bool ModelExporter::getInputSpecification(PlugInArgList*& pInArgList)
{
pInArgList = mpPlugInManager->getPlugInArgList();
VERIFY(pInArgList != NULL);
PlugInArg* pArg = NULL;
VERIFY((pArg = mpPlugInManager->getPlugInArg()) != NULL);
pArg->setName(Executable::ProgressArg());
pArg->setType("Progress");
pArg->setDefaultValue(NULL);
pArg->setDescription(Executable::ProgressArgDescription());
pInArgList->addArg(*pArg);
VERIFY((pArg = mpPlugInManager->getPlugInArg()) != NULL);
pArg->setName(Exporter::ExportDescriptorArg());
pArg->setType("FileDescriptor");
pArg->setDefaultValue(NULL);
pArg->setDescription("File descriptor for the output file.");
pInArgList->addArg(*pArg);
VERIFY((pArg = mpPlugInManager->getPlugInArg()) != NULL);
pArg->setName(Exporter::ExportItemArg());
pArg->setType(mDataElementSubclass);
pArg->setDefaultValue(NULL);
pArg->setDescription("Model item to export.");
pInArgList->addArg(*pArg);
return true;
}
bool SaveLayer::getInputSpecification(PlugInArgList*& pArgList)
{
pArgList = NULL;
if (mbInteractive)
{
VERIFY(DesktopItems::getInputSpecification(pArgList) && pArgList != NULL);
Service<PlugInManagerServices> pPlugInManager;
VERIFY(pPlugInManager.get() != NULL);
// Add args
PlugInArg* pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Filename");
pArg->setType("Filename");
pArg->setDefaultValue(NULL);
pArg->setDescription("Location to save the file at.");
pArgList->addArg(*pArg);
LayerType eType = getLayerType();
string modelType = getModelType(eType);
VERIFY(!modelType.empty());
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Layer Element");
pArg->setType(modelType);
pArg->setDefaultValue(NULL);
pArg->setDescription("Layer element to save.");
pArgList->addArg(*pArg);
}
return true;
}
bool PrintView::getInputSpecification(PlugInArgList*& pArgList)
{
pArgList = NULL;
if (mbInteractive)
{
VERIFY(DesktopItems::getInputSpecification(pArgList) && pArgList != NULL);
Service<PlugInManagerServices> pPlugInManager;
VERIFY(pPlugInManager.get() != NULL);
// Add args
PlugInArg* pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Data set");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Data set to be printed.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Setup Dialog");
pArg->setType("bool");
pArg->setDefaultValue(&mbPrintDialog);
pArg->setDescription("Whether to show the setup dialog before printing.");
pArgList->addArg(*pArg);
}
return true;
}
bool AutoImporter::getInputSpecification(PlugInArgList*& pArgList)
{
pArgList = NULL;
pArgList = mpPlugInManager->getPlugInArgList();
if (pArgList == NULL)
{
return false;
}
// Menu command
PlugInArg* pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName(Executable::MenuCommandArg());
pArg->setType("string");
pArg->setDescription("String name for the menu command.");
pArg->setDefaultValue(NULL);
pArgList->addArg(*pArg);
// Progress
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName(Executable::ProgressArg());
pArg->setType("Progress");
pArg->setDescription(Executable::ProgressArgDescription());
pArg->setDefaultValue(NULL);
pArgList->addArg(*pArg);
// Data element
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName(Importer::ImportElementArg());
pArg->setType("DataElement");
pArg->setDescription("Data element to be imported.");
pArg->setDefaultValue(NULL);
pArgList->addArg(*pArg);
return true;
}
bool SaveLayerFromDataSet::getInputSpecification(PlugInArgList*& pArgList)
{
pArgList = NULL;
if (mbInteractive)
{
VERIFY(DesktopItems::getInputSpecification(pArgList) && pArgList != NULL);
Service<PlugInManagerServices> pPlugInManager;
VERIFY(pPlugInManager.get() != NULL);
// Add args
PlugInArg* pArg = NULL;
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Filename");
pArg->setType("Filename");
pArg->setDefaultValue(NULL);
pArg->setDescription("Location to save the file at.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Data set");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Data set to be saved.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
LayerType eType = getLayerType();
pArg->setName("Layer Name");
pArg->setType("string");
pArg->setDefaultValue(NULL);
pArg->setDescription("Name of the layer to be saved.");
pArgList->addArg(*pArg);
}
return true;
}
bool CgmImporter::getInputSpecification(PlugInArgList*& pInArgList)
{
pInArgList = mpPlugInManager->getPlugInArgList();
VERIFY(pInArgList != NULL);
PlugInArg* pArg = NULL;
VERIFY((pArg = mpPlugInManager->getPlugInArg()) != NULL);
pArg->setName(Executable::ProgressArg());
pArg->setType("Progress");
pArg->setDefaultValue(NULL);
pArg->setDescription(Executable::ProgressArgDescription());
