBox[ilev] = tempbox;
}
int iCDerNum(pltAppState->CurrentDerivedNumber());
const string asCDer(pltAppState->CurrentDerived());
int coarseLevel(0);
int fineLevel(pltAppState->MaxAllowableLevel());
Real rSMin, rSMax;
rSMin = std::numeric_limits<Real>::max();
rSMax = -std::numeric_limits<Real>::max();
for(int iFrame(0); iFrame < animFrames; ++iFrame) {
// GLOBALMINMAX is already set to parent's values
// USERMINMAX is already set to parent's values
// FILEGLOBALMINMAX is already set to parent's values
// FILEUSERMINMAX is already set to parent's values
// these do not change for a subregion
// set FILESUBREGIONMINMAX
FindAndSetMinMax(Amrvis::FILESUBREGIONMINMAX, iFrame, asCDer, iCDerNum, onBox,
coarseLevel, fineLevel, true); // reset if already set
Real rTempMin, rTempMax;
pltAppState->GetMinMax(Amrvis::FILESUBREGIONMINMAX, iFrame, iCDerNum,
rTempMin, rTempMax);
// collect file values
rSMin = min(rSMin, rTempMin);
rSMax = max(rSMax, rTempMax);
}
// now set each frame's SUBREGIONMINMAX to the overall subregion minmax
for(int iFrame(0); iFrame < animFrames; ++iFrame) {
pltAppState->SetMinMax(Amrvis::SUBREGIONMINMAX, iFrame, iCDerNum, rSMin, rSMax);
}
// ---------------
std::ostringstream suffixout;
suffixout << "Subregion: " << maxDomain << " Levels: "
<< pltAppState->MinAllowableLevel() << ":"
<< pltAppState->MaxAllowableLevel()
<< " Finest Level: " << amrData.FinestLevel() << " ";
headerSuffix = suffixout.str();
std::ostringstream headerout;
headerout << AVGlobals::StripSlashes(fileNames[currentFrame])
<< " T = " << amrData.Time() << " " << headerSuffix;
wAmrVisTopLevel = XtVaCreatePopupShell(headerout.str().c_str(),
topLevelShellWidgetClass, wTopLevel,
XmNwidth, initialWindowWidth,
XmNheight, initialWindowHeight,
XmNx, 120+placementOffsetX,
XmNy, 220+placementOffsetY,
XmNdeleteResponse, XmDO_NOTHING,
NULL);
if(AVGlobals::Verbose()) {
cout << "_in PltApp::PltApp: subregion" << endl;
pltAppState->PrintSetMap(); cout << endl;
}
gaPtr = new GraphicsAttributes(wAmrVisTopLevel);
display = gaPtr->PDisplay();
xgc = gaPtr->PGC();
if(gaPtr->PVisual() != XDefaultVisual(display, gaPtr->PScreenNumber())) {
XtVaSetValues(wAmrVisTopLevel, XmNvisual, gaPtr->PVisual(), XmNdepth, 8, NULL);
}
for(int np(0); np < Amrvis::NPLANES; ++np) {
amrPicturePtrArray[np] = new AmrPicture(np, gaPtr, region,
sPltParent, this,
pltAppState,
pltAppState->GetCGSmoothing());
}
#if (BL_SPACEDIM == 3)
for(int i(0); i < BL_SPACEDIM; ++i) {
amrPicturePtrArray[i]->SetHVLine(pltAppState->CurrentScale());
}
#endif
ivLowOffsetMAL = offset;
PltAppInit(true);
}
// -------------------------------------------------------------------
void PltApp::PltAppInit(bool bSubVolume) {
int np;
AmrData &amrData = dataServicesPtr[currentFrame]->AmrDataRef();
int minAllowableLevel(pltAppState->MinAllowableLevel());
int maxAllowableLevel(pltAppState->MaxAllowableLevel());
wRangeRadioButton.resize(Amrvis::BNUMBEROFMINMAX);
// User defined widget destroy callback -- will free all memory used to create
// window.
