Fix incorrect light value changes

Using the force-off of light_off during presence detection change would sometimes cause the response LEDs to disable prematurely, since the on_state can trigger seemingly at random. Switch to using a separate handler for this, which will instead execute after a hold ends (and both our responses leverage holds so this works in all cases).
Fix typo in entity name
2025-10-05 02:31:16 -04:00 · 2025-10-01 14:54:28 -04:00 · 2025-10-01 14:46:35 -04:00 · 2025-10-01 14:41:21 -04:00 · 2025-09-30 00:46:17 -04:00 · 2025-09-25 01:55:36 -04:00
27 changed files with 6240 additions and 206 deletions
--- a/README.md
+++ b/README.md
@@ -1,8 +1,5 @@
 # SuperSensor v2.x
 **NOTICE**: The Supersensor v2.x is still under development! Parts and configurations
 may change until the design is finalized.
 The SuperSensor is an all-in-one voice, motion, presence, temperature/humidity/air
 quality, and light sensor, built on an ESP32 with ESPHome, and inspired
 heavily by the EverythingSmartHome Everything Presence One sensor and the
@@ -13,8 +10,8 @@ interfaces with wake word detection, as well as other sensor detection options
 as you want them.
 Assist feedback is provided by a pair of common-cathode RGB LED. No speakers
-or annoying TTS feedback here! With an optional 3D Printed case and a clear
+or annoying TTS feedback here! With [an optional 3D Printed case and a clear
-diffuser cover, the LEDs can be turned into a sleek light bar on the bottom
+diffuser cover](/case), the LEDs can be turned into a sleek light bar on the bottom
 of the unit for quick and easy confirmation of voice actions, or just use
 it bare if you like the "PCB on a wall" aesthetic.
@@ -27,15 +24,8 @@ To Use:
  * Add/adopt the SuperSensor to HomeAssistant using the automatic name.
  * Tune the SuperSensor values to your needs.
-Note: Once programmed, the output LED will flash continuously until connected
+For more details, please [see my first blog post on the original SuperSensor project](https://www.boniface.me/posts/the-supersensor/)
-      to HomeAssistant, and a bit longer to establish if the wake word
+and [my update post on version 2.0](https://www.boniface.me/posts/the-supersensor-2.0).
      functionality is enabled. This is by design, so you know if your sensors
      are connected or not. If you do not want this, comment out the
      `light.turn_on` block starting on line 38 of the ESPHome configuration
      to disable this functionality.
 For more details, please [see my first blog post on the SuperSensor project](https://www.boniface.me/the-supersensor/)
 and [my update post on version 2.0](https://www.boniface.me/the-supersensor-2.0).
 **NOTE: For those with v1.x hardware, see [the repository for that code instead](https://github.com/joshuaboniface/supersensor).**
@@ -53,12 +43,12 @@ and [my update post on version 2.0](https://www.boniface.me/the-supersensor-2.0)
 2. Replaced the SR602 PIR sensor with the AM312 PIR sensor.
-   The SR602 was, in my experience, prone to constant false misfirings even in completely empty rooms. In addition its orientation requirements
+   The SR602 was, in my experience, prone to constant false misfirings and hard to enclose due to its shape. In addition its orientation is
-   are awkward (pins on the left or right side). While it's possible I just had a bad batch, this soured me significantly to these sensors,
+   awkward (pins on the left or right side) which made building around it difficult. Thus, this sensor has been replaced with the nicer,
-   especially after reading many other similar reports around the internet.
+   more straight AM312 PIR design. This does add vertical height to the sensor but I consider this a good tradeoff, and think it looks neat.
-   Thus, this sensor has been replaced with the more reliable AM312. While the form factor fo the AM312 leaves a bit to be desired (sticking
+   Note that like all cheap PIRs, the AM312 is prone to misfiring if exposed. For this reason, [the case](/case) is recommended for any serious
-   up by about 1cm more from the board), in the end I found this to be more of a positive than a negative for resposiveness and apperance.
+   PIR use-cases.
 3. Completely redesigned the custom PCB around the above sensor changes, which is now more compact in a 50x55mm almost-square configuration.
