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+# Potentiometer module
+Do you want to add joysticks or faders to your keyboard?
+
+The potentiometer module reads analog signals from you ADC pins and gives you a value in 7 bit base.
+
+## Enabling the extension
+Enabling Potentiometer gives you access to the following keycodes and can simply be
+added to the modules list.
+
+```python
+from kmk.modules.potentiometer import PotentiometerHandler
+potentiometer = PotentiometerHandler()
+
+keyboard.modules.append(potentiometer)
+```
+
+
+## How to use
+Here is all you need to use this module in your `main.py` / `code.py` file.
+
+**1. Load the module: import the potentiometer handler and add it to keyboard modules.**
+
+```python
+from kmk.modules.potentiometer import PotentiometerHandler
+potentiometer = PotentiometerHandler()
+keyboard.modules.append(potentiometer)
+```
+
+**2. Define the pins for each potentiometer: `pin_a` for the signal pin and `defname` for the name of the controlling defenition. If you want to invert the direction of the potentiometer, set the 3rd (optional) parameter `is_inverted` to `True`.**
+
+```python
+potentiometer.pins = (
+    (board."pin_a", "defname", "is_inverted")
+)
+```
+
+ Example:
+```python
+# Regular GPIO potentiometer
+potentiometer.pins = (
+    # regular direction potentiometer
+    (board.A0, potentiometer_1_handler),
+    # reversed direction potentiometer
+    (board.A1, potentiometer_2_handler, False),
+)
+```
+
+**3. Define the mapping of keys to be called.**
+
+here we convert the incoming base values into a value 0-127 for ease of use.
+
+This example is for a joystick mapped to WASD with a deadzone in the center. The exact deadzone values might vary depending on the potentiometers used.
+    
+    *Note: this uses `keyboard.add_key` and `keyboard.remove_key` which could be considered legacy.*
+
+```python
+def potentiometer_1_handler(state):
+    joy1 = int((state.position / 127) * 127)
+    if joy1 >= 0 and joy1 <= 56:
+        keyboard.add_key(KC.S)
+    if joy1 >= 65 and joy1 <= 127:
+        keyboard.add_key(KC.W)
+    if joy1 >= 57 and joy1 <= 64:
+        keyboard.remove_key(KC.S)
+        keyboard.remove_key(KC.W)
+
+def potentiometer_2_handler(state):
+    joy2 = int((state.position / 127) * 127)
+    if joy2 >= 0 and joy2 <= 58:
+        keyboard.add_key(KC.A)
+    if joy2 >= 67 and joy2 <= 127:
+        keyboard.add_key(KC.D)
+    if joy2 >= 59 and joy2 <= 66:
+        keyboard.remove_key(KC.A)
+        keyboard.remove_key(KC.D)
+```
+
+## Other examples
+
+**Computer volume**
+
+You can use a potentiometer to control the system volume easily. Here an example from [ZFR_KBD's RP2.65-F](https://github.com/KMKfw/kmk_firmware/blob/master/user_keymaps/ZFR_KBD/RP2.65-F.py)
+
+```python
+def set_sys_vol(state):
+    # convert to 0-100
+    new_pos = int((state.position / 127) * 64)
+    level = level_lut[new_pos]
+    # print(f"new vol level: {level}")
+    # print(f"last: {keyboard.last_level}")
+
+    # check if uninitialized
+    if keyboard.last_level == -1:
+        keyboard.last_level = level
+        return
+
+    level_diff = abs(keyboard.last_level - level)
+    if level_diff > 0:
+        # set volume to new level
+        # vol_direction = "unknown"
+        if level > keyboard.last_level:
+            # vol_direction = "up"
+            cmd = KC.VOLU
+        else:
+            # vol_direction = "down"
+            cmd = KC.VOLD
+
+        # print(f"Setting system volume {vol_direction} by {level_diff} to reach {level}")
+        for i in range(int(level_diff / level_inc_step)):
+            hid_report = keyboard._hid_helper.create_report([cmd])
+            hid_report.send()
+            hid_report.clear_all()
+            hid_report.send()
+
+        keyboard.last_level = level
+    return
+
+def potentiometer_1_handler(state):
+    set_sys_vol(state)
+```
+
+**LED brightness**
+
+You can also use a potentiometer to control the LED brightness of your keyboard. Another example from [ZFR_KBD's RP2.65-F](https://github.com/KMKfw/kmk_firmware/blob/master/user_keymaps/ZFR_KBD/RP2.65-F.py)
+
+```python
+def get_kb_rgb_obj(keyboard):
+    rgb = None
+    for ext in keyboard.extensions:
+        if type(ext) is RGB:
+            rgb = ext
+            break
+    return rgb
+
+def set_led_brightness(state):
+    rgb = get_kb_rgb_obj(keyboard)
+    if rgb is None:
+        return
+
+    rgb.val = int((state.position / 127) * rgb.val_limit)
+    rgb._do_update()
+    return
+
+def potentiometer_3_handler(state):
+    set_led_brightness(state)
+```
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