Forge

Forge is a basic utility library, consisting of pure c functions that are useful in any development. Forge is meant to be included in to all c files and all other Quel Solaar libraries and applications. Because it is included in all files it can provide some very useful functiuonality such as debugging memory and help find memory leaks. Forge is designed to be lightweight and compleatly platform and dependency indipendent.

Debugging: f_debug_memory_init; f_debug_mem_malloc; f_debug_mem_realloc; f_debug_mem_free; f_debug_mem_comment; f_debug_mem_print; f_debug_mem_reset; f_debug_mem_consumption; f_debug_mem_query; f_debug_mem_test; f_debug_memory; f_debug_memory_fopen; f_debug_memory_fclose; exit_crash
RNG: f_randf; f_randd; f_randnf; f_randnd; f_randi
Vector math: f_sqrtf; f_length2f; f_length3f; f_distance2f; f_distance3f; f_dot2f; f_dot3f; f_cross2f; f_cross3f; f_normalize2f; f_normalize3f; f_normalize4f; f_vector2f; f_vector3f; f_vector4f; f_vector_normalized2f; f_vector_normalized3f; f_vector_normalized4f; f_normal2f; f_normal3f; f_area2f; f_area3f; f_reflect2f; f_reflect3f; f_flatten2f; f_flatten3f; f_project2f; f_project3f; f_intersect2f; f_intersect_test2f; f_intersect3f; f_distance_to_line3f; f_length2d; f_length3d; f_distance2d; f_distance3d; f_dot2d; f_dot3d; f_cross2d; f_cross3d; f_normalize2d; f_normalize3d; f_normalize4d; f_vector2d; f_vector3d; f_vector4d; f_vector_normalized2d; f_vector_normalized3d; f_vector_normalized4d; f_normal2d; f_normal3d; f_area2d; f_area3d; f_reflect2d; f_reflect3d; f_flatten2d; f_flatten3d; f_project2d; f_project3d; f_intersect2d; f_intersect_test2d; f_intersect3d; f_distance_to_line3d
Int vector math: f_sqrti; f_normalize_2di; f_normalize_3di; f_intersect2di; f_sqrti64; f_normalize_2di64; f_normalize_3di64; f_intersect2di64
Matrix operations: f_matrix_clearf; f_matrix_cleard; f_transform3f; f_transform3d; f_transform4f; f_transform4d; f_transforminv3f; f_transforminv3d; f_transforminv_scaled3f; f_matrix_multiplyf; f_matrix_multiplyd; f_matrix_reverse4f; f_matrix_reverse4d; f_quaternion_to_matrixf; f_quaternion_to_matrixd; f_matrix_to_quaternionf; f_matrix_to_quaterniond; f_matrix_to_pos_quaternion_scalef; f_matrix_to_pos_quaternion_scaled; f_pos_quaternion_scale_to_matrixf; f_pos_quaternion_scale_to_matrixd; f_pos_quaternion_scale_to_matrix_invf; f_pos_quaternion_scale_to_matrix_invd; f_matrix_rotatef; f_matrix_rotated
Matrix Creation: f_matrixxyf; f_matrixxzf; f_matrixyxf; f_matrixyzf; f_matrixzxf; f_matrixzyf; f_matrixxyd; f_matrixxzd; f_matrixyxd; f_matrixyzd; f_matrixzxd; f_matrixzyd
Splines: f_splinef; f_spline2df; f_spline3df; f_spline4df; f_splined; f_spline2dd; f_spline3dd; f_spline4dd
Wiggle: f_wigglef; f_wiggle2df; f_wiggle3df; f_wiggled; f_wiggle2dd; f_wiggle3dd
Smooth step: f_smooth_stepf; f_smooth_stepd
Perlin noise: f_noisef; f_noise2f; f_noise3f; f_noiserf; f_noiser2f; f_noiser3f; f_noised; f_noise2d; f_noise3d; f_noiserd; f_noiser2d; f_noiser3d; f_noisetf; f_noiset2f; f_noiset3f; f_noisertf; f_noisert2f; f_noisert3f; f_noisetd; f_noiset2d; f_noiset3d; f_noisertd; f_noisert2d; f_noisert3d
Snap: f_snapf; f_snapd
Color space: f_rgb_to_hsv; f_hsv_to_rgb; f_rgb_to_xyz; f_xyz_to_rgb; f_xyz_to_lab; f_lab_to_xyz; f_rgb_to_lab; f_lab_to_rgb
Triangle intersection: f_raycast_trif; f_raycast_tri_cullf; f_raycast_trid; f_raycast_tri_culld; f_shape_inside2df; f_shape_inside2dd; f_image_scale_float; char *f_image_scale_uint8
Text: f_find_next_word; f_find_word_compare; f_text_copy; f_text_compare; f_text_copy_allocate; f_word_copy; f_text_copy_until; f_text_filter; f_text_unique; f_text_load; f_text_parce_hex; f_text_parce_decimal; f_text_parce_real; f_text_parce_double; f_print_raw; f_fprint_raw; f_text_obfuscate; f_text_obfuscate_print; f_bits_to_text; f_text_to_bits
Sorting: f_sort_ids; f_sort_pointers; f_sort_strings
Poly mesh neighbour: f_sort_quad_tri_neighbor; f_sort_tri_neighbor
A* path finding: f_path_find
Defines