void autoSaveTimeoutHandler(void *data)
{
if ( airPtr )
{
Stringc backupfn = airPtr->getTempDir();
backupfn.concatenate("vsp_autobackup.vsp");
airPtr->writeFile(backupfn.get_char_star());
}
Fl::repeat_timeout(AUTO_SAVE_TIME, autoSaveTimeoutHandler, data );
}
void autoSaveTimeoutHandler(void *data)
{
if ( airPtr )
{
Stringc backupfn = airPtr->getTempDir();
backupfn.concatenate("vsp_autobackup.vsp");
airPtr->writeFile(backupfn.get_char_star(), true);
}
Fl::repeat_timeout(VspPreferences::Instance()->autoSaveInterval, autoSaveTimeoutHandler, data );
}
void GeomScreen::loadGeomBrowser()
{
int i;
//==== Save List of Selected Geoms ====//
vector< Geom* > selVec = getSelectedGeomVec();
lastTopLine = geomUI->geomBrowser->topline();
//==== Get Geoms To Display ====//
vector< Geom* > geomVec = aircraftPtr->getDisplayGeomVec();
// vector< Geom* > geomVec = aircraftPtr->getGeomVec();
geomUI->geomBrowser->clear();
geomUI->geomBrowser->add( aircraftPtr->getName() );
for ( i = 0 ; i < (int)geomVec.size() ; i++ )
{
Stringc str;
//==== Check if Parent is Selected ====//
if ( isParentSelected( geomVec[i], selVec ) )
str.concatenate("@b@.");
int numindents = geomVec[i]->countParents(0);
for ( int j = 0 ; j < numindents ; j++ )
{
str.concatenate("--");
}
if ( geomVec[i]->getPosAttachFlag() == POS_ATTACH_NONE )
str.concatenate("> ");
else
str.concatenate("^ ");
if ( !geomVec[i]->getDisplayChildrenFlag() )
str.concatenate("(+) ");
str.concatenate(geomVec[i]->getName());
if ( geomVec[i]->getNoShowFlag() )
str.concatenate("(no show)");
geomUI->geomBrowser->add( str );
}
//==== Restore List of Selected Geoms ====//
for ( i = 0 ; i < (int)selVec.size() ; i++ )
selectGeomBrowser( selVec[i] );
}
//=====================================================//
//===== Batch Mode Check - Parse the Command Line =====//
//=====================================================//
int batchMode(int argc, char *argv[], Aircraft* airPtr)
{
// printf("number of args = %d : \n", argc);
// for (int p = 0; p < argc; p++) {
// printf("%s, ", argv[p]);
// }
// printf("\n");
int i;
int batchModeFlag = 0;
int compgeomFlag = 0;
int meshFlag = 0;
int sliceFlag = 0;
int numSlices = 0;
int writeXsecFlag = 0;
int writeFelisaFlag = 0;
int writeStereoFlag = 0;
int writeTRIFlag = 0;
int writeRhinoFlag = 0;
int writeNascartFlag = 0;
int doxmlFlag = 0;
int scriptFlag = 0;
int feaMeshFlag = 0;
int cfdMeshFlag = 0;
int setTempDirFlag = 0;
Stringc tempDirName;
double cfdMeshScale = 1.0;
int cfdDefaultSourcesFlag = 1;
double Mach,sliceAngle;
int coneSections;
Stringc scriptFile,xmlFile;
char airName[255];
Stringc exec;
int userParmFlag = 0;
int userParmID = 0;
double userParmVal = 0.0;
//==== Output Names =====//