XmAddWMProtocolCallback(wAmrVisTopLevel,
XmInternAtom(display, const_cast<char *>("WM_DELETE_WINDOW"), false),
(XtCallbackProc) CBQuitPltApp, (XtPointer) this);
for(np = 0; np != BL_SPACEDIM; ++np) {
XYplotwin[np] = NULL; // No 1D plot windows initially.
// For speed (and clarity) we store the values of the finest value of h of
// each dimension, as well as the low value of the problem domain in simple
// arrays. These are both in problem space.
finestDx[np] = amrData.DxLevel()[maxAllowableLevel][np];
gridOffset[np] = amrData.ProbLo()[np];
}
bSyncFrame = false;
placementOffsetX += 20;
placementOffsetY += 20;
servingButton = 0;
activeView = Amrvis::ZPLANE;
int maxDrawnLevel(maxAllowableLevel);
startX = 0;
startY = 0;
endX = 0;
endY = 0;
animationIId = 0;
frameSpeed = 300;
readyFrames.resize(animFrames, false);
frameBuffer.resize(animFrames);
selectionBox.convert(amrData.ProbDomain()[0].type());
selectionBox.setSmall(IntVect::TheZeroVector());
selectionBox.setBig(IntVect::TheZeroVector());
for(np = 0; np != Amrvis::NPLANES; ++np) {
amrPicturePtrArray[np]->SetFrameSpeed(frameSpeed);
amrPicturePtrArray[np]->SetRegion(startX, startY, endX, endY);
}
pltAppState->SetFormatString(PltApp::initialFormatString);
infoShowing = false;
callTraceShowing = false;
contoursShowing = false;
setRangeShowing = false;
bSetRangeRedraw = false;
datasetShowing = false;
bFormatShowing = false;
writingRGB = false;
int palListLength(AVPalette::PALLISTLENGTH);
int palWidth(AVPalette::PALWIDTH);
int totalPalWidth(AVPalette::TOTALPALWIDTH);
int totalPalHeight(AVPalette::TOTALPALHEIGHT);
if(bRegions || bTimeline) {
totalPalWidth += 100;
}
totalPalWidth += extraPaletteWidth;
pltPaletteptr = new Palette(wTopLevel, palListLength, palWidth,
totalPalWidth, totalPalHeight,
reserveSystemColors);
// ------------------------------- handle commprof timeline format
if(initTimeline) {
pltPaletteptr->SetTimeline(bTimeline);
pltPaletteptr->SetMPIFuncNames(mpiFNames);
}
// ------------------------------- handle commprof regions format
if(bRegions) {
pltPaletteptr->SetRegions(true);
pltPaletteptr->SetRegionNames(regNames);
}
// gc for gxxor rubber band line drawing
rbgc = XCreateGC(display, gaPtr->PRoot(), 0, NULL);
XSetFunction(display, rbgc, GXxor);
cursor = XCreateFontCursor(display, XC_left_ptr);
// No need to store these widgets in the class after this function is called.
