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https://git.wetfence.xyz/RandyTheSilly/Trigalarm.git
synced 2026-10-27 03:09:58 -04:00
Progress toward dynamic triangle regeneration
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RandyTheSilly committed
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commit
afa6976f1a
1 file changed
+138
-126
+138
-126
@@ -59,7 +59,7 @@ static GColor s_setter_highlight_color;
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static uint8_t s_highlight_pos = 0;
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static bool s_skip_current_day = false;
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//// alarm
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static uint8_t s_demotion_promotion_clocks[2];
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static uint8_t s_current_triangle_num;
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static uint8_t s_solution_indices[3];
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static uint8_t s_selected_indices[3] = {9, 9, 9};
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static uint8_t s_awareness_countdown_int = 0;
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@@ -456,6 +456,137 @@ static void live_wakeup_handler_for_alarm(WakeupId id, int32_t wakeup_reason) {
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}
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}
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static void update_for_new_triangle() {
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// pick & display 2 side lengths to the user
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static char side_a_buffer[8], side_b_buffer[8], side_c_buffer[8];
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uint8_t ignored_side = rand() % 3;
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uint8_t sin_index = rand() % 2;
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uint8_t cos_index = rand() % 2;
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uint8_t tan_index = rand() % 2;
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switch (ignored_side) {
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case 0:
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snprintf(side_b_buffer, sizeof(side_b_buffer), "%u", s_triangle_layer->side_b);
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snprintf(side_c_buffer, sizeof(side_c_buffer), "%u", s_triangle_layer->side_c);
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s_options_over[0] = side_b_buffer;
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s_options_over[1] = side_c_buffer;
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s_options_under[0] = side_b_buffer;
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s_options_under[1] = side_c_buffer;
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// store solution
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s_solution_indices[0] = 2; // tan/cot
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if (s_triangle_layer->theta_angle_is_left) {
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if (tan_index == 0) { // tan
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s_solution_indices[1] = 0; // b (opposite)
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s_solution_indices[2] = 1; // c (adjacent)
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} else { // cot
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s_solution_indices[1] = 1; // c (adjacent)
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s_solution_indices[2] = 0; // b (opposite)
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}
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} else {
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if (tan_index == 0) { // tan
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s_solution_indices[1] = 1; // c (opposite)
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s_solution_indices[2] = 0; // b (adjacent)
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} else { // cot
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s_solution_indices[1] = 0; // b (adjacent)
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s_solution_indices[2] = 1; // c (opposite)
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}
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}
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break;
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case 1:
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snprintf(side_a_buffer, sizeof(side_a_buffer), "%u", s_triangle_layer->side_a);
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snprintf(side_c_buffer, sizeof(side_c_buffer), "%u", s_triangle_layer->side_c);
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s_options_over[0] = side_a_buffer;
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s_options_over[1] = side_c_buffer;
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s_options_under[0] = side_a_buffer;
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s_options_under[1] = side_c_buffer;
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// store solution
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if (s_triangle_layer->theta_angle_is_left) {
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s_solution_indices[0] = 1; // cos/sec
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if (cos_index == 0) { // cos
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s_solution_indices[1] = 1; // c (adjacent)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // sec
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // c (adjacent)
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}
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} else {
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s_solution_indices[0] = 0; // sin/csc
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if (sin_index == 0) { // sin
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s_solution_indices[1] = 1; // c (opposite)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // csc
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // c (opposite)
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}
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}
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break;
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case 2:
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snprintf(side_a_buffer, sizeof(side_a_buffer), "%u", s_triangle_layer->side_a);
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snprintf(side_b_buffer, sizeof(side_b_buffer), "%u", s_triangle_layer->side_b);
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s_options_over[0] = side_a_buffer;
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s_options_over[1] = side_b_buffer;
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s_options_under[0] = side_a_buffer;
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s_options_under[1] = side_b_buffer;
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// store solution
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if (s_triangle_layer->theta_angle_is_left) {
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s_solution_indices[0] = 0; // sin/csc
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if (sin_index == 0) { // sin
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s_solution_indices[1] = 1; // b (opposite)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // csc
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // b (opposite)
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}
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} else {
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s_solution_indices[0] = 1;
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if (cos_index == 0) { // cos