enum { COMPGEOM_TXT, COMPGEOM_CSV, CFDMESH_STL, CFDMESH_POLY, CFDMESH_TRI, CFDMESH_OBJ,
CFDMESH_DAT, CFDMESH_KEY, FEAMESH_STL, FEAMESH_MASS, FEAMESH_NASTRAN,
FEAMESH_CALC_GEOM, FEAMESH_CALC_THICK, COMPGEOM_DRAG, NUM_OUT_NAMES };
char* outFileTypes[] = {"compgeom_txt", "compgeom_csv", "cfdmesh_stl", "cfdmesh_poly",
"cfdmesh_tri", "cfdmesh_obj", "cfdmesh_dat", "cfdmesh_key",
"feamesh_stl", "feamesh_mass", "feamesh_nastran",
"feamesh_calc_geom", "feamesh_calc_thick", "compgeom_drag" };
bool outNameFlags[NUM_OUT_NAMES];
Stringc outNames[NUM_OUT_NAMES];
for ( int i = 0 ; i < NUM_OUT_NAMES ; i++ )
outNameFlags[i] = false;
memset( airName, '\0', 255 );
/* Parse the input */
i = 1;
while ( i <= argc - 1 ) {
/* Do batch */
if ( strcmp(argv[i],"-batch") == 0 ) {
if (i+1 < argc)
{
strcpy( airName, argv[++i] );
batchModeFlag = 1;
}
}
if ( strcmp(argv[i],"-script") == 0 ) {
if (i+1 < argc)
{
scriptFile = argv[++i];
scriptFlag = 1;
}
}
if ( strcmp(argv[i],"-loop") == 0 ) {
if (i+2 < argc)
{
sscanf(argv[++i], "%f", &timerTime);
timerScriptFile = argv[++i];
timerFlag = 1;
}
}
if ( strcmp(argv[i],"-settempdir") == 0 ) {
if (i+1 < argc)
{
tempDirName = argv[++i];
setTempDirFlag = 1;
}
}
if ( strcmp(argv[i],"-compgeom") == 0 ) {
compgeomFlag = 1;
}
if ( strcmp(argv[i],"-mesh") == 0 ) {
meshFlag = 1;
}
if ( strcmp(argv[i],"-slice") == 0 ) {
if (i+1 < argc)
{
numSlices = atoi( argv[++i] );
Mach = atof(argv[++i] );
sliceAngle = asin((double)1.0/(double)Mach);
sliceAngle = RAD2DEG(sliceAngle);
coneSections = atoi( argv[++i] );
sliceFlag = 1;
}
}
if ( strcmp(argv[i],"-xsec") == 0 ) {
writeXsecFlag = 1;
}
if ( strcmp(argv[i],"-felisa") == 0 ) {
writeFelisaFlag = 1;
}
if ( strcmp(argv[i],"-stereo") == 0 ) {
writeStereoFlag = 1;
}
if ( strcmp(argv[i],"-tri") == 0 ) {
writeTRIFlag = 1;
}
if ( strcmp(argv[i],"-rhino") == 0 ) {
writeRhinoFlag = 1;
}
if ( strcmp(argv[i],"-nascart") == 0 ) {
writeNascartFlag = 1;
}
if ( strcmp(argv[i],"-doxml") == 0 ) {
if (i+1 < argc)
{
xmlFile = argv[++i];
doxmlFlag = 1;
}
}
if ( strcmp(argv[i],"-feamesh") == 0 ) {
feaMeshFlag = 1;
}
if ( strcmp(argv[i],"-cfdmesh") == 0 ) {
cfdMeshFlag = 1;
if ( (i+1 < argc) && ( argv[i+1][0] != '-' ) )
{
cfdMeshScale = atof( argv[++i] );
if ( cfdMeshScale <= 0 )
{
printf( "invalid cfdMeshScale '%s'\n", argv[i] );
exit( 1 );
}
}
}
if ( strcmp(argv[i],"-nocfddefsources") == 0 ) {
cfdDefaultSourcesFlag = 0;
}
if ( strcmp(argv[i],"-userparm") == 0 ) {
if (i+1 < argc && i+2 < argc )
{
userParmFlag = 1;
userParmID = atoi( argv[++i] );
userParmVal = atof( argv[++i] );
}
}
if ( strcmp(argv[i],"-outname") == 0 )
{
if (i+1 < argc && i+2 < argc )
{
for ( int n = 0 ; n < NUM_OUT_NAMES ; n++ )
{
if ( strcmp( argv[i+1], outFileTypes[n] ) == 0 )
{
outNameFlags[n] = true;