@@ -70,7 +60,7 @@ and [my update post on version 2.0](https://www.boniface.me/the-supersensor-2.0)
 |-------|--------------------|----------------------------------|-------|
 | 1     | GY-SGP41           | $11.08                           | [AliExpress](https://www.aliexpress.com/item/1005006746827606.html)  |
 | 1     | GY-SHT45           | $5.67                            | [AliExpress](https://www.aliexpress.com/item/1005008175340220.html)* |
-| 1     | SR602              | $0.81                            | [AliExpress](https://www.aliexpress.com/item/1005001572550300.html)  |
+| 1     | AM312              | $1.97                            | [AliExpress](https://www.aliexpress.com/item/1005008067324301.html)  |
 | 1     | TSL2591            | $4.59                            | [AliExpress](https://www.aliexpress.com/item/1005008619462097.html)  |
 | 1     | HL-LD2510C         | $4.79                            | [AliExpress](https://www.aliexpress.com/item/1005006000579211.html)* |
 | 1     | INMP441            | $2.93                            | [AliExpress](https://www.aliexpress.com/item/1005002902615623.html)  |
@@ -79,7 +69,7 @@ and [my update post on version 2.0](https://www.boniface.me/the-supersensor-2.0)
 | 1     | 470Ω resistor      | $0.08 ($7.99/100)                | [Amazon](https://www.amazon.ca/dp/B08MKQX2XT) |
 | 2     | Female pin header† | $1.59 ($15.99/10)                | [Amazon](https://www.amazon.ca/dp/B08CMNRXJ1) |
 | 1     | Custom PCB (JLC)   | $0.69 ($6.89/10)                 | [GitHub](https://github.com/joshuaboniface/supersensor) |
-| **TOTAL** |                    | **$40.58**                           |       |
+| **TOTAL** |                    | **$41.74**                           |       |
 `*` Ensure you select the correct device on the page as it shows multiple options.
@@ -87,17 +77,14 @@ and [my update post on version 2.0](https://www.boniface.me/the-supersensor-2.0)
 ### To Solder or Not To Solder
-Personally, for my Supersensor 1.x's and the initial batch of Supersensor 2.x's, I directly soldered
+I strongly encourage anyone building one of these units to leverage sockets for all components. First,
-all the non-ESP components to the board. This proved to be a major mistake when I later decided
+this provides good spacing between components which can help with general better performance. It can
-to switch from SGP30's to SGP41's after some testing and I had to desolder all of them, ruining
+also allow for quick swapping if any turn out to be defective or if future changes are warranted.
 several PCBs in the process. It was also a hassle to desolder the existing sensors for reuse
 during the 1.x to 2.x conversion.
-As a result, I actually strongly encourage anyone building one of these units to leverage sockets
+**If you use the [case](/case), it is sized assuming socketed components!** So for case users you
-for all components, to allow for quick swapping if any turn out to be defective or if future changes
+must socket all components.
 are warranted.
-Note that due to the PCB design, you *must* socket at least one set of components - either the ESP32
+Note that due to the PCB design, you *must socket at least one* set of components - either the ESP32
 or the sensors on the front. Due to the positioning and overlap, it would be impossible to solder
 everything directly to the board, as the ESP covers several of the solder points of the front
 sensors and vice versa.
@@ -131,145 +118,7 @@ functionality, so I recommend using the provided models, but this is up to the b
 No other parts can be easily swapped without code or PCB design changes.
-## Configurable Options
+## Air Quality Handling
 There are several UI-configurable options with the SuperSensor to help you
 get the most out of the sensor for your particular use-case.
 **Note:** Configuration of the LD2410C is excluded here, as it is extensively
 configurable. See [the documentation](https://esphome.io/components/sensor/ld2410.html) for more details on its options.
 ### Enable Voice Support (switch)
 If enabled (the default), the SuperSensor's voice functionality including
 wake word will be started. Disabling this defeats most of the point of the
 SuperSensor, but can be done if desired, for instance if you have multiple
 SuperSensors in a single room and only want one to respond to voice commands.
 ### Enable Presence LED (switch)
 If enabled (the default), when overall presence is detected, the LEDs will
 glow "white" at 15% power to signal presence.
 ### Temperature Offset (selector, -30 to +10 @ 0.1, -5 default)
 Allows calibration of the SHT45 temperature sensor with an offset from -30 to +10
 degrees C. Useful if the sensor is misreporting actual ambient tempreatures. Due
 to internal heating of the SHT45 by the ESP32, this defaults to -5; further
 calibration may be needed for your sensors and environment based on an external
 reference.