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s_solution_indices[1] = 1; // b (adjacent)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // sec
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // b (adjacent)
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}
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}
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}
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text_layer_set_text(s_side_a_txt_layer, side_a_buffer);
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text_layer_set_text(s_side_b_txt_layer, side_b_buffer);
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text_layer_set_text(s_side_c_txt_layer, side_c_buffer);
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// set trigonometric function options
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s_sin = s_sin_arr[sin_index];
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s_cos = s_cos_arr[cos_index];
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s_tan = s_tan_arr[tan_index];
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s_options_function[0] = s_sin;
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s_options_function[1] = s_cos;
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s_options_function[2] = s_tan;
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// setup vibes
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static const uint32_t VIBE_ON_FLOOR = 120; // ensure motor is on long enough to be felt
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static const uint32_t VIBE_ON_SCALE = 4;
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static const uint32_t VIBE_GAP = 40;
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s_vibe_segments[0] = VIBE_ON_FLOOR + (uint32_t)s_triangle_layer->angle_A * VIBE_ON_SCALE;
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s_vibe_segments[1] = VIBE_GAP;
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s_vibe_segments[2] = VIBE_ON_FLOOR + (uint32_t)s_triangle_layer->angle_B * VIBE_ON_SCALE;
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s_vibe_segments[3] = VIBE_GAP;
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s_vibe_segments[4] = VIBE_ON_FLOOR + (uint32_t)s_triangle_layer->angle_C * VIBE_ON_SCALE;
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s_vibe_pattern = (VibePattern){
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.durations = s_vibe_segments,
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.num_segments = ARRAY_LENGTH(s_vibe_segments),
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};
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// setup countdown
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// TODO vary time based on progress:
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// Store time step per triangle
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// Determine time remaining from min+(s_total_count-s_current_triangle)*step
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s_awareness_countdown_int = settings.TriangeMinSecs;
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snprintf(s_awareness_countdown_buf, sizeof(s_awareness_countdown_buf), "%03u", s_awareness_countdown_int);
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text_layer_set_text(s_countdown_txt_layer, s_awareness_countdown_buf);
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}
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static void alarm_window_load() {
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wakeup_service_subscribe(live_wakeup_handler_for_alarm);
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@@ -559,144 +690,25 @@ static void alarm_window_load() {
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text_layer_set_background_color(s_side_c_txt_layer, GColorClear);
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text_layer_set_font(s_side_c_txt_layer, s_font_mansalva_small);
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layer_add_child(window_layer, text_layer_get_layer(s_side_c_txt_layer));
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//// display 2 side lengths to the user
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static char side_a_buffer[8], side_b_buffer[8], side_c_buffer[8];
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uint8_t ignored_side = rand() % 3;
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uint8_t sin_index = rand() % 2;
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uint8_t cos_index = rand() % 2;
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uint8_t tan_index = rand() % 2;
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switch (ignored_side) {
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case 0:
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snprintf(side_b_buffer, sizeof(side_b_buffer), "%u", s_triangle_layer->side_b);
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snprintf(side_c_buffer, sizeof(side_c_buffer), "%u", s_triangle_layer->side_c);
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s_options_over[0] = side_b_buffer;
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s_options_over[1] = side_c_buffer;
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s_options_under[0] = side_b_buffer;
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s_options_under[1] = side_c_buffer;
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// store solution
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s_solution_indices[0] = 2; // tan/cot
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if (s_triangle_layer->theta_angle_is_left) {
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if (tan_index == 0) { // tan
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s_solution_indices[1] = 0; // b (opposite)
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s_solution_indices[2] = 1; // c (adjacent)
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} else { // cot
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s_solution_indices[1] = 1; // c (adjacent)
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s_solution_indices[2] = 0; // b (opposite)
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}
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} else {
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if (tan_index == 0) { // tan
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s_solution_indices[1] = 1; // c (opposite)
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s_solution_indices[2] = 0; // b (adjacent)
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} else { // cot
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s_solution_indices[1] = 0; // b (adjacent)
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s_solution_indices[2] = 1; // c (opposite)
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}
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}
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break;
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case 1:
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snprintf(side_a_buffer, sizeof(side_a_buffer), "%u", s_triangle_layer->side_a);
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snprintf(side_c_buffer, sizeof(side_c_buffer), "%u", s_triangle_layer->side_c);
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s_options_over[0] = side_a_buffer;
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s_options_over[1] = side_c_buffer;
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s_options_under[0] = side_a_buffer;
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s_options_under[1] = side_c_buffer;
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// store solution
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if (s_triangle_layer->theta_angle_is_left) {
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s_solution_indices[0] = 1; // cos/sec
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if (cos_index == 0) { // cos