outNames[n] = argv[i+2];
i += 2;
//printf("OutName: %s = %s \n", outFileTypes[n], outNames[n].get_char_star() );
break;
}
}
}
}
if ( strcmp(argv[i],"-help") == 0 )
{
printf("\n");
printf(" %s\n",VSPVERSION1);
printf("--------------------------------------------\n");
printf("Usage: vsp [inputfile.vsp] (run interactive version)\n");
printf(" : vsp -batch <filename> (batch mode)\n");
printf(" : vsp -script <filename> (batch mode)\n");
printf(" : vsp -loop <seconds> <filename> (GUI is visible)\n");
printf("--------------------------------------------\n");
printf("\n");
printf("VSP batch options listed below:\n");
printf(" -compgeom Batch run compgeom\n" );
printf(" -slice # Batch run slice\n" );
printf(" -mesh Batch run mesh\n" );
printf(" -cfdmesh val Batch run CFD mesh ( val = scale tri size )\n" );
printf(" -nocfddefsources Do not add default sources.\n" );
printf(" -feamesh Batch run fea mesh\n" );
printf(" -xsec Write Herm file (Vorview format) \n");
printf(" -felisa Write Felisa files \n");
printf(" -stereo Write Stereolith file \n");
printf(" -tri Write Cart3D file \n");
printf(" -rhino Write Rhino3D file \n");
printf(" -nascart Write Nascart file \n");
printf(" -doxml Process an external xml file \n");
printf(" -userparm # val Set the value of the user parm \n");
printf(" -tempdir pathname Set the path name of the dir to write temp files\n");
printf(" -outname type name Set the filenames for output where type = \n");
printf(" %s, %s, %s, %s, \n", outFileTypes[0], outFileTypes[1], outFileTypes[2], outFileTypes[3] );
printf(" %s, %s, %s, %s, \n", outFileTypes[4], outFileTypes[5], outFileTypes[6], outFileTypes[7] );
printf(" %s, %s, %s \n", outFileTypes[8], outFileTypes[9], outFileTypes[10] );
printf(" %s, %s \n", outFileTypes[11], outFileTypes[12] );
//printf(" cfdmesh_tri, cfdmesh_obj, cfdmesh_dat, cfdmesh_key, \n");
//printf(" feamesh_stl, feamesh_mass, feamesh_nastran, \n");
//printf(" feamesh_calc_geom, feamesh_calc_thick \n");
printf(" -help This message\n");
printf("\n");
printf("--------------------------------------------\n");
return 1;
}
i++;
}
if ( batchModeFlag == 0 && scriptFlag == 0 && timerFlag == 0 )
return 0;
if ( scriptFlag )
{
scriptMgr->setScriptMode(ScriptMgr::SCRIPT);
ScreenMgr* screenMgrPtr = new ScreenMgr(airPtr);
airPtr->setScreenMgr( screenMgrPtr );
long fileSize = 0;
char * buffer = NULL;
FILE * filePtr = fopen ( scriptFile , "rb" );
if (filePtr!=NULL)
{
printf( "processing script...\n");
// obtain file size.
fseek (filePtr , 0 , SEEK_END);
fileSize = ftell (filePtr);
rewind (filePtr);
// allocate memory to contain the whole file.
buffer = (char*) malloc (fileSize+1);
if (buffer == NULL) exit (2);
// copy the file into the buffer.
