pl

services/lampBehaviour.yaml

@@ -26,6 +26,7 @@ globals:
     type: float
     initial_value: "0.0"
 
+
 # This script updates the front panel illumination.
 script:
   - id: update_front_panel
@@ -57,6 +58,55 @@ script:
             - front_panel.turn_on_leds: [ POWER ]
       - front_panel.update_leds:
 
+  - id: apply_night_light_calibration
+    mode: restart
+    then:
+      - lambda: |-
+          if (isnan(id(my_night_light_tint).state) ||
+              isnan(id(my_night_light_temperature).state) ||
+              isnan(id(my_night_light_level).state)) {
+            return;
+          }
+
+          const float tint = id(my_night_light_tint).state;
+          const float temperature = id(my_night_light_temperature).state;
+          const float level = id(my_night_light_level).state;
+
+          const float base_red_drive = 1.0f - ${night_light_calibration_red_base}f;
+          const float base_green_drive = 1.0f - ${night_light_calibration_green_base}f;
+          const float base_blue_drive = 1.0f - ${night_light_calibration_blue_base}f;
+
+          auto approx_exp = [](float x) -> float {
+            return 1.0f + x + 0.5f * x * x;
+          };
+
+          // Work in drive space, where larger values mean a brighter channel.
+          // Quadratic gain approximation keeps tint and temperature perceptible
+          // without pulling in runtime exponential math.
+          const float level_gain = approx_exp(level * 0.027f);
+          const float temperature_amount = temperature * 0.027f;
+          const float tint_amount = tint * 0.035f;
+
+          const float red_drive = base_red_drive * level_gain *
+                                  approx_exp(temperature_amount * 0.5f) *
+                                  approx_exp(tint_amount * 0.5f);
+          const float green_drive = base_green_drive * level_gain *
+                                    approx_exp(temperature_amount * 0.25f) *
+                                    approx_exp(-tint_amount);
+          const float blue_drive = base_blue_drive * level_gain *
+                                   approx_exp(-temperature_amount * 0.75f) *
+                                   approx_exp(tint_amount * 0.5f);
+
+          const float red = clamp(1.0f - red_drive,
+                                  ${night_light_calibration_min}f, ${night_light_calibration_max}f);
+          const float green = clamp(1.0f - green_drive,
+                                    ${night_light_calibration_min}f, ${night_light_calibration_max}f);
+          const float blue = clamp(1.0f - blue_drive,
+                                   ${night_light_calibration_min}f, ${night_light_calibration_max}f);
+
+          id(my_light).set_night_light_color_temperature_calibration(red, green, blue);
+
+
 # This component controls the LED lights of the lamp.
 light:
   - platform: xiaomi_bslamp2
@@ -196,61 +246,10 @@ substitutions:
   night_light_calibration_min: "0.920"
   night_light_calibration_max: "0.980"
 
-esphome:
-  on_boot:
-    - priority: 600
-      then:
-        - script.execute: apply_night_light_calibration
 
-script:
-  - id: apply_night_light_calibration
-    mode: restart
-    then:
-      - lambda: |-
-          if (isnan(id(my_night_light_tint).state) ||
-              isnan(id(my_night_light_temperature).state) ||
-              isnan(id(my_night_light_level).state)) {
-            return;
-          }
 
-          const float tint = id(my_night_light_tint).state;
-          const float temperature = id(my_night_light_temperature).state;
-          const float level = id(my_night_light_level).state;
-
-          const float base_red_drive = 1.0f - ${night_light_calibration_red_base}f;
-          const float base_green_drive = 1.0f - ${night_light_calibration_green_base}f;
-          const float base_blue_drive = 1.0f - ${night_light_calibration_blue_base}f;
-
-          auto approx_exp = [](float x) -> float {
-            return 1.0f + x + 0.5f * x * x;
-          };
-
-          // Work in drive space, where larger values mean a brighter channel.
-          // Quadratic gain approximation keeps tint and temperature perceptible
-          // without pulling in runtime exponential math.
-          const float level_gain = approx_exp(level * 0.027f);
-          const float temperature_amount = temperature * 0.027f;
-          const float tint_amount = tint * 0.035f;
-
-          const float red_drive = base_red_drive * level_gain *
-                                  approx_exp(temperature_amount * 0.5f) *
-                                  approx_exp(tint_amount * 0.5f);
-          const float green_drive = base_green_drive * level_gain *
-                                    approx_exp(temperature_amount * 0.25f) *
-                                    approx_exp(-tint_amount);
-          const float blue_drive = base_blue_drive * level_gain *
-                                   approx_exp(-temperature_amount * 0.75f) *
-                                   approx_exp(tint_amount * 0.5f);
-
-          const float red = clamp(1.0f - red_drive,
-                                  ${night_light_calibration_min}f, ${night_light_calibration_max}f);
-          const float green = clamp(1.0f - green_drive,
-                                    ${night_light_calibration_min}f, ${night_light_calibration_max}f);
-          const float blue = clamp(1.0f - blue_drive,
-                                   ${night_light_calibration_min}f, ${night_light_calibration_max}f);
-
-          id(my_light).set_night_light_color_temperature_calibration(red, green, blue);
 
+  
 number:
   - platform: template
     id: my_night_light_tint