 ### Humidity Offset (selector, -20 to +20 @ 0.1)
 Allows calibration of the SHT45 humidity sensor with an offset from -10 to +10
 percent relative humidity. Useful if the sensor is misreporting actual humidity
 based on an external reference.
 ### PIR Hold Time (selector, 0 to +60 @ 5, 0 default)
 The SuperSensor uses an AM312 PIR sensor, which has a stock hold time of ~2.5
 seconds. This setting allows increasing that value, with retrigger support, to
 up to 60 seconds, allowing the PIR detection to report for longer. 0 represents
 "as long as the AM312 fires".
 ### Light Threshold Control (selector, 0 to +200 @ 5, 30 default)
 The SuperSensor features a "light presence" binary sensor based on the light
 level reported by the TSL2591 sensor. This control defines the minimum lux
 value from the sensor to be considered "presence". For instance, if you have
 a room that is usually dark at 0-5 lux, but illuminated to 100 lux when a
 (non-automated) light switch is turned on, you could set a threshold here
 of say 30 lux: then, while the light is on, "light presence" is detected,
 and when the light is off, "light presence" is cleared. Light presence can
 be used standalone or as part of the integrated occupancy sensor (below).
 ### Integrated Occupancy Sensor (Selector)
 The SuperSensor features a fully integrated "occupancy" sensor, which can be
 configured to provide exactly the sort of occupancy detection you may want
 for your room.
 There are 7 options (plus "None"/disabled), with both "detect" and "clear"
 handled separately:
 #### PIR + Radar + Light
 Occupancy is detected when all 3 sensors report detected, and occupancy is
 cleared when any of the sensors report cleared.
 For detect, this provides the most "safety" against misfires, but requires
 a normally-dark room with a non-automated light source and clear PIR
 detection positioning.
 For clear, this option is probably not very useful as it is likely to clear
 quite frequently from the PIR, but is provided for completeness.
 #### PIR + Radar
 Occupancy is detected when both sensors report detected, and occupancy is
 cleared when either of the sensors report cleared.
 For detect, this provides good "safety" against PIR misfires without
 needing a normally-dark room, though detection may be slightly delayed
 from either sensor.
 For clear, this option is probably not very useful as it is likely to clear
 quite frequently from the PIR, but is provided for completeness.
 #### PIR + Light
 Occupancy is detected when both sensors report detected, and occupancy is
 cleared when either of the sensors report cleared.
 For detect, this provides some "safety" against PIR misfires, but requires
 a normally-dark room with a non-automated light source and clear PIR
 detection positioning.
 For clear, this option is probably not very useful as it is likely to clear
 quite frequently from the PIR, but is provided for completeness.
 #### Radar + Light
 Occupancy is detected when both sensors report detected, and occupancy is
 cleared when either of the sensors report cleared.
 For detect, this allows for radar detection while suppressing occupancy
 without light, for instance in a hallway where one might not want a late
 night bathroom visit to turn on the lights, or something to that effect.
 For clear, this option can provide a useful option to clear presence
 quickly if the lights go out, while still providing Radar presence.
 #### PIR Only
 Occupancy is based entirely on the PIR sensor for both detect and clear.
 Prone to misfires, but otherwise a good option for quick detection and
 clearance in a primarily-moving zone (e.g. hallway).
 #### Radar Only
 Occupancy is based entirely on the Radar sensor for both detect and clear.
 Useful for an area with no consistent motion or light level.
 #### Light Only
 Occupancy is based entirely on the Light sensor for both detect and clear.
 Useful for full dependence on an external light source.
 #### None
 Disable the functionality in either direction.
 For detect, no occupancy will ever fire.
 For clear, no states will clear occupancy; with any detect option, this
 means that occupancy will be detected only once and never clear, which
 is likely not useful.
 ## AQ Details
 The SuperSensor 2.0 features an SGP41 air quality sensor by Sensirion. This is a powerful AQ
 sensor which powers several commercial devices including the AirGradient One, which gave
@@ -293,6 +142,176 @@ for VOCs via AirGradient.
 Note however that like all MOx sensors, the SGP41 does not differentiate gasses, and as
 such cannot tell the difference between normal, everyday natural VOCs like those in
 breath or from e.g. ripening fruit, and dangerous VOCs from e.g. construction materials.
 It also reacts strongly to heavy humidity, resulting in higher values in such environments.