fread (buffer,1,fileSize,filePtr);
buffer[fileSize] = '\0'; // add end
scriptMgr->parseScript(Stringc(buffer));
// terminate
fclose (filePtr);
free (buffer);
printf( "finished\n");
}
else
{
printf( "ERROR: Unable to find file.");
}
}
else if (batchModeFlag)
{
//==== Set Base File Name ====//
Stringc base_name, slice_name;
Stringc ram_file_name = airName;
int vsp_loc = ram_file_name.search_for_substring(".vsp");
if ( vsp_loc < 0 )
base_name = ram_file_name;
else
base_name = ram_file_name.get_range(0, vsp_loc-1);
//==== Read VSP File ====//
// ram_file_name = base_name;
// ram_file_name.concatenate(".vsp");
//==== Check for File ====//
airPtr->openFile(ram_file_name);
airPtr->setActiveGeom( 0 );
airPtr->update_bbox();
if ( compgeomFlag )
{
//==== CompGeom File Names ====//
if ( outNameFlags[COMPGEOM_TXT] )
{
airPtr->setExortFileName( outNames[0], Aircraft::COMP_GEOM_TXT_TYPE );
}
if ( outNameFlags[COMPGEOM_CSV] )
{
airPtr->setExportCompGeomCsvFile( true );
airPtr->setExortFileName( outNames[1], Aircraft::COMP_GEOM_CSV_TYPE );
}
if ( outNameFlags[COMPGEOM_DRAG] )
{
airPtr->setExportDragBuildTsvFile( true );
airPtr->setExortFileName( outNames[COMPGEOM_DRAG], Aircraft::DRAG_BUILD_TSV_TYPE );
}
Geom* geom = airPtr->comp_geom(0);
}
if ( meshFlag )
{
Geom* geom = airPtr->comp_geom(0, 1);
}
if ( feaMeshFlag )
{
//==== FeaMesh Names ====//
if ( outNameFlags[FEAMESH_STL] )
feaMeshMgrPtr->SetFeaExportFileName( outNames[FEAMESH_STL], FeaMeshMgr::STL_FEA_NAME );
if ( outNameFlags[FEAMESH_MASS] )
feaMeshMgrPtr->SetFeaExportFileName( outNames[FEAMESH_MASS], FeaMeshMgr::MASS_FILE_NAME );
if ( outNameFlags[FEAMESH_NASTRAN] )
feaMeshMgrPtr->SetFeaExportFileName( outNames[FEAMESH_NASTRAN], FeaMeshMgr::NASTRAN_FILE_NAME );
if ( outNameFlags[FEAMESH_CALC_GEOM] )
feaMeshMgrPtr->SetFeaExportFileName( outNames[FEAMESH_CALC_GEOM], FeaMeshMgr::GEOM_FILE_NAME );
if ( outNameFlags[FEAMESH_CALC_THICK] )
feaMeshMgrPtr->SetFeaExportFileName( outNames[FEAMESH_CALC_THICK], FeaMeshMgr::THICK_FILE_NAME );
feaMeshMgrPtr->SetBatchFlag( true );
feaMeshMgrPtr->LoadSurfaces();
feaMeshMgrPtr->Build();
feaMeshMgrPtr->Export();
}
if ( userParmFlag )
{
airPtr->getUserGeom()->SetUserParmValue( userParmID, userParmVal );
airPtr->update_bbox();
}
if (sliceFlag)
{
slice_name = Stringc("slice.txt");
Geom* geom = airPtr->slice(2,numSlices,(double)sliceAngle,(double)coneSections,slice_name);
}
if ( cfdMeshFlag )
{
//==== CFD Mesh File Names ====//
if ( outNameFlags[CFDMESH_STL] )
cfdMeshMgrPtr->SetExportFileName( outNames[CFDMESH_STL], CfdMeshMgr::STL_FILE_NAME );
if ( outNameFlags[CFDMESH_POLY] )
cfdMeshMgrPtr->SetExportFileName( outNames[CFDMESH_POLY], CfdMeshMgr::POLY_FILE_NAME );
if ( outNameFlags[CFDMESH_TRI] )
cfdMeshMgrPtr->SetExportFileName( outNames[CFDMESH_TRI], CfdMeshMgr::TRI_FILE_NAME );
if ( outNameFlags[CFDMESH_OBJ] )
