config.xml

<initial_point_set value="1"
	possible_values="0, 1, 2, or 3"
	description="Set to use for initial points. 0 - Read from SaveVertices, 1 - Monte Carlo, 2 - Generalized Spiral, 3 - Fibbonaci Grid"
/>

<number_of_generated_points value="162"
	possible_values="Any positive integer"
	description="If initial_point_set is set to anything other than 0, this defines the number of points that will be generated."
/>

<maximum_iterations value="1000"
	possible_values="Any positive integer"
	description="Maximum iterations to perform unless convergence criteria is met."
/>

<iterations_per_restart value="1000"
	possible_values="Any positive integer"
	description="Number of iterations to perform between writing restart files."
/>

<iterations_without_projection value="1000"
	possible_values="Any positive integer"
	description="The number of iterations our of maximum_iterations that will not have a boundary projection applied."
/>

<iterations_with_variable_projection value="0"
	possible_values="Any positive integer"
	description="Number of iterations to scale boundary projection from off to on over."
/>

<triangle_divisions value="1"
	possible_values="Any positive integer greater than 0"
	description="Number of subdivisions to perform on a triangle during integration. Subdivides a triangle into four triangles."
/>

<bisections value="0"
	possible_values="Any positive integer"
	description="Number of times the point set will be bisected after converging."
/>

<convergence_check value="0"
	possible_values="0, 1, or 2"
	description="Criteria to use for convergence check. 0 - Max Iterations, 1 - Average movement, 2 - Maximum movement"
/>

<convergence_criteria value="1E-10"
	possible_values="Any positive real number"
	description="Convergence criteria to use when convergence_check is 1 or 2."
/>

<quadrature_rule value="0"
	possible_values="0, 1, 2, 3, 4 or 5"
	description="Quadrature rule to use for triangle integration. 0 - Circumcenter, 1 - Vertex, 2 - Midpoint, 3 - 7 Point, 4 - 13 Point, 5 - 19 Point. Default is Circumcenter."
/>

<delaunay_triangle_center value="0"
	possible_values="0 or 1"
	description="Point to use for the center of Delaunay triangles when dividing for integration. 0 - Circumcenter, 1 - Barycenter."
/>

<sort_method value="0"
	possible_values="0 or 1"
	description="Method to use for sorting point set into regions. 0 - Dot product, 1 - Voronoi sort."
/>

<max_boundary_resolution value="40000.0"
	possible_values="Any positive real number"
	description="Maximum distance between boundary points."
/>

<file_io_mode value="0"
	possible_values="0, 1, or 2"
	description="Mode to use for I/O. 0 - ASCII, 1 - NetCDF, 2 - Both."
/>

<restart_file_handling value="0"
	possible_values="0 or 1"
	description="Method for handling restart files. 0 - Overwrite old files, 1 - Retain old files."
/>

<max_annealing_percent value="0.01"
	possible_values="Any positive real number between 0 and 1"
	description="Percent to use when performing simulated annealing. Given as a fraction where 1.0 is 100%."
/>

<annealing_frequency value="0"
	possible_values="Any positive integer"
	description="Number of iterations between simulated annealing applications. 0 means no annealing."
/>

<max_annealing_iterations value="0"
	possible_values="Any positive integer"
	description="The maximum number of iterations annealing should be allowed to happen on."
/>

<anneal_when_stagnant value="1"
	possible_values="0, 1, or 2"
	description="Forces an annealing whenever convergence criteria becomes stagnant. 0 - off, 1 - Ave, 2 - Max"
/>

<anneal_only_non_hexagons value="0"
	possible_values="0 or 1"
	description="When performing annealing, 0 - Anneal all cell centers, 1 - anneal non-hexagons."
/>