Widget wMainArea, wPalFrame, wPlotFrame, wPalForm;
wMainArea = XtVaCreateManagedWidget("MainArea", xmFormWidgetClass,
wAmrVisTopLevel,
NULL);
// ------------------------------- menu bar
Widget wMenuBar, wMenuPulldown, wid, wCascade;
char selectText[20], accelText[20], accel[20];
XmString label_str;
XtSetArg(args[0], XmNtopAttachment, XmATTACH_FORM);
XtSetArg(args[1], XmNleftAttachment, XmATTACH_FORM);
XtSetArg(args[2], XmNrightAttachment, XmATTACH_FORM);
wMenuBar = XmCreateMenuBar(wMainArea, const_cast<char *>("menubar"), args, 3);
// ------------------------------- file menu
wMenuPulldown = XmCreatePulldownMenu(wMenuBar, const_cast<char *>("Filepulldown"), NULL, 0);
XtVaCreateManagedWidget("File", xmCascadeButtonWidgetClass, wMenuBar,
XmNmnemonic, 'F', XmNsubMenuId, wMenuPulldown, NULL);
// To look at a subregion of the plot
label_str = XmStringCreateSimple(const_cast<char *>("Ctrl+S"));
wid =
XtVaCreateManagedWidget((BL_SPACEDIM != 3) ? "Subregion..." : "Subvolume...",
xmPushButtonGadgetClass, wMenuPulldown,
XmNmnemonic, 'S',
XmNaccelerator, "Ctrl<Key>S",
XmNacceleratorText, label_str,
NULL);
XmStringFree(label_str);
AddStaticCallback(wid, XmNactivateCallback, &PltApp::DoSubregion);
// To change the palette
wid = XtVaCreateManagedWidget("Palette...", xmPushButtonGadgetClass,
wMenuPulldown, XmNmnemonic, 'P', NULL);
AddStaticCallback(wid, XmNactivateCallback, &PltApp::DoPaletteButton);
// To output to various formats (.ps, .rgb, .fab)
wCascade = XmCreatePulldownMenu(wMenuPulldown, const_cast<char *>("outputmenu"), NULL, 0);
XtVaCreateManagedWidget("Export", xmCascadeButtonWidgetClass, wMenuPulldown,
XmNmnemonic, 'E', XmNsubMenuId, wCascade, NULL);
wid = XtVaCreateManagedWidget("PS File...", xmPushButtonGadgetClass,
wCascade, XmNmnemonic, 'P', NULL);
AddStaticCallback(wid, XmNactivateCallback, &PltApp::DoOutput, (XtPointer) 0);
if(AVGlobals::IsSGIrgbFile()) {
wid = XtVaCreateManagedWidget("RGB File...", xmPushButtonGadgetClass,
wCascade, XmNmnemonic, 'R', NULL);
} else {
wid = XtVaCreateManagedWidget("PPM File...", xmPushButtonGadgetClass,
wCascade, XmNmnemonic, 'M', NULL);
}
AddStaticCallback(wid, XmNactivateCallback, &PltApp::DoOutput, (XtPointer) 1);
wid = XtVaCreateManagedWidget("FAB File...", xmPushButtonGadgetClass,
wCascade, XmNmnemonic, 'F', NULL);
AddStaticCallback(wid, XmNactivateCallback, &PltApp::DoOutput, (XtPointer) 2);
// Quit
XtVaCreateManagedWidget(NULL, xmSeparatorGadgetClass, wMenuPulldown, NULL);
label_str = XmStringCreateSimple(const_cast<char *>("Ctrl+Q"));
wid = XtVaCreateManagedWidget("Quit", xmPushButtonGadgetClass, wMenuPulldown,
XmNmnemonic, 'Q',
XmNaccelerator, "Ctrl<Key>Q",
XmNacceleratorText, label_str,
NULL);
XmStringFree(label_str);
XtAddCallback(wid, XmNactivateCallback, (XtCallbackProc) CBQuitAll,
(XtPointer) this);
// Close
XtVaCreateManagedWidget(NULL, xmSeparatorGadgetClass, wMenuPulldown, NULL);
label_str = XmStringCreateSimple(const_cast<char *>("Ctrl+C"));
wid = XtVaCreateManagedWidget("Close", xmPushButtonGadgetClass, wMenuPulldown,
XmNmnemonic, 'C',
XmNaccelerator, "Ctrl<Key>C",
XmNacceleratorText, label_str,
NULL);
XmStringFree(label_str);
XtAddCallback(wid, XmNactivateCallback, (XtCallbackProc) CBQuitPltApp,
(XtPointer) this);