cfdMeshMgrPtr->SetExportFileName( outNames[CFDMESH_OBJ], CfdMeshMgr::OBJ_FILE_NAME );
if ( outNameFlags[CFDMESH_DAT] )
cfdMeshMgrPtr->SetExportFileName( outNames[CFDMESH_DAT], CfdMeshMgr::DAT_FILE_NAME );
if ( outNameFlags[CFDMESH_KEY] )
cfdMeshMgrPtr->SetExportFileName( outNames[CFDMESH_KEY], CfdMeshMgr::KEY_FILE_NAME );
cfdMeshMgrPtr->SetBatchFlag( true );
Stringc bezTempFile = airPtr->getTempDir();
bezTempFile.concatenate( Stringc( "cfdmesh.bez" ) );
airPtr->write_bezier_file( bezTempFile );
cfdMeshMgrPtr->CleanUp();
cfdMeshMgrPtr->ReadSurfs( bezTempFile );
cfdMeshMgrPtr->UpdateSources();
if ( cfdDefaultSourcesFlag )
{
cfdMeshMgrPtr->AddDefaultSources();
cfdMeshMgrPtr->UpdateSources();
}
cfdMeshMgrPtr->ScaleTriSize( cfdMeshScale );
cfdMeshMgrPtr->BuildGrid();
cfdMeshMgrPtr->Intersect();
cfdMeshMgrPtr->UpdateSources();
cfdMeshMgrPtr->InitMesh();
cfdMeshMgrPtr->Remesh( CfdMeshMgr::NO_OUTPUT );
//Stringc stereo_file_name = base_name;
//stereo_file_name.concatenate(".stl");
//cfdMeshMgrPtr->WriteSTL( stereo_file_name );
//Stringc bodyin_dat_file_name = base_name;
//bodyin_dat_file_name.concatenate("bodyin.dat");
//Stringc bodyin_key_file_name = base_name;
//bodyin_key_file_name.concatenate("bodyin.key");
// cfdMeshMgrPtr->WriteNASCART(bodyin_dat_file_name, bodyin_key_file_name );
//cfdMeshMgrPtr->WriteTetGen("tetgen.poly");
Stringc resultTxt = cfdMeshMgrPtr->CheckWaterTight();
printf( resultTxt.get_char_star() );
fflush( stdout );
cfdMeshMgrPtr->SetExportFileFlag( true, CfdMeshMgr::STL_FILE_NAME );
cfdMeshMgrPtr->SetExportFileFlag( true, CfdMeshMgr::POLY_FILE_NAME );
cfdMeshMgrPtr->SetExportFileFlag( true, CfdMeshMgr::TRI_FILE_NAME );
cfdMeshMgrPtr->SetExportFileFlag( true, CfdMeshMgr::OBJ_FILE_NAME );
cfdMeshMgrPtr->SetExportFileFlag( true, CfdMeshMgr::DAT_FILE_NAME );
cfdMeshMgrPtr->SetExportFileFlag( true, CfdMeshMgr::KEY_FILE_NAME );
cfdMeshMgrPtr->ExportFiles();
}
if ( writeXsecFlag )
{
Stringc xsec_vorview_file_name = base_name;
xsec_vorview_file_name.concatenate(".hrm");
airPtr->write_xsec_file( xsec_vorview_file_name );
printf( "xsec file name = %s\n", xsec_vorview_file_name() );
}
if ( writeFelisaFlag )
{
Stringc felisa_file_name = base_name;
felisa_file_name.concatenate(".fel");
Stringc felisa_background_file_name = base_name;
felisa_background_file_name.concatenate(".bac");
Stringc fps3d_bco_file_name = base_name;
fps3d_bco_file_name.concatenate(".bsf");
airPtr->write_felisa_file( felisa_file_name );
airPtr->write_felisa_background_file( felisa_background_file_name );
airPtr->write_fps3d_bco_file( fps3d_bco_file_name );
printf( "felissa file name = %s, %s, %s\n", felisa_file_name(), felisa_background_file_name(), fps3d_bco_file_name() );
}
if ( writeStereoFlag )
{
Stringc stereo_file_name = base_name;
stereo_file_name.concatenate(".stl");
airPtr->write_stl_file( stereo_file_name );
printf( "stereolith file name = %s\n", stereo_file_name());
}
