diff options
Diffstat (limited to 'src/cglm_bindings.c')
| -rw-r--r-- | src/cglm_bindings.c | 88 |
1 files changed, 44 insertions, 44 deletions
diff --git a/src/cglm_bindings.c b/src/cglm_bindings.c index 10c44cc..300b85b 100644 --- a/src/cglm_bindings.c +++ b/src/cglm_bindings.c @@ -3,54 +3,54 @@ void honey_setup_cglm(lua_State* L) { honey_lua_element vec3_elements[] = { - { "dot", HONEY_FUNC, { .function = honey_cglm_vec3_dot } }, - { "cross", HONEY_FUNC, { .function = honey_cglm_vec3_cross } }, - { "square_norm", HONEY_FUNC, { .function = honey_cglm_vec3_square_norm } }, - { "norm", HONEY_FUNC, { .function = honey_cglm_vec3_norm } }, + { "dot", HONEY_FUNCTION, { .function = honey_cglm_vec3_dot } }, + { "cross", HONEY_FUNCTION, { .function = honey_cglm_vec3_cross } }, + { "square_norm", HONEY_FUNCTION, { .function = honey_cglm_vec3_square_norm } }, + { "norm", HONEY_FUNCTION, { .function = honey_cglm_vec3_norm } }, }; honey_lua_element vec4_elements[] = { - { "dot", HONEY_FUNC, { .function = honey_cglm_vec4_dot } }, - { "norm2", HONEY_FUNC, { .function = honey_cglm_vec4_norm2 } }, - { "norm", HONEY_FUNC, { .function = honey_cglm_vec4_norm } }, - { "add", HONEY_FUNC, { .function = honey_cglm_vec4_add } }, - { "adds", HONEY_FUNC, { .function = honey_cglm_vec4_adds } }, - { "mul", HONEY_FUNC, { .function = honey_cglm_vec4_mul } }, - { "muls", HONEY_FUNC, { .function = honey_cglm_vec4_muls } }, - { "normalize", HONEY_FUNC, { .function = honey_cglm_vec4_normalize } }, - { "distance", HONEY_FUNC, { .function = honey_cglm_vec4_distance } }, - { "lerp", HONEY_FUNC, { .function = honey_cglm_vec4_lerp } }, + { "dot", HONEY_FUNCTION, { .function = honey_cglm_vec4_dot } }, + { "norm2", HONEY_FUNCTION, { .function = honey_cglm_vec4_norm2 } }, + { "norm", HONEY_FUNCTION, { .function = honey_cglm_vec4_norm } }, + { "add", HONEY_FUNCTION, { .function = honey_cglm_vec4_add } }, + { "adds", HONEY_FUNCTION, { .function = honey_cglm_vec4_adds } }, + { "mul", HONEY_FUNCTION, { .function = honey_cglm_vec4_mul } }, + { "muls", HONEY_FUNCTION, { .function = honey_cglm_vec4_muls } }, + { "normalize", HONEY_FUNCTION, { .function = honey_cglm_vec4_normalize } }, + { "distance", HONEY_FUNCTION, { .function = honey_cglm_vec4_distance } }, + { "lerp", HONEY_FUNCTION, { .function = honey_cglm_vec4_lerp } }, }; honey_lua_element mat4_elements[] = { - { "identity", HONEY_FUNC, { .function = honey_cglm_mat4_identity } }, - { "pick3", HONEY_FUNC, { .function = honey_cglm_mat4_pick3 } }, - { "mul", HONEY_FUNC, { .function = honey_cglm_mat4_mul } }, - { "muls", HONEY_FUNC, { .function = honey_cglm_mat4_muls } }, - { "mulv", HONEY_FUNC, { .function = honey_cglm_mat4_mulv } }, - { "trans", HONEY_FUNC, { .function = honey_cglm_mat4_trans } }, - { "det", HONEY_FUNC, { .function = honey_cglm_mat4_det } }, - { "trace", HONEY_FUNC, { .function = honey_cglm_mat4_trace } }, - { "inv", HONEY_FUNC, { .function = honey_cglm_mat4_inv } }, - { "inv_fast", HONEY_FUNC, { .function = honey_cglm_mat4_inv_fast } }, + { "identity", HONEY_FUNCTION, { .function = honey_cglm_mat4_identity } }, + { "pick3", HONEY_FUNCTION, { .function = honey_cglm_mat4_pick3 } }, + { "mul", HONEY_FUNCTION, { .function = honey_cglm_mat4_mul } }, + { "muls", HONEY_FUNCTION, { .function = honey_cglm_mat4_muls } }, + { "mulv", HONEY_FUNCTION, { .function = honey_cglm_mat4_mulv } }, + { "trans", HONEY_FUNCTION, { .function = honey_cglm_mat4_trans } }, + { "det", HONEY_FUNCTION, { .function = honey_cglm_mat4_det } }, + { "trace", HONEY_FUNCTION, { .function = honey_cglm_mat4_trace } }, + { "inv", HONEY_FUNCTION, { .function = honey_cglm_mat4_inv } }, + { "inv_fast", HONEY_FUNCTION, { .function = honey_cglm_mat4_inv_fast } }, }; honey_lua_element affine_elements[] = { - { "translate", HONEY_FUNC, { .function = honey_cglm_translate } }, - { "scale", HONEY_FUNC, { .function = honey_cglm_scale } }, - { "rotate", HONEY_FUNC, { .function = honey_cglm_rotate } }, + { "translate", HONEY_FUNCTION, { .function = honey_cglm_translate } }, + { "scale", HONEY_FUNCTION, { .function = honey_cglm_scale } }, + { "rotate", HONEY_FUNCTION, { .function = honey_cglm_rotate } }, }; honey_lua_element camera_elements[] = { - { "perspective", HONEY_FUNC, { .function = honey_cglm_perspective } }, - { "orthographic", HONEY_FUNC, { .function = honey_cglm_orthographic } }, + { "perspective", HONEY_FUNCTION, { .function = honey_cglm_perspective } }, + { "orthographic", HONEY_FUNCTION, { .function = honey_cglm_orthographic } }, }; honey_lua_element cglm_elements[] = { - { "new_array_zero", HONEY_FUNC, { .function = honey_cglm_new_array_zero } }, - { "set_value", HONEY_FUNC, { .function = honey_cglm_array_set_value } }, - { "get_value", HONEY_FUNC, { .function = honey_cglm_array_get_value } }, - { "copy_array", HONEY_FUNC, { .function = honey_cglm_array_copy } }, + { "new_array_zero", HONEY_FUNCTION, { .function = honey_cglm_new_array_zero } }, + { "set_value", HONEY_FUNCTION, { .function = honey_cglm_array_set_value } }, + { "get_value", HONEY_FUNCTION, { .function = honey_cglm_array_get_value } }, + { "copy_array", HONEY_FUNCTION, { .function = honey_cglm_array_copy } }, { "vec3", HONEY_TABLE, { .table = { 4, vec3_elements } } }, { "vec4", HONEY_TABLE, { .table = { 10, vec4_elements } } }, { "mat4", HONEY_TABLE, { .table = { 10, mat4_elements } } }, @@ -65,7 +65,7 @@ void honey_setup_cglm(lua_State* L) int honey_cglm_new_array_zero(lua_State* L) { - if (!honey_lua_validate_types(L, 1, HONEY_INT)) + if (!honey_lua_validate_types(L, 1, HONEY_INTEGER)) lua_error(L); int size = lua_tointeger(L, 1); @@ -79,7 +79,7 @@ int honey_cglm_new_array_zero(lua_State* L) int honey_cglm_array_set_value(lua_State* L) { - if (!honey_lua_validate_types(L, 3, HONEY_USERDATA, HONEY_INT, HONEY_NUM)) + if (!honey_lua_validate_types(L, 3, HONEY_USERDATA, HONEY_INTEGER, HONEY_NUMBER)) lua_error(L); float* array = lua_touserdata(L, 1); @@ -94,7 +94,7 @@ int honey_cglm_array_set_value(lua_State* L) int honey_cglm_array_get_value(lua_State* L) { - if (!honey_lua_validate_types(L, 2, HONEY_USERDATA, HONEY_INT)) + if (!honey_lua_validate_types(L, 2, HONEY_USERDATA, HONEY_INTEGER)) lua_error(L); float* array = lua_touserdata(L, 1); @@ -107,7 +107,7 @@ int honey_cglm_array_get_value(lua_State* L) /* ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ */ int honey_cglm_array_copy(lua_State* L) { - if (!honey_lua_validate_types(L, 2, HONEY_USERDATA, HONEY_INT)) + if (!honey_lua_validate_types(L, 2, HONEY_USERDATA, HONEY_INTEGER)) lua_error(L); float* array = lua_touserdata(L, 1); @@ -253,7 +253,7 @@ int honey_cglm_vec4_add(lua_State* L) int honey_cglm_vec4_adds(lua_State* L) { - if (!honey_lua_validate_types(L, 2, HONEY_NUM, HONEY_USERDATA)) + if (!honey_lua_validate_types(L, 2, HONEY_NUMBER, HONEY_USERDATA)) lua_error(L); float a = lua_tonumber(L, 1); @@ -287,7 +287,7 @@ int honey_cglm_vec4_mul(lua_State* L) int honey_cglm_vec4_muls(lua_State* L) { - if (!honey_lua_validate_types(L, 2, HONEY_NUM, HONEY_USERDATA)) + if (!honey_lua_validate_types(L, 2, HONEY_NUMBER, HONEY_USERDATA)) lua_error(L); float a = lua_tonumber(L, 1); @@ -334,7 +334,7 @@ int honey_cglm_vec4_distance(lua_State* L) int honey_cglm_vec4_lerp(lua_State* L) { - if (!honey_lua_validate_types(L, 3, HONEY_USERDATA, HONEY_USERDATA, HONEY_NUM)) + if (!honey_lua_validate_types(L, 3, HONEY_USERDATA, HONEY_USERDATA, HONEY_NUMBER)) lua_error(L); float* a = lua_touserdata(L, 1); @@ -400,7 +400,7 @@ int honey_cglm_mat4_mul(lua_State* L) int honey_cglm_mat4_muls(lua_State* L) { - if (!honey_lua_validate_types(L, 2, HONEY_NUM, HONEY_USERDATA)) + if (!honey_lua_validate_types(L, 2, HONEY_NUMBER, HONEY_USERDATA)) lua_error(L); float a = lua_tonumber(L, 1); @@ -543,7 +543,7 @@ int honey_cglm_scale(lua_State* L) int honey_cglm_rotate(lua_State* L) { if (!honey_lua_validate_types(L, 4, HONEY_USERDATA, HONEY_USERDATA, - HONEY_USERDATA, HONEY_NUM)) + HONEY_USERDATA, HONEY_NUMBER)) lua_error(L); float* matrix = lua_touserdata(L, 1); @@ -566,8 +566,8 @@ int honey_cglm_perspective(lua_State* L) { if (!honey_lua_validate_types(L, 5, HONEY_USERDATA, - HONEY_NUM, HONEY_NUM, - HONEY_NUM, HONEY_NUM)) + HONEY_NUMBER, HONEY_NUMBER, + HONEY_NUMBER, HONEY_NUMBER)) lua_error(L); float* matrix = lua_touserdata(L, 1); |