correct hardware links in examples

Author: zeroflow

examples/with-temperature-control-rev-3.1.yaml

@@ -1,21 +1,24 @@
-# Example: Hardware Rev 3.1 with Temperature-based Fan Control
+# Example: Hardware Rev 3.1 with PID Temperature Control
 #
-# This example shows how to use the hardware package together with
-# temperature control modules for automatic fan speed adjustment.
+# This example shows how to use the PID temperature control module for
+# precise, automatic fan speed regulation using a PID controller.
+# The PID target temperature and gains are tunable live from Home Assistant.
+#
+# For a simpler curve-based approach, see with-temperature-curve-rev-3.1.yaml
 
 packages:
-  # Include the hardware-specific configuration
-  hardware: !include ../hardware-rev-3.1.yaml
-
-  # Include the RPM status LEDs module
-  rpm_status_leds: !include ../modules/rpm_status_leds.yaml
-
-  # Include temperature control module (choose one):
-  # Linear control: Simple linear mapping from temperature to fan speed
-  # temperature_control: !include ../modules/temperature_linear.yaml
-
-  # PID control: Advanced control with PID algorithm for precise temperature regulation
-  # temperature_control: !include ../modules/temperature_pid.yaml
+  hardware:
+    url: https://github.com/zeroflow/wifi-fancontroller
+    files: [hardware-rev-3.1.yaml]
+    ref: main
+  rpm_status_leds:
+    url: https://github.com/zeroflow/wifi-fancontroller
+    files: [modules/rpm_status_leds.yaml]
+    ref: main
+  temperature_pid:
+    url: https://github.com/zeroflow/wifi-fancontroller
+    files: [modules/temperature_pid.yaml]
+    ref: main
 
 esphome:
   name: my-fancontroller
@@ -52,16 +55,10 @@ web_server:
 # Enable captive portal for WiFi setup
 captive_portal:
 
-# You can customize the temperature control behavior by overriding
-# substitutions from the temperature modules:
+# Optional: override PID gains at compile time.
+# All of these are also tunable live from Home Assistant without reflashing.
 #
 # substitutions:
-#   # For temperature_linear.yaml:
-#   target_temp: "25.0"      # Target temperature in °C
-#   temp_hysteresis: "2.0"   # Temperature hysteresis in °C
-#
-#   # For temperature_pid.yaml:
-#   target_temp: "25.0"      # Target temperature in °C
-#   kp: "1.0"                # Proportional gain
-#   ki: "0.1"                # Integral gain
-#   kd: "0.05"               # Derivative gain
+#   kp: "3.0"    # Proportional gain (UI scale ×100: % fan per °C)
+#   ki: "0.005"  # Integral gain     (UI scale ×100)
+#   kd: "0.0"    # Derivative gain   (UI scale ×100)

examples/with-temperature-curve-rev-3.1.yaml

@@ -4,15 +4,18 @@
 # flexible multi-point fan speed control based on temperature.
 
 packages:
-  # Include the hardware-specific configuration
-  hardware: !include ../hardware-rev-3.1.yaml
-
-  # Include the RPM status LEDs module
-  rpm_status_leds: !include ../modules/rpm_status_leds.yaml
-
-  # Include the temperature curve module
-  # This provides 5 configurable temperature/speed points with linear interpolation
-  temperature_curve: !include ../modules/temperature_curve.yaml
+  hardware:
+    url: https://github.com/zeroflow/wifi-fancontroller
+    files: [hardware-rev-3.1.yaml]
+    ref: main
+  rpm_status_leds:
+    url: https://github.com/zeroflow/wifi-fancontroller
+    files: [modules/rpm_status_leds.yaml]
+    ref: main
+  temperature_curve:
+    url: https://github.com/zeroflow/wifi-fancontroller
+    files: [modules/temperature_curve.yaml]
+    ref: main
 
 esphome:
   name: my-fancontroller