diff options
Diffstat (limited to 'src/main.c')
| -rw-r--r-- | src/main.c | 158 |
1 files changed, 94 insertions, 64 deletions
@@ -65,16 +65,10 @@ const rodeo_color_RGBAFloat_t pink_clear = .alpha = 0.5f }; -typedef -struct -{ - bool w; - bool a; - bool s; - bool d; -} -key_state_t; -key_state_t key_state = {0}; +#pragma GCC diagnostic push +#pragma GCC diagnostic ignored "-Wunused-parameter" +#pragma clang diagnostic push +#pragma clang diagnostic ignored "-Wunused-parameter" typedef struct @@ -84,92 +78,124 @@ struct } summon_t; -bool should_summon_units = false; summon_t summon_position = { .x = 100, .y = 100 }; -summon_t summon_movement = {0}; -void -summon_units_input(rodeo_input_any_state_t key_state) +void* +summon_units_input(rodeo_input_any_state_t *input_state, void *data) { - should_summon_units = key_state.data.binary_state; -} + static bool should_summon_units = false; -void -units_move_right_input(rodeo_input_any_state_t input_state) -{ - if(input_state.input_type == rodeo_input_type_Binary) + if(input_state != NULL) { - summon_movement.x += (int32_t)input_state.data.binary_state * 15; - } - else if(input_state.input_type == rodeo_input_type_UnboundedRange) - { - if(input_state.data.unbounded_range_state > 0) - { - summon_movement.x += (int32_t)input_state.data.unbounded_range_state; - } + should_summon_units = input_state->data.binary_state; } + return &should_summon_units; } void -units_move_left_input(rodeo_input_any_state_t input_state) +units_move_generic_input( + rodeo_input_any_state_t *input_state, + int32_t *move, + bool *binary_key, + bool should_be_positive, + bool reset +) { - if(input_state.input_type == rodeo_input_type_Binary) + if(reset) { - summon_movement.x -= (int32_t)input_state.data.binary_state * 15; + *move = 0; + *move += (should_be_positive ? 1 : -1) * (int32_t)*binary_key * 5; } - else if(input_state.input_type == rodeo_input_type_UnboundedRange) + if(input_state != NULL) { - if(input_state.data.unbounded_range_state < 0) + if(input_state->type == rodeo_input_type_Binary) + { + *binary_key = input_state->data.binary_state; + *move += (should_be_positive ? 1 : -1) * (int32_t)*binary_key * 5; + } + else if(input_state->type == rodeo_input_type_UnboundedRange) { - summon_movement.x += (int32_t)input_state.data.unbounded_range_state; + if((input_state->data.unbounded_range_state < 0) && !should_be_positive) + { + *move += (int32_t)(input_state->data.unbounded_range_state); + } + else if((input_state->data.unbounded_range_state > 0) && should_be_positive) + { + *move += (int32_t)(input_state->data.unbounded_range_state); + } } } } -void -units_move_up_input(rodeo_input_any_state_t input_state) +void* +units_move_right_input(rodeo_input_any_state_t *input_state, void *data) { - if(input_state.input_type == rodeo_input_type_Binary) + static int32_t move = 0; + static bool binary_key = false; + + bool dont_reset = false; + if(data == NULL) { - summon_movement.y -= (int32_t)input_state.data.binary_state * 15; + data = &dont_reset; } - else if(input_state.input_type == rodeo_input_type_UnboundedRange) + units_move_generic_input(input_state, &move, &binary_key, true, *(bool*)data); + return &move; +} + +void* +units_move_left_input(rodeo_input_any_state_t *input_state, void *data) +{ + static int32_t move = 0; + static bool binary_key = false; + + bool reset = false; + if(data == NULL) { - if(input_state.data.unbounded_range_state < 0) - { - summon_movement.y += (int32_t)input_state.data.unbounded_range_state; - } + data = &reset; } -} + units_move_generic_input(input_state, &move, &binary_key, false, *(bool*)data); + return &move; +} -void -units_move_down_input(rodeo_input_any_state_t input_state) +void* +units_move_up_input(rodeo_input_any_state_t *input_state, void *data) { - if(input_state.input_type == rodeo_input_type_Binary) + static int32_t move = 0; + static bool binary_key = false; + + bool reset = false; + if(data == NULL) { - summon_movement.y += (int32_t)input_state.data.binary_state * 15; + data = &reset; } - else if(input_state.input_type == rodeo_input_type_UnboundedRange) + units_move_generic_input(input_state, &move, &binary_key, false, *(bool*)data); + return &move; +} + +void* +units_move_down_input(rodeo_input_any_state_t *input_state, void *data) +{ + static int32_t move = 0; + static bool binary_key = false; + + bool reset = false; + if(data == NULL) { - if(input_state.data.unbounded_range_state > 0) - { - summon_movement.y += (int32_t)input_state.data.unbounded_range_state; - } + data = &reset; } -} + units_move_generic_input(input_state, &move, &binary_key, true, *(bool*)data); + return &move; +} -void -units_reset_input(void) -{ - summon_movement = (summon_t){0}; -} +#pragma clang diagnostic pop +#pragma GCC diagnostic pop void summon_units(void) { for(uint8_t i = 0; i < 10; ++i) { - if((num_of_units < UINT16_MAX) && should_summon_units)//(rodeo_frame_perSecond_get() > 40)) + if((num_of_units < UINT16_MAX))//(rodeo_frame_perSecond_get() > 40)) { num_of_units += 1; units[num_of_units - 1][0] = (rodeo_vector2_t){ { @@ -206,12 +232,16 @@ main_loop(void) time_var = rodeo_frame_perSecond_get(); } - units_reset_input(); + bool reset_movement = true; + units_move_up_input(NULL, &reset_movement); + units_move_down_input(NULL, &reset_movement); + units_move_left_input(NULL, &reset_movement); + units_move_right_input(NULL, &reset_movement); mrodeo_frame_do() { - summon_position.x += summon_movement.x; - summon_position.y += summon_movement.y; - if(should_summon_units) + summon_position.x += *(int32_t*)units_move_right_input(NULL, NULL) + *(int32_t*)units_move_left_input(NULL, NULL); + summon_position.y += *(int32_t*)units_move_down_input(NULL, NULL) + *(int32_t*)units_move_up_input(NULL, NULL); + if(*(bool*)summon_units_input(NULL, NULL)) { summon_units(); } |