 These should be used only as a general indication of air quality over short periods, rather
 than an absolute reference over long periods (much to my own frustration but inevitable
 begruding acceptance).
 ## Room Health
 The SuperSensor 2.0 leverages the outputs of the SHT45 and SGP41 sensors to calculate a
 "Room Health", expressed as a percentage, which represents how "healthy" i.e. comfortable
 a room is for a person to be in.
 The room health is calculated based on the VOC level, temperature, and relative humidity.
 First, the raw value is converted to a per-sensor 100-0 scale as follows:
  * For VOC levels, there is a set of linear scales based on common VOC level
    mappings, such that less than 200 ppb is 100, 200-400 maps to 100-90,
    400-600 maps to 90-70, 600-1500 maps to 70-40, 1500-3000 maps to 40-0, and
    greater than 3000 is 0.
  * For temperature and humidity, there is a single linear scale based on a
    configurable penalty value, such that a value between the configurable
    minimum and maximum is 100, and each degree C or %RH outside of that range
    decreases the value by the penalty value.
 Next, each indivdual per-sensor value is applied to the total 100-0 value by a configurable
 weight, with the defaults being 40% to VOC level, 30% to temperature, and 30% to humidity. The
 values can never total more than 100% or total to 0% but are otherwise normalized (i.e. decrease
 others before increasing one, or the values will not be accepted; and at least one weight
 must be >0).
 The final result is thus a 100-0% range that, in broad strokes, describes the overall
 health of the room. For some examples, assuming all of the default values below:
   * Perfect: Temp 23C, humidity 50%RH, and VOC level 150ppb = 100% health
   * A little warm: Temp 25C (+1), humidity 50%RH, and VOC level 250ppb = 97% health
   * Dry: Temp 22C, humidity 30%RH (-10), VOC level 150ppb = 91% health
   * Dirty air: Temp 23C, humidity 50%RH, VOC level 800ppb = 85% health
   * Hot & humid: Temp 28C, humidity 70%RH, VOC level 250ppb = 84% health
   * All-around bad: Temp 30C, humidity 30%RH, VOC level 2000ppb = 52% health
 These are then mapped to textual values as well with the following bands:
   * 100%-95%: Great
   * 95%-90%: Good
   * 90%-80%: Fair
   * 80%-60%: Poor
   * 60%-0%: Bad
 As mentioned above, most portions of this are configurable; see the section below for
 specific details of each configuration value.
 ## Configurable Options
 There are several UI-configurable options with the SuperSensor to help you
 get the most out of the sensor for your particular use-case.
 **Note:** Configuration of the LD2410C is excluded here, as it is extensively
 configurable. See [the documentation](https://esphome.io/components/sensor/ld2410.html) for more details on its options.
 ### Enable Voice Support (switch)
 If enabled (the default), the SuperSensor's voice functionality including
 wake word will be started, or it can be disabled to use the SuperSensor
 purely as a presence/environmental sensor.
 ### Enable Presence LED (switch)
 If enabled (the default), when overall presence is detected, the LEDs will
 glow "white" at 15% power to signal presence.
 ### Temperature Offset (number, -30 to +10 @ 0.1, -5 default)
 Allows calibration of the SHT45 temperature sensor with an offset from -30 to +10
 degrees C. Useful if the sensor is misreporting actual ambient tempreatures. Due
 to internal heating of the SHT45 by the ESP32, this defaults to -5; further
 calibration may be needed for your sensors and environment based on an external
 reference.
 ### Humidity Offset (number, -20 to +20 @ 0.1)
 Allows calibration of the SHT45 humidity sensor with an offset from -10 to +10
 percent relative humidity. Useful if the sensor is misreporting actual humidity
 based on an external reference.
 ### PIR Hold Time (number, 0 to +60 @ 5, 0 default)
 The SuperSensor uses an AM312 PIR sensor, which has a stock hold time of ~2.5
 seconds. This setting allows increasing that value, with retrigger support, to
 up to 60 seconds, allowing the PIR detection to report for longer. 0 represents
 "as long as the AM312 fires".
 ### Light Threshold Control (number, 0 to +200 @ 5, 30 default)
 The SuperSensor features a "light presence" binary sensor based on the light
 level reported by the TSL2591 sensor. This control defines the minimum lux
 value from the sensor to be considered "presence". For instance, if you have
 a room that is usually dark at 0-5 lux, but illuminated to 100 lux when a
 (non-automated) light switch is turned on, you could set a threshold here
 of say 30 lux: then, while the light is on, "light presence" is detected,
 and when the light is off, "light presence" is cleared. Light presence can
 be used standalone or as part of the integrated occupancy sensor (below).
