Refactor display logic for better readability and maintainability; update TV power control logic with override functionality
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369A0E45E03A81C3
@ -38,12 +38,10 @@ output:
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id: output_cold
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pin: P26
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max_power: 70% # Limit the cold white channel to 80%
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min_power: 14%
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- platform: libretiny_pwm
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id: output_warm
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pin: P24
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max_power: 70% # Limit the warm white channel to 80%
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min_power: 14%
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light:
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- platform: cwww
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116
display.yaml
116
display.yaml
@ -57,14 +57,16 @@ display:
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int row_y = margin + 25;
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int col_offset = margin + 25;
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int icon_size = y_step * 0.75;
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int col;
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// Calculate column and row positions
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int col_array[] = {margin, col_offset + y_step, col_offset + y_step * 2, col_offset + y_step * 3, col_offset + y_step * 5, col_offset + y_step * 7};
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it.fill(Color(0, 0, 0)); // Clear screen
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// Clear screen
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it.fill(Color(0, 0, 0));
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// Function to calculate row position
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auto row = [&](int row_in) {
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auto row_calc = [&](int row_in) {
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if (row_in == 0) {
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return margin;
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} else {
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@ -74,12 +76,12 @@ display:
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// Function to handle all state conditions
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auto handle_state = [&](int col_index, int row_index, std::string text, std::string type) {
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int x, y, center;
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x = col_array[col_index];
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y = row(row_index);
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center = ((col_array[col_index] + col_array[col_index + 1]) / 2) - 10;
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if (text != "on" && text != "off" && text != "unavailable" && text != "unknown" && text != "") {
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// Calculate center of column
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int center = ((col_array[col_index] + col_array[col_index + 1]) / 2) - 10;
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// Check if text is a number and add unit
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if (text != "unavailable" && text != "unknown" && text != "") {
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if (type == "temperature") {
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text = text + "°C";
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} else if (type == "humidity") {
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@ -89,61 +91,66 @@ display:
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if (text == "unavailable" || text == "unknown") {
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if (id(triangle_visible)) {
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it.filled_triangle(center, y + icon_size, center + icon_size, y + icon_size, center + (icon_size / 2), y, Color(255, 0, 0));
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it.print((center + icon_size / 3) + 1, y, id(my_font), Color(255, 255, 255), "!");
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it.filled_triangle(center, row_calc(row_index) + icon_size, center + icon_size, row_calc(row_index) + icon_size, center + (icon_size / 2), row_calc(row_index), Color(255, 0, 0));
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it.print((center + icon_size / 3) + 1, row_calc(row_index), id(my_font), Color(255, 255, 255), "!");
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}
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} else if (text == "" && type == "door" || text == "" && type == "motion") {
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it.filled_rectangle(x, y, icon_size, icon_size, Color(128, 128, 128));
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it.filled_rectangle(col_array[col_index], row_calc(row_index), icon_size, icon_size, Color(128, 128, 128));
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} else if (text == "on") {
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it.filled_rectangle(x, y, icon_size, icon_size, Color(0, 255, 0));
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it.filled_rectangle(col_array[col_index], row_calc(row_index), icon_size, icon_size, Color(0, 255, 0));
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} else if (text == "off") {
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it.filled_rectangle(x, y, icon_size, icon_size, Color(255, 0, 0));
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it.filled_rectangle(col_array[col_index], row_calc(row_index), icon_size, icon_size, Color(255, 0, 0));
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} else if (type == "icon") {
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it.print(center, y, id(icon_font), Color(255, 255, 255), text.c_str());
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it.print(center, row_calc(row_index), id(icon_font), Color(255, 255, 255), text.c_str());
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} else {
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it.print(x, y, id(my_font), Color(255, 255, 255), text.c_str());
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it.print(col_array[col_index], row_calc(row_index), id(my_font), Color(255, 255, 255), text.c_str());
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}
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};
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// Room names (first column)
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handle_state(0,0, "", "icon");
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handle_state(0,1, "Bath", "name");
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handle_state(0,2, "Hall", "name");
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handle_state(0,3, "Kitch", "name");;
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handle_state(0,4, "Tom", "name");
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handle_state(0,5, "Mate", "name");
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// Door status (second column)
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handle_state(1, 0, "", "icon");
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handle_state(1, 1, id(bath_door_status).state, "door");
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handle_state(1, 2, id(hall_door_status).state, "door");
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handle_state(1, 3, "", "door");
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handle_state(1, 4, id(tomek_door_status).state, "door");
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handle_state(1, 5, id(mateusz_door_status).state, "door");
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// Room names (column 0)
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col = 0;
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handle_state(col,0, "", "icon");
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handle_state(col,1, "Bath", "name");
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handle_state(col,2, "Hall", "name");
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handle_state(col,3, "Kitch", "name");;
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handle_state(col,4, "Tom", "name");
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handle_state(col,5, "Mate", "name");
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// Motion status (third column)
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handle_state(2, 0, "", "icon");
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handle_state(2, 1, id(bath_motion_status).state, "motion");
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handle_state(2, 2, id(hall_motion_status).state, "motion");
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handle_state(2, 3, id(kitchen_motion_status).state, "motion");
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handle_state(2, 4, "", "motion");
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handle_state(2, 5, "", "motion");
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// Door status (column 1)
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col = 1;
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handle_state(col, 0, "", "icon");
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handle_state(col, 1, id(bath_door_status).state, "door");
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handle_state(col, 2, id(hall_door_status).state, "door");
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handle_state(col, 3, "", "door");
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handle_state(col, 4, id(tomek_door_status).state, "door");
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handle_state(col, 5, id(mateusz_door_status).state, "door");
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// Temperature (fourth column)
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handle_state(3, 0, "", "icon");
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handle_state(3, 1, id(bath_temperature).state, "temperature");
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handle_state(3, 2, id(hall_temperature).state, "temperature");