pInArgList->addArg(*pArg);
VERIFY((pArg = mpPlugInManager->getPlugInArg()) != NULL);
pArg->setName(Importer::ImportElementArg());
pArg->setType("DataElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Data element to be imported.");
pInArgList->addArg(*pArg);
return true;
}
bool GenericConvolution::getInputSpecification(PlugInArgList*& pInArgList)
{
if (!ConvolutionFilterShell::getInputSpecification(pInArgList))
{
return false;
}
PlugInArg* pArg = Service<PlugInManagerServices>()->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Kernel");
pArg->setDescription("The convolution kernel as an ossim NEWMAT::Matrix.");
pArg->setType("NEWMAT::Matrix");
pInArgList->addArg(*pArg);
return true;
}
bool BandMath::getOutputSpecification(PlugInArgList*& pArgList)
{
// Set up list
pArgList = mpPluginManager->getPlugInArgList();
VERIFY(pArgList != NULL);
PlugInArg* pArg = mpPluginManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Band Math Result");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Output element for the result of the band math operation.");
pArgList->addArg(*pArg);
return true;
}
bool PlugInTester::getInputSpecification(PlugInArgList *&pArgList)
{
bool bSuccess = false;
pArgList = mpPlugMgr->getPlugInArgList();
if (pArgList != NULL)
{
PlugInArg* pArg = mpPlugMgr->getPlugInArg();
if (pArg != NULL)
{
pArg->setName(Executable::ProgressArg());
pArg->setType("Progress");
pArg->setDefaultValue(NULL);
pArg->setDescription(Executable::ProgressArgDescription());
bSuccess = pArgList->addArg(*pArg);
}
}
return bSuccess;
}
bool CreateExportFileDescriptor::getOutputSpecification(PlugInArgList*& pArgList)
{
Service<PlugInManagerServices> pPlugInManager;
VERIFY(pPlugInManager.get() != NULL);
// Set up list
pArgList = pPlugInManager->getPlugInArgList();
VERIFY(pArgList != NULL);
// Add args
PlugInArg* pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("File Descriptor"); // File descriptor
pArg->setType("FileDescriptor");
pArg->setDefaultValue(NULL);
pArg->setDescription("Resulting descriptor.");
pArgList->addArg(*pArg);
return true;
}
bool ResultsExporter::getInputSpecification(PlugInArgList*& pArgList)
{
// Set up list
pArgList = mpPlugInManager->getPlugInArgList();
VERIFY(pArgList != NULL);
PlugInArg* pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName(Executable::ProgressArg());
pArg->setType("Progress");
pArg->setDefaultValue(NULL);
pArg->setDescription(Executable::ProgressArgDescription());
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName(Exporter::ExportItemArg());
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Element to be exported.");
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName(Exporter::ExportDescriptorArg());
pArg->setType("RasterFileDescriptor");
pArg->setDefaultValue(NULL);
pArg->setDescription("File descriptor for the output file.");
pArgList->addArg(*pArg);
if (!mbInteractive)
{
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Pass Area");
pArg->setType("PassArea");
pArg->setDefaultValue(&mPassArea);
pArg->setDescription("The area of the threshold from which results should be exported.");
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("First Threshold");
pArg->setType("double");
pArg->setDefaultValue(&mFirstThreshold);
pArg->setDescription("The lower boundary of the threshold.");
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Second Threshold");
pArg->setType("double");
pArg->setDefaultValue(&mSecondThreshold);
pArg->setDescription("The upper boundary of the threshold.");
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Geocoordinate Type");
pArg->setType("GeocoordType");
pArg->setDefaultValue(&mGeocoordType);
pArg->setDescription("Coordinate type for georeferenced files.");
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Metadata");
pArg->setType("bool");
pArg->setDefaultValue(&mbMetadata);
pArg->setDescription("Whether associated metadata should be exported.");
pArgList->addArg(*pArg);
pArg = mpPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Append To File");
pArg->setType("bool");
pArg->setDefaultValue(&mbAppendFile);
pArg->setDescription("Whether to append to an existing file or create a new file for the results.");
pArgList->addArg(*pArg);
}
return true;
}
bool BandMath::getInputSpecification(PlugInArgList*& pArgList)
{
// Set up list
pArgList = mpPluginManager->getPlugInArgList();
VERIFY(pArgList != NULL);
PlugInArg* pArg = mpPluginManager->getPlugInArg(); //progress
VERIFY(pArg != NULL);
pArg->setName(Executable::ProgressArg());
pArg->setType("Progress");
pArg->setDefaultValue(NULL);