 ### Integrated Occupancy Sensor (selector)
 The SuperSensor features a fully integrated "occupancy" sensor, which can be
 configured to provide exactly the sort of occupancy detection you may want
 for your room.
 There are 7 options (plus "None"/disabled), with both "detect" and "clear"
 handled separately. Occupancy is always detected when ALL of the selected
 sensors report detection, and occupancy is always cleared when ANY of the
 selected sensors stop reporting detection (logical AND in, logical OR out).
   * PIR + Radar + Light
   * PIR + Radar
   * PIR + Light
   * Radar + Light
   * PIR Only
   * Radar Only
   * Light Only
   * None
 ### Room Health Sensor
 #### Minimum Temperature (number, 15 to 30 @ 0.5, 21 default)
 The lower bounds of a fully comfortable temperature; temperature values below
 this value will begin decreasing the room health score.
 #### Maximum Temperature (number, 15 to 30 @ 0.5, 24 default)
 The upper bounds of a fully comfortable temperature; temperature values above
 this value will begin decreasing the room health score.
 #### Temperature Penalty (number, 1 to 20 @ 1, 10 default)
 The penalty value per degree of temperature deviation from ideal levels, applied
 to the pre-weighting value for temperature.
 #### Minimum Humidity (number, 20 to 80 @ 1, 40 default)
 The lower bounds of a fully comfortable relative humidity level; relative
 humidity values below this value will begin decreasing the room health score.
 #### Maximum Humidity (number, 20 to 80 @ 1, 60 default)
 The upper bounds of a fully comfortable relative humidity level; relative
 humidity values above this value will begin decreasing the room health score.
 #### Humidity Penalty (number, 1 to 10 @ 1, 5 default)
 The penalty value per % of relative humidity deviation from ideal levels, applied
 to the pre-weighting value for humidity.
 #### VOC Weight (number, 0.0 to 1.0, 0.4 default)
 The weighting value of the VOC score relative to the other two for calculating
 the total room health.
 Note: Cannot exceed 0.4 without first decreasing one of the other weights (total max of 1.0).
 #### Temperature Weight (number, 0.0 to 1.0, 0.3 default)
 The weighting value of the Temperature score relative to the other two for
 calculating the total room health.
 Note: Cannot exceed 0.3 without first decreasing one of the other weights (total max of 1.0).
 #### Humidity Weight (number, 0.0 to 1.0, 0.3 default)
 The weighting value of the Humidity score relative to the other two for calculating
 the total room health.
 Note: Cannot exceed 0.3 without first decreasing one of the other weights (total max of 1.0).
--- a/case/.images/body-assembly-1.jpg
+++ b/case/.images/body-assembly-1.jpg
--- a/case/.images/body-assembly-2.jpg
+++ b/case/.images/body-assembly-2.jpg
--- a/case/.images/body-assembly-3.jpg
+++ b/case/.images/body-assembly-3.jpg
--- a/case/.images/body-assembly-4.jpg
+++ b/case/.images/body-assembly-4.jpg
--- a/case/.images/body-assembly-5.jpg
+++ b/case/.images/body-assembly-5.jpg
--- a/case/.images/body-assembly-6.jpg
+++ b/case/.images/body-assembly-6.jpg
--- a/case/.images/completed-case.jpg
+++ b/case/.images/completed-case.jpg
--- a/case/.images/completed-face.jpg
+++ b/case/.images/completed-face.jpg
--- a/case/.images/face-assembly-1.jpg
+++ b/case/.images/face-assembly-1.jpg
--- a/case/.images/face-assembly-2.jpg
+++ b/case/.images/face-assembly-2.jpg
--- a/case/.images/face-assembly-3.jpg
+++ b/case/.images/face-assembly-3.jpg
--- a/case/.images/face-assembly-4.jpg
+++ b/case/.images/face-assembly-4.jpg
--- a/case/.images/face-assembly-5.jpg
+++ b/case/.images/face-assembly-5.jpg
--- a/case/.images/face-assembly-6.jpg
+++ b/case/.images/face-assembly-6.jpg
--- a/case/.images/face-assembly-7.jpg
+++ b/case/.images/face-assembly-7.jpg
--- a/case/.images/face-assembly-8.jpg
+++ b/case/.images/face-assembly-8.jpg
--- a/case/.images/final-installation.jpg
+++ b/case/.images/final-installation.jpg
--- a/case/.images/parts.jpg
+++ b/case/.images/parts.jpg
--- a/case/LICENSE
+++ b/case/LICENSE
@@ -0,0 +1,427 @@
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--- a/case/README.md
+++ b/case/README.md
@@ -0,0 +1,177 @@
 # SuperSensor 2.x Case
 This is a 3D-printable case for the SuperSensor 2.x all-in-one voice, motion,
 presence, temperature/humidity/air quality, and light sensor.
