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prasad-sawantdesaiprasad-sawantdesai
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added examples and test
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‎CMakeLists.txt‎

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@@ -211,8 +211,10 @@ add_dependencies( al-java al-java-binding )
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add_jar( al-identifiers-java
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SOURCES ${IDENTIFIER_SOURCES}
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INCLUDE_JARS al-java
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OUTPUT_NAME al-identifiers
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)
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add_dependencies( al-identifiers-java al-java )
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# Install

‎doc/code_samples/identifier_example1‎

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// The Java Access Layer currently does not provide an identifiers library.
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public class identifier_example1 {
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public static void main(String[] args) {
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// Get coordinate identifier information for "phi"
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int idx = coordinate_identifier.getIndex("phi");
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// Display coordinate identifier details
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System.out.println("Coordinate Identifier Information for 'phi':");
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System.out.println(" Index: " + idx);
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System.out.println(" Data type: " + coordinate_identifier.getName(idx));
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System.out.println(" Description: " + coordinate_identifier.getDescription(idx));
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}
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}
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// $ java -cp $CLASSPATH identifier_example1.java
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// Coordinate Identifier Information for 'phi':
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// Index: 5
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// Data type: phi
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// Description: Toroidal angle

‎doc/code_samples/identifier_example2‎

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// The Java Access Layer currently does not provide an identifiers library.
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// Import the Access Layer and required identifiers
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import java.io.*;
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import imasjava.*;
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public class identifier_example2 {
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public static void main(String[] args) {
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// Create IDS instance
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imas.equilibrium equilibrium = new imas.equilibrium();
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// Configure equilibrium IDS
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equilibrium.ids_properties.homogeneous_time = 1;
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equilibrium.ids_properties.comment = "Test equilibrium IDS";
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// Setup equilibrium time slice and profiles
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equilibrium.time_slice = new imas.equilibrium.time_sliceClass[1];
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equilibrium.time_slice[0] = new imas.equilibrium.time_sliceClass();
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equilibrium.time_slice[0].profiles_2d = new imas.equilibrium.time_sliceClass.profiles_2dClass[1];
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equilibrium.time_slice[0].profiles_2d[0] = new imas.equilibrium.time_sliceClass.profiles_2dClass();
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poloidal_plane_coordinates_identifier.setIdentifier(equilibrium.time_slice[0].profiles_2d[0].grid_type, "rectangular");
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// // Output equilibrium grid type information
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System.out.println("Equilibrium Grid Type:");
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System.out.println(" Name: " + equilibrium.time_slice[0].profiles_2d[0].grid_type.name);
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System.out.println(" Index: " + equilibrium.time_slice[0].profiles_2d[0].grid_type.index);
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System.out.println(" Description: " + equilibrium.time_slice[0].profiles_2d[0].grid_type.description);
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// Configure distribution sources IDS
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imas.distribution_sources distribution_sources = new imas.distribution_sources();
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distribution_sources.ids_properties.homogeneous_time = 1;
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distribution_sources.ids_properties.comment = "Test distribution sources IDS";
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// Setup distribution sources structure
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distribution_sources.source = new imas.distribution_sources.sourceClass[1];
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distribution_sources.source[0] = new imas.distribution_sources.sourceClass();
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distribution_sources.source[0].process = new imas.distribution_sources.sourceClass.processClass[1];
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distribution_sources.source[0].process[0] = new imas.distribution_sources.sourceClass.processClass();
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// Set distribution source type identifier using reflection-based method
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distribution_source_identifier.setIdentifier(distribution_sources.source[0].process[0].type, "NBI");
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// Output distribution source type information
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System.out.println("Distribution Source Type:");
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System.out.println(" Name: " + distribution_sources.source[0].process[0].type.name);
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System.out.println(" Index: " + distribution_sources.source[0].process[0].type.index);
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System.out.println(" Description: " + distribution_sources.source[0].process[0].type.description);
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}
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}
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// $ java -cp $CLASSPATH identifier_example2.java
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// Equilibrium Grid Type:
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// Name: rectangular
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// Index: 1
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// Description: Cylindrical R,Z ala eqdsk (R=dim1, Z=dim2). In this case the position arrays should not be filled since they are redundant with grid/dim1 and dim2.
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// Distribution Source Type:
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// Name: NBI
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// Index: 1
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// Description: Source from neutral beam injection
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‎doc/code_samples/identifier_example3‎

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// The Java Access Layer currently does not provide an identifiers library.
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// Import the Access Layer and required identifiers
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import java.io.*;
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import imasjava.*;
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public class identifier_example3 {
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public static void main(String[] args) {
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// Create IDS instance
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imas.wall wall = new imas.wall();
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wall.ids_properties.homogeneous_time = 1;
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wall.ids_properties.comment = "Test wall IDS with materials";
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String[] names = {"W", "C", "Be", "Cu", "SS"};
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// Setup wall structure with proper array initialization
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wall.description_ggd = new imas.wall.description_ggdClass[1];
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wall.description_ggd[0] = new imas.wall.description_ggdClass();
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wall.description_ggd[0].material = new imas.wall.description_ggdClass.materialClass[1];
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wall.description_ggd[0].material[0] = new imas.wall.description_ggdClass.materialClass();
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wall.description_ggd[0].material[0].grid_subset = new imas.wall.description_ggdClass.materialClass.grid_subsetClass[1];
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wall.description_ggd[0].material[0].grid_subset[0] = new imas.wall.description_ggdClass.materialClass.grid_subsetClass();
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materials_identifier.setIdentifier(wall.description_ggd[0].material[0].grid_subset[0].identifiers, names);
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// Output material information
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int numMaterials = wall.description_ggd[0].material[0].grid_subset[0].identifiers.indices.getDim();
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System.out.println("Number of materials: " + numMaterials);
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for (int i = 0; i < numMaterials; i++) {
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System.out.println("Material " + (i + 1) + ":");
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System.out.println(" Index: " + wall.description_ggd[0].material[0].grid_subset[0].identifiers.indices.getElementAt(i));
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System.out.println(" Name: \"" + wall.description_ggd[0].material[0].grid_subset[0].identifiers.names.getElementAt(i) + "\"");
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System.out.println(" Description: \"" + wall.description_ggd[0].material[0].grid_subset[0].identifiers.descriptions.getElementAt(i) + "\"");
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}
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}
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}
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// $ java -cp $CLASSPATH identifier_example3.java
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// Number of materials: 5
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// Material 1:
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// Index: 2
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// Name: "W"
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// Description: "Tungsten"
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// Material 2:
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// Index: 1
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// Name: "C"
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// Description: "Carbon"
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// Material 3:
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// Index: 10
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// Name: "Be"
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// Description: "Beryllium"
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// Material 4:
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// Index: 18
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// Name: "Cu"
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// Description: "Copper"
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// Material 5:
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// Index: 4
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// Name: "SS"
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// Description: "Stainless steel"

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