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LuochenghuangLuochenghuang
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Include generated ctlgeom-types.h and geom-ctl-io.c
These files are normally auto-generated from geom.scm via gen-ctl-io (requires Guile). Including them allows building libctlgeom without Guile, which is the common case for meep's Python-only builds.
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‎utils/ctlgeom-types.h‎

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/* THIS FILE WAS AUTOMATICALLY GENERATED. DO NOT MODIFY! */
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/* generated from the file: ./geom.scm */
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#ifndef CTL_IO_H
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#define CTL_IO_H
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#include <ctl-math.h>
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#ifdef __cplusplus
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extern "C" {
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#endif /* __cplusplus */
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/******* Type declarations *******/
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typedef struct geometric_object_struct {
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void* material;
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vector3 center;
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enum {
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GEOMETRIC_OBJECT_SELF, PRISM, BLOCK, SPHERE, CYLINDER, COMPOUND_GEOMETRIC_OBJECT, MESH
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} which_subclass;
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union {
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struct prism_struct *prism_data;
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struct block_struct *block_data;
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struct sphere_struct *sphere_data;
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struct cylinder_struct *cylinder_data;
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struct compound_geometric_object_struct *compound_geometric_object_data;
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struct mesh_struct *mesh_data;
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} subclass;
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} geometric_object;
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typedef struct {
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int num_items;
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geometric_object *items;
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} geometric_object_list;
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typedef struct compound_geometric_object_struct {
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geometric_object_list component_objects;
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} compound_geometric_object;
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typedef struct cylinder_struct {
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vector3 axis;
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number radius;
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number height;
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enum {
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CYLINDER_SELF, WEDGE, CONE
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} which_subclass;
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union {
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struct wedge_struct *wedge_data;
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struct cone_struct *cone_data;
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} subclass;
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} cylinder;
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typedef struct cone_struct {
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number radius2;
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} cone;
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typedef struct wedge_struct {
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number wedge_angle;
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vector3 wedge_start;
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vector3 e1;
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vector3 e2;
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} wedge;
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typedef struct sphere_struct {
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number radius;
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} sphere;
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typedef struct block_struct {
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vector3 e1;
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vector3 e2;
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vector3 e3;
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vector3 size;
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matrix3x3 projection_matrix;
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enum {
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BLOCK_SELF, ELLIPSOID
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} which_subclass;
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union {
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struct ellipsoid_struct *ellipsoid_data;
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} subclass;
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} block;
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typedef struct {
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int num_items;
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vector3 *items;
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} vector3_list;
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typedef struct {
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int num_items;
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number *items;
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} number_list;
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typedef struct prism_struct {
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vector3_list vertices;
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number height;
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vector3 axis;
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number sidewall_angle;
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vector3_list vertices_p;
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vector3_list top_polygon_diff_vectors_p;
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vector3_list top_polygon_diff_vectors_scaled_p;
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vector3_list vertices_top_p;
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vector3_list vertices_top;
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vector3 centroid;
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number_list workspace;
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matrix3x3 m_c2p;
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matrix3x3 m_p2c;
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} prism;
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typedef struct mesh_bvh_node {
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vector3 bbox_low;
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vector3 bbox_high;
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int left_child;
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int right_child;
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int face_start;
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int face_count;
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} mesh_bvh_node;
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typedef struct mesh_struct {
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vector3_list vertices;
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int num_faces;
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int *face_indices;
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vector3 *face_normals;
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number *face_areas;
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int num_bvh_nodes;
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mesh_bvh_node *bvh;
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int *bvh_face_ids;
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boolean is_closed;
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vector3 centroid;
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} mesh;
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typedef struct ellipsoid_struct {
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vector3 inverse_semi_axes;
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} ellipsoid;
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typedef struct lattice_struct {
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vector3 basis1;
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vector3 basis2;
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vector3 basis3;
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vector3 size;
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vector3 basis_size;
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vector3 b1;
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vector3 b2;
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vector3 b3;
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matrix3x3 basis;
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matrix3x3 metric;
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} lattice;
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/******* Input variables *******/
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extern integer dimensions;
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extern void* default_material;
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extern vector3 geometry_center;
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extern lattice geometry_lattice;
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extern geometric_object_list geometry;
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extern boolean ensure_periodicity;
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/******* Output variables *******/
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/******* class copy function prototypes *******/
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extern void lattice_copy(const lattice * o0, lattice * o);
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extern void ellipsoid_copy(const ellipsoid * o0, ellipsoid * o);
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extern void mesh_copy(const mesh * o0, mesh * o);
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extern void prism_copy(const prism * o0, prism * o);
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extern void block_copy(const block * o0, block * o);
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extern void sphere_copy(const sphere * o0, sphere * o);
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extern void wedge_copy(const wedge * o0, wedge * o);
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extern void cone_copy(const cone * o0, cone * o);
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extern void cylinder_copy(const cylinder * o0, cylinder * o);
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extern void compound_geometric_object_copy(const compound_geometric_object * o0, compound_geometric_object * o);
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extern void geometric_object_copy(const geometric_object * o0, geometric_object * o);
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/******* class equal function prototypes *******/
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extern boolean lattice_equal(const lattice * o0, const lattice * o);
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extern boolean ellipsoid_equal(const ellipsoid * o0, const ellipsoid * o);
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extern boolean mesh_equal(const mesh * o0, const mesh * o);
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extern boolean prism_equal(const prism * o0, const prism * o);
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extern boolean block_equal(const block * o0, const block * o);
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extern boolean sphere_equal(const sphere * o0, const sphere * o);
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extern boolean wedge_equal(const wedge * o0, const wedge * o);
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extern boolean cone_equal(const cone * o0, const cone * o);
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extern boolean cylinder_equal(const cylinder * o0, const cylinder * o);
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extern boolean compound_geometric_object_equal(const compound_geometric_object * o0, const compound_geometric_object * o);
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extern boolean geometric_object_equal(const geometric_object * o0, const geometric_object * o);
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/******* class destruction function prototypes *******/
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extern void lattice_destroy(lattice o);
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extern void ellipsoid_destroy(ellipsoid o);
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extern void mesh_destroy(mesh o);
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extern void prism_destroy(prism o);
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extern void block_destroy(block o);
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extern void sphere_destroy(sphere o);
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extern void wedge_destroy(wedge o);
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extern void cone_destroy(cone o);
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extern void cylinder_destroy(cylinder o);
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extern void compound_geometric_object_destroy(compound_geometric_object o);
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extern void geometric_object_destroy(geometric_object o);
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#ifdef __cplusplus
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} /* extern "C" */
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#endif /* __cplusplus */
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#endif /* CTL_IO_H */
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#ifndef LIBCTL_MAJOR_VERSION
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# define LIBCTL_MAJOR_VERSION 4
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# define LIBCTL_MINOR_VERSION 5
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# define LIBCTL_BUGFIX_VERSION 1
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#endif

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