/*! The shape and size of a tri Product of the Shape and Relative Size */ C_FUNC_DEF double v_tri_shape_and_size( int num_nodes, double coordinates[][3] ) { double size, shape; size = v_tri_relative_size_squared( num_nodes, coordinates ); shape = v_tri_shape( num_nodes, coordinates ); double shape_and_size = size * shape; if( shape_and_size > 0 ) return (double) VERDICT_MIN( shape_and_size, VERDICT_DBL_MAX ); return (double) VERDICT_MAX( shape_and_size, -VERDICT_DBL_MAX ); }
double avtVMetricShape::Metric (double coords[][3], int type) { #ifdef HAVE_VERDICT switch (type) { case VTK_HEXAHEDRON: case VTK_VOXEL: return v_hex_shape(8, coords); case VTK_TETRA: return v_tet_shape(4,coords); case VTK_QUAD: return v_quad_shape(4, coords); case VTK_TRIANGLE: return v_tri_shape(3, coords); } #endif return -1; }