 This case provides a convenient way to cover up the SuperSensor's PCB, either
 for aesthetics or to help protect it from harsh environments.
 You can [tinker the design on TinkerCAD here](https://www.tinkercad.com/things/1HT3fyNbln0-supersensor-case).
 The case design and images in this folder are licensed under the Creative Commons
 Attribution-ShareAlike (BY-SA) 4.0 license.
 ## Printing
 Provided here are 5 `.obj` CAD files designed for slicing and printing with
 any slicer software and 3D printer.
 ### `body.obj`
 This is the main body of the case which houses the PCB. It includes an opening
 for the insertion of a USB-C cable of "normal" size, which should fit most cables.
 This part should be printed in a solid, durable material of any colour you wish.
 ### `face.obj`
 This is the front face of the case. It clips into the body with 4 triangular
 grip clips, and has 5 openings:
  * A large rectangle for the insert below.
  * A large circle for the PIR and am312 extension tube below.
  * A small flush hole for the TSL2591 light sensor.
  * A small funneled hole for the SGP41 air quality sensor.
  * A small funneled hole for the SHT45 temperature/humidity sensor.
 **NOTE**: This design can affect the baseline readings of these sensors!
 Specifically, the TSL will report much lower ambient light levels (up to 30 lux)
 unless light is directly facing it; and the SHT45 will hover about 6 degrees
 higher than the exposed PCB would from my testing. Take these into account in
 your usage!
 This part should be printed in a solid, durable material of any colour you wish.
 ### `insert.obj`
 This insert fits into the large rectangle in the face, and provides a diffuser
 for the feedback/status LEDs, including an opening for the INA microphone. It
 is inserted into the face separately during assembly, though a multi-material
 printer could concievably print it into the face during printing.
 This part should be printed in a solid, durable material in **a natural or transluscent** colour (it must let light through).
 ### `am312-tube.obj`
 This round tube provides additional buffering for the AM312 over the face, extending
 it by 8mm to completely cover the AM312 body. It attaches to the face over the large
 circular hol separately during assembly.
 This part should be printed in a solid, durable material in any colour you wish.
 ### `usb-extension.obj` (optional)
 This square tube provides additional coverage of the USB cable opening for situations
 where that may be needed, either for "weatherproofing", cable management, or mounting.
 It attaches over the opening in the body and should fit most cables. Note that USB
 insertion may be harder with this on so consider that carefully during cable selection;
 a long boot cable is a plus here.
 This part should be printed in a solid, durable material in any colour you wish.
 ## Assembly
 To begin, print the parts above as indicated; default slicer settings should be sufficient.
 We will exclude the USB cable opening extension for this assembly, but its installation
 is straightforward.
 Lay out the parts; you will need:
    * The body, face, insert, and AM312 tube parts.
    * Superglue
    * A toothpick (if not using a precision superglue applicator)
    * A hard, flat surface (I use a vice)
   ![Parts](.images/parts.jpg)
 ### Face
 1. Place the face face-down (clips up), and place dabs of superglue at the corners of the
   insert openings.
   ![Face Assembly 1](.images/face-assembly-1.jpg)
 2. Spread the superglue along the inner edges with the toothpick; or, combine 2+3 by using
   a precision superglue applicator. You need very little glue here; avoid extra ooze!
   ![Face Assembly 2](.images/face-assembly-2.jpg)
 3. Firmly place the insert face-down into the hole; the overlap edges should match.
   ![Face Assembly 3](.images/face-assembly-3.jpg)
 4. Apply firm pressure to both sides of the insert with your thumbs, a vice, or another
   pressing object, until the glue can set up (15-30 seconds).