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handle_state(3, 3, id(kitchen_temperature).state, "temperature");
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handle_state(3, 4, id(tomek_temperature).state, "temperature");
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handle_state(3, 5, id(mateusz_temperature).state, "temperature");
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// Motion status (column 2)
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col = 2;
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handle_state(col, 0, "", "icon");
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handle_state(col, 1, id(bath_motion_status).state, "motion");
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handle_state(col, 2, id(hall_motion_status).state, "motion");
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handle_state(col, 3, id(kitchen_motion_status).state, "motion");
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handle_state(col, 4, "", "motion");
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handle_state(col, 5, "", "motion");
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// Humidity (fifth column)
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handle_state(4, 0, "", "icon");
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handle_state(4, 1, id(bath_humidity).state, "humidity");
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handle_state(4, 2, id(hall_humidity).state, "humidity");
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handle_state(4, 3, id(kitchen_humidity).state, "humidity");
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handle_state(4, 4, id(tomek_humidity).state, "humidity");
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handle_state(4, 5, id(mateusz_humidity).state, "humidity");
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// Temperature (column 3)
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col = 3;
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handle_state(col, 0, "", "icon");
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handle_state(col, 1, id(bath_temperature).state, "temperature");
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handle_state(col, 2, id(hall_temperature).state, "temperature");
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handle_state(col, 3, id(kitchen_temperature).state, "temperature");
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handle_state(col, 4, id(tomek_temperature).state, "temperature");
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handle_state(col, 5, id(mateusz_temperature).state, "temperature");
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// Humidity (column 4)
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col = 4;
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handle_state(col, 0, "", "icon");
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handle_state(col, 1, id(bath_humidity).state, "humidity");
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handle_state(col, 2, id(hall_humidity).state, "humidity");
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handle_state(col, 3, id(kitchen_humidity).state, "humidity");
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handle_state(col, 4, id(tomek_humidity).state, "humidity");
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handle_state(col, 5, id(mateusz_humidity).state, "humidity");
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// 3D Printer variables
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int progress_width = screen_width - (2 * margin) - 120;
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@ -151,16 +158,16 @@ display:
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// 3D Printer progress bar
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if (id(octo_state).state == "Printing") {
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it.print(margin, row(6), id(my_font), Color(255, 255, 255), "3D Printer:");
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it.filled_rectangle(margin + 90, row(6), progress, 20, Color(0, 255, 0));
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it.rectangle(margin + 90, row(6), progress_width, 20, Color(255, 255, 255));
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it.print(margin, row_calc(6), id(my_font), Color(255, 255, 255), "3D Printer:");
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it.filled_rectangle(margin + 90, row_calc(6), progress, 20, Color(0, 255, 0));
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it.rectangle(margin + 90, row_calc(6), progress_width, 20, Color(255, 255, 255));
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}
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// 3D Printer light status
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if (id(printer_light).state == "on" && id(octo_state).state == "Printing" ) {
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it.print(margin + 90 + progress_width + 10, row(6), id(icon_font), Color(255, 255, 255), "");
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it.print(margin + 90 + progress_width + 10, row_calc(6), id(icon_font), Color(255, 255, 255), "");
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} else if (id(printer_light).state == "on") {
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it.print(margin, row(6), id(my_font), Color(255, 255, 255), "3D Printer Light On");
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it.print(margin, row_calc(6), id(my_font), Color(255, 255, 255), "3D Printer Light On");
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}
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# Home Assistant integration
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@ -243,6 +250,7 @@ font:
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- id: my_font
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file: "fonts/Roboto.ttf"
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size: 20
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- id: icon_font
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file: "fonts/JetBrains.ttf"
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size: 20
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@ -43,8 +43,10 @@ binary_sensor:
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device_class: power
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on_state:
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- lambda: |-
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if (!id(power_switch).state == x) {
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id(power_switch).publish_state(x);
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if (id(override).state == false) {
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if (id(power_switch).state != x) {
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id(power_switch).publish_state(x);
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}
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}
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text_sensor:
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@ -53,27 +55,38 @@ text_sensor:
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id: tv_status
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on_value:
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- lambda: |-
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if (x == "on") {
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id(power_switch).turn_on();
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} else {
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id(power_switch).turn_off();
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}
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if (id(override).state == false) {
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if (x == "on" && !id(power_switch).state) {
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id(power_switch).turn_on();
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} else if (x == "off" && id(power_switch).state) {
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id(power_switch).turn_off();
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}
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}
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# Define the switch to control TV power (Only toggled via Home Assistant)
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switch:
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- platform: template
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name: "Switch"
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id: power_switch
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optimistic: true
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restore_mode: RESTORE_DEFAULT_OFF
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# turn_on_action:
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# - output.turn_off: tv_relay # Set P23 LOW
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# - delay: 300ms
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# - output.turn_on: tv_relay # Set P23 HIGH
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optimistic: true
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turn_off_action:
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- output.turn_off: tv_relay # Set P23 LOW
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- delay: 1500ms
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- output.turn_on: tv_relay # Set P23 HIGH
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- lambda: |-
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if (millis() > 5000) { // Check if 5 seconds have passed since startup
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id(tv_relay).turn_off(); // Set P23 LOW
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delay(1500); // Delay for 1500ms
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id(tv_relay).turn_on(); // Set P23 HIGH
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}
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- platform: template
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name: "Override"
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id: override
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optimistic: true
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restore_mode: RESTORE_DEFAULT_OFF
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# Define GPIO23 as the output (normally pull-up)
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output:
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