pArg->setDescription(Executable::ProgressArgDescription());
pArgList->addArg(*pArg);
pArg = mpPluginManager->getPlugInArg(); //cube
VERIFY(pArg != NULL);
pArg->setName(Executable::DataElementArg());
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Element on which band math will be performed.");
pArgList->addArg(*pArg);
if (!mbInteractive)
{
pArg = mpPluginManager->getPlugInArg(); //cube2
VERIFY(pArg != NULL);
pArg->setName("Raster Element 2");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Second element to perform band math on.");
pArgList->addArg(*pArg);
pArg = mpPluginManager->getPlugInArg(); //cube3
VERIFY(pArg != NULL);
pArg->setName("Raster Element 3");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Third element to perform band math on.");
pArgList->addArg(*pArg);
pArg = mpPluginManager->getPlugInArg(); //cube4
VERIFY(pArg != NULL);
pArg->setName("Raster Element 4");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Fourth element to perform band math on.");
pArgList->addArg(*pArg);
pArg = mpPluginManager->getPlugInArg(); //cube5
VERIFY(pArg != NULL);
pArg->setName("Raster Element 5");
pArg->setType("RasterElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Fifth element to perform band math on.");
pArgList->addArg(*pArg);
pArg = mpPluginManager->getPlugInArg(); // Input Expression
VERIFY(pArg != NULL);
pArg->setName("Input Expression");
pArg->setType("string");
pArg->setDefaultValue(&mExpression);
pArg->setDescription("Expression for band math to evaluate.");
pArgList->addArg(*pArg);
bool temp = true;
pArg = mpPluginManager->getPlugInArg(); // Display Results
VERIFY(pArg != NULL);
pArg->setName("Display Results");
pArg->setType("bool");
pArg->setDefaultValue(&temp);
pArg->setDescription("Whether or not to display the result of the band math operation.");
pArgList->addArg(*pArg);
temp = false;
pArg = mpPluginManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Degrees");
pArg->setType("bool");
pArg->setDefaultValue(&temp);
pArg->setDescription("True causes band math to use degrees; false uses radians (default).");
pArgList->addArg(*pArg);
VERIFY(pArgList->addArg<bool>("Overlay Results", mbAsLayerOnExistingView, "Flag for whether "
"the results should be added to the original view or a new view. A new view is created "
"by default if results are displayed."));
}
return true;
}
bool CreateExportFileDescriptor::getInputSpecification(PlugInArgList*& pArgList)
{
bool bSuccess = ModelItems::getInputSpecification(pArgList);
if (bSuccess == false)
{
return false;
}
VERIFY(pArgList != NULL);
Service<PlugInManagerServices> pPlugInManager;
VERIFY(pPlugInManager.get() != NULL);
// Add args
PlugInArg* pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Filename"); // Filename
pArg->setType("Filename");
pArg->setDefaultValue(NULL);
pArg->setDescription("Location on-disk for the file data.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Data Set"); // Data element
pArg->setType("DataElement");
pArg->setDefaultValue(NULL);
pArg->setDescription("Element to create the new descriptor from.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Start Row"); // Start row
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Beginning row for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("End Row"); // End row
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Ending row for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Row Skip Factor"); // Row skip factor
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Row skip factor for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Start Column"); // Start column
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Beginning column for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("End Column"); // End column
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Ending column for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Column Skip Factor"); // Column skip factor
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Column skip factor for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Start Band"); // Start band
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Beginning band for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("End Band"); // End band
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Ending band for this descriptor.");
pArgList->addArg(*pArg);
pArg = pPlugInManager->getPlugInArg();
VERIFY(pArg != NULL);
pArg->setName("Band Skip Factor"); // Band skip factor
pArg->setType("unsigned int");
pArg->setDefaultValue(NULL);
pArg->setDescription("Band skip factor for this descriptor.");
pArgList->addArg(*pArg);
return true;
}