if ( writeTRIFlag )
{
Stringc tri_file_name = base_name;
tri_file_name.concatenate(".tri");
airPtr->write_cart3d_files( tri_file_name );
printf( "cart3d file name = %s\n", tri_file_name());
}
if ( writeRhinoFlag )
{
Stringc rhino_file_name = base_name;
rhino_file_name.concatenate(".3dm");
airPtr->write_rhino_file( rhino_file_name );
printf( "rhino3d file name = %s\n", rhino_file_name());
}
if ( writeNascartFlag )
{
//==== Extract Path ====//
Stringc nascart_file_name = base_name;
int last = -1;
for ( i = 0 ; i < nascart_file_name.get_length() ; i++ )
{
if ( nascart_file_name[i] == '/' )
last = i;
}
if ( last == -1 )
nascart_file_name = Stringc("bodyin.dat");
else
{
nascart_file_name.delete_range(last+1,nascart_file_name.get_length()-1);
nascart_file_name.concatenate( "bodyin.dat" );
}
airPtr->write_nascart_files( nascart_file_name );
printf( "nascart file name = %s\n", nascart_file_name());
}
if ( setTempDirFlag )
{
airPtr->setTempDir( tempDirName, true );
}
}
return (batchModeFlag || scriptFlag);
}
void Af::write(xmlNodePtr node)
{
int i;
xmlAddIntNode( node, "Type", type);
xmlAddIntNode( node, "Inverted_Flag", inverted_flag);
xmlAddDoubleNode( node, "Camber", camber() );
xmlAddDoubleNode( node, "Camber_Loc", camber_loc() );
xmlAddDoubleNode( node, "Thickness", thickness() );
xmlAddDoubleNode( node, "Thickness_Loc", thickness_loc() );
xmlAddDoubleNode( node, "Radius_Le", radius_le() );
xmlAddDoubleNode( node, "Radius_Te", radius_te() );
xmlAddIntNode( node, "Six_Series", sixser );
xmlAddDoubleNode( node, "Ideal_Cl", ideal_cl() );
xmlAddDoubleNode( node, "A", a() );
if ( type == AIRFOIL_FILE )
{
xmlAddStringNode( node, "Name", name() );
xmlAddDoubleNode( node, "Original_AF_Thickness", orig_af_thickness );
xmlAddDoubleNode( node, "Radius_LE_Correction_Factor", radius_le_correction_factor );
xmlAddDoubleNode( node, "Radius_TE_Correction_Factor", radius_te_correction_factor );
vec3d pnt;
Stringc upstr;
char numstr[255];
for ( i = 0 ; i < upper_curve.get_num_pnts() ; i++)
{
pnt = upper_curve.get_pnt(i);
sprintf( numstr, "%lf, %lf,", pnt.x(), pnt.z() );
upstr.concatenate(numstr);
}
upstr.concatenate("\0");
xmlAddStringNode( node, "Upper_Pnts", upstr );
Stringc lowstr;
for ( i = 0 ; i < lower_curve.get_num_pnts() ; i++)
{
pnt = lower_curve.get_pnt(i);
sprintf( numstr, "%lf, %lf,", pnt.x(), pnt.z() );
lowstr.concatenate(numstr);
}
lowstr.concatenate("\0");
xmlAddStringNode( node, "Lower_Pnts", lowstr );
}
xmlAddIntNode( node, "Slat_Flag", slat_flag );
xmlAddIntNode( node, "Slat_Shear_Flag", slat_shear_flag );
xmlAddDoubleNode( node, "Slat_Chord", slat_chord() );
xmlAddDoubleNode( node, "Slat_Angle", slat_angle() );
xmlAddIntNode( node, "Flap_Flag", flap_flag );
xmlAddIntNode( node, "Flap_Shear_Flag", flap_shear_flag );
xmlAddDoubleNode( node, "Flap_Chord", flap_chord() );
xmlAddDoubleNode( node, "Flap_Angle", flap_angle() );
}