// ------------------------------- view menu
wMenuPulldown = XmCreatePulldownMenu(wMenuBar, const_cast<char *>("MenuPulldown"), NULL, 0);
XtVaCreateManagedWidget("View", xmCascadeButtonWidgetClass, wMenuBar,
XmNmnemonic, 'V', XmNsubMenuId, wMenuPulldown, NULL);
// To scale the raster / contour windows
int maxallow(min(MAXSCALE, maxAllowableScale));
wCascade = XmCreatePulldownMenu(wMenuPulldown, const_cast<char *>("scalemenu"), NULL, 0);
XtVaCreateManagedWidget("Scale", xmCascadeButtonWidgetClass, wMenuPulldown,
XmNmnemonic, 'S', XmNsubMenuId, wCascade, NULL);
for(int scale(1); scale <= maxallow; ++scale) {
sprintf(selectText, "%ix", scale);
wid = XtVaCreateManagedWidget(selectText, xmToggleButtonGadgetClass, wCascade,
XmNset, false, NULL);
if(scale <= 10) {
// scale values <= 10 are shortcutted by pressing the number 1-0
sprintf(accel, "<Key>%i", scale % 10);
sprintf(accelText, "%i", scale % 10);
label_str = XmStringCreateSimple(accelText);
XtVaSetValues(wid, XmNmnemonic, scale + 'O',
XmNaccelerator, accel,
XmNacceleratorText, label_str,
NULL);
XmStringFree(label_str);
} else if(scale <= 20) {
// scale values <= 20 can be obtained by holding down ALT and pressing 1-0
sprintf(accel, "Alt<Key>%i", scale % 10);
sprintf(accelText, "Alt+%i", scale % 10);
label_str = XmStringCreateSimple(accelText);
XtVaSetValues(wid,
XmNaccelerator, accel,
XmNacceleratorText, label_str,
NULL);
XmStringFree(label_str);
}
if(scale == pltAppState->CurrentScale()) {
// Toggle buttons indicate which is the current scale
XtVaSetValues(wid, XmNset, true, NULL);
wCurrScale = wid;
}
AddStaticCallback(wid, XmNvalueChangedCallback, &PltApp::ChangeScale,
(XtPointer) static_cast<long> (scale));
}
// Levels button, to view various levels of refinement
wCascade = XmCreatePulldownMenu(wMenuPulldown, const_cast<char *>("levelmenu"), NULL, 0);
XtVaCreateManagedWidget("Level", xmCascadeButtonWidgetClass, wMenuPulldown,
XmNmnemonic, 'L', XmNsubMenuId, wCascade, NULL);
wCurrLevel = NULL;
BL_ASSERT(minAllowableLevel <= maxDrawnLevel);
for(int menuLevel(minAllowableLevel); menuLevel <= maxDrawnLevel; ++menuLevel) {
sprintf(selectText, "%i/%i", menuLevel, amrData.FinestLevel());
wid = XtVaCreateManagedWidget(selectText, xmToggleButtonGadgetClass, wCascade,
XmNset, false, NULL);
if(menuLevel <= 10) {
// Levels <= 10 are shortcutted by holding down the CTRL key and pressing 1-0
sprintf(accel, "Ctrl<Key>%i", menuLevel % 10);
sprintf(accelText, "Ctrl+%i", menuLevel % 10);
label_str = XmStringCreateSimple(accelText);
XtVaSetValues(wid, XmNmnemonic, menuLevel + '0',
XmNaccelerator, accel,
XmNacceleratorText, label_str,
NULL);
XmStringFree(label_str);
}
if(menuLevel == maxDrawnLevel) {
// Toggle button indicates current level in view
XtVaSetValues(wid, XmNset, true, NULL);
wCurrLevel = wid;
}
AddStaticCallback(wid, XmNvalueChangedCallback, &PltApp::ChangeLevel,
(XtPointer) static_cast<long>(menuLevel));
}
Widget wTempDrawLevel = wid;
// Button to create (or pop up) a dialog to set contour settings
label_str = XmStringCreateSimple(const_cast<char *>("C"));
wid = XtVaCreateManagedWidget("Contours...",
xmPushButtonGadgetClass, wMenuPulldown,
XmNmnemonic, 'C',
// XmNaccelerator, "<Key>C",
// XmNacceleratorText, label_str,
NULL);