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s_solution_indices[1] = 1; // c (adjacent)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // sec
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // c (adjacent)
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}
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} else {
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s_solution_indices[0] = 0; // sin/csc
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if (sin_index == 0) { // sin
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s_solution_indices[1] = 1; // c (opposite)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // csc
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // c (opposite)
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}
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}
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break;
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case 2:
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snprintf(side_a_buffer, sizeof(side_a_buffer), "%u", s_triangle_layer->side_a);
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snprintf(side_b_buffer, sizeof(side_b_buffer), "%u", s_triangle_layer->side_b);
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s_options_over[0] = side_a_buffer;
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s_options_over[1] = side_b_buffer;
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s_options_under[0] = side_a_buffer;
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s_options_under[1] = side_b_buffer;
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// store solution
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if (s_triangle_layer->theta_angle_is_left) {
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s_solution_indices[0] = 0; // sin/csc
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if (sin_index == 0) { // sin
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s_solution_indices[1] = 1; // b (opposite)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // csc
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // b (opposite)
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}
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} else {
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s_solution_indices[0] = 1;
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if (cos_index == 0) { // cos
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s_solution_indices[1] = 1; // b (adjacent)
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s_solution_indices[2] = 0; // a (hypotenuse)
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} else { // sec
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s_solution_indices[1] = 0; // a (hypotenuse)
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s_solution_indices[2] = 1; // b (adjacent)
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}
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}
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}
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text_layer_set_text(s_side_a_txt_layer, side_a_buffer);
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text_layer_set_text(s_side_b_txt_layer, side_b_buffer);
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text_layer_set_text(s_side_c_txt_layer, side_c_buffer);
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// drop menus
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//// determine trigonometric function options
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s_sin = s_sin_arr[sin_index];
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s_cos = s_cos_arr[cos_index];
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s_tan = s_tan_arr[tan_index];
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//// set up menu options
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s_options_function[0] = s_sin;
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s_options_function[1] = s_cos;
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s_options_function[2] = s_tan;
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//// create drop window
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// drop window
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s_drop_window = window_create();
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window_set_window_handlers(
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s_drop_window,
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(WindowHandlers){.load = drop_menu_window_load, .unload = drop_menu_window_unload});
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// setup vibes
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static const uint32_t VIBE_ON_FLOOR = 120; // ms: below this the motor never spins up
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static const uint32_t VIBE_ON_SCALE = 4;
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static const uint32_t VIBE_GAP = 40; // short off-time -> reads as continuous buzzing
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s_vibe_segments[0] = VIBE_ON_FLOOR + (uint32_t)s_triangle_layer->angle_A * VIBE_ON_SCALE;
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s_vibe_segments[1] = VIBE_GAP;
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s_vibe_segments[2] = VIBE_ON_FLOOR + (uint32_t)s_triangle_layer->angle_B * VIBE_ON_SCALE;
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s_vibe_segments[3] = VIBE_GAP;
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s_vibe_segments[4] = VIBE_ON_FLOOR + (uint32_t)s_triangle_layer->angle_C * VIBE_ON_SCALE;
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s_vibe_pattern = (VibePattern){
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.durations = s_vibe_segments,
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.num_segments = ARRAY_LENGTH(s_vibe_segments),
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};
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// countdown
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s_countdown_txt_layer = text_layer_create(GRect(0, (s_small_top_bar_height / 2) - PBL_IF_ROUND_ELSE(6, 10), PBL_DISPLAY_WIDTH, s_small_top_bar_height));
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text_layer_set_background_color(s_countdown_txt_layer, GColorClear);
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text_layer_set_text_color(s_countdown_txt_layer, GColorWhite);
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text_layer_set_text_alignment(s_countdown_txt_layer, GTextAlignmentCenter);
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s_awareness_countdown_int = settings.TriangeMinSecs; // TODO calculate max based on min and triangle count
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text_layer_set_font(s_countdown_txt_layer, s_font_lecoish_small);
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snprintf(s_awareness_countdown_buf, sizeof(s_awareness_countdown_buf), "%03u", s_awareness_countdown_int);
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text_layer_set_text(s_countdown_txt_layer, s_awareness_countdown_buf);
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layer_add_child(window_layer, text_layer_get_layer(s_countdown_txt_layer));
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// configure UI around current triangle in s_triangle_layer
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update_for_new_triangle();
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// schedule recovery alarm and begin countdown :)
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schedule_alarm(WAKE_RECOVERY_ALARM);
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tick_timer_service_subscribe(SECOND_UNIT, awareness_alarm_seconds_handler);
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}
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