   ![Face Assembly 4](.images/face-assembly-4.jpg)
 5. Flip over the face; the insert should now be solidly affixed. Clean up any oozing superglue
   with a paper towel or lint-free rag.
   ![Face Assembly 5](.images/face-assembly-5.jpg)
 6. Place a small amount of superglue on your toothpick tip; if using a precision superglue
   applicator, skip this step.
   ![Face Assembly 6](.images/face-assembly-6.jpg)
 7. Gently spread the superglue around the circular opening (or apply using a precision superglue
   applicator); you want the bead to be no more than 1mm wide to avoid ooze.
   ![Face Assembly 7](.images/face-assembly-7.jpg)
 8. Line up the AM312 tube, and firmly press it down to seal. Clean up any oozing superglue
   with a paper towel or lint-free rag.
   ![Assmbly 8](.images/face-assembly-8.jpg)
 You will now have a completed face assembly and are ready to install the actual SuperSensor.
 ![Completed Face](.images/completed-face.jpg)
 ### Body
 1. Gently insert the SuperSensor board into the case body, lining it up with the four standoffs.
    The ESP32 should b firmly sitting on the bottom (it should require no force).
   ![Body Assembly 1](.images/body-assembly-1.jpg)
   You can verify that the USB plug is sitting flush on the base.
   ![Body Assembly 2](.images/body-assembly-2.jpg)
 2. Remove the top cap of the AM312.
 3. Place the face over the AM312.
   ![Body Assembly 3](.images/body-assembly-3.jpg)
 4. Line up the clips on one side (I prefer the left). Then using a gentle squeezing motion, apply
   pressure to the sides of the case on the right side while also applying lateral pressure on
   the face towards the inserted clips. This picture is a one-handed demonstration, applying a
   squeezing pressure between my thumb and middle finger and a downwards pressure with my index
   finger to provide force; using two hands is advised.
   ![Body Assembly 4](.images/body-assembly-4.jpg)
 5. While doing the previous step, ensure that the 3 sensor holes are lined up with their corresponding sensors.
   ![Body Assembly 5](.images/body-assembly-5.jpg)
 6. Press the face into the body so that all 4 clips are making contact.
   ![Body Assembly 6](.images/body-assembly-6.jpg)
 7. Reinstall the top cap of the AM312; it should have a snug fit against the tube.
 You now have an assembled case!
 ![Completed Case](.images/completed-case.jpg)
 As a further step, consider placing a line of tape around the face-body joint. The locking clip
 design was made with printing in mind, and does have some play here.
 ## Installation
 You may either mount the SuperSensor by its USB plug (as with a bare board design), or by attaching
 a mounting piece to the case. Enjoy your newly-enclosed SuperSensor with diffused status LEDs!
 ![Final Installation](.images/final-installation.jpg)
--- a/case/am312-tube.obj
+++ b/case/am312-tube.obj
@@ -0,0 +1,592 @@
 # Object Export From Tinkercad Server 2015
 mtllib obj.mtl
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 # 192 vertices
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 s 0
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 f 123 	115 	117
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 f 54 	63 	148
 f 166 	59 	165
 f 66 	165 	59
 f 147 	94 	141
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 f 29 	51 	167
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 f 15 	30 	20
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 f 166 	170 	171
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 f 170 	177 	171
 f 23 	40 	30
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 f 94 	147 	88
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 f 88 	147 	83
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 f 162 	73 	159
 f 65 	73 	164
 f 162 	164 	73
 f 73 	78 	159
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 f 45 	29 	167
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 f 127 	109 	166
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 f 166 	171 	121
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 f 4 	129 	165
 f 4 	165 	66
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 f 172 	173 	178
 f 62 	133 	189
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 f 114 	58 	109
 f 59 	166 	109
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 f 186 	137 	191
 f 111 	112 	32
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 f 38 	57 	10
 f 57 	58 	10
 f 178 	173 	181
 f 178 	181 	182
 f 51 	79 	156
 f 168 	163 	47
 f 174 	168 	47
 f 47 	102 	174
 f 67 	174 	102
 f 51 	48 	80
 f 51 	80 	79
 f 182 	181 	183
 f 182 	183 	184
 f 48 	17 	21
 f 48 	21 	80
 f 64 	47 	163
 f 158 	72 	161
 f 87 	82 	146
 f 146 	140 	92
 f 92 	87 	146
 f 152 	146 	82
 f 158 	152 	82
 f 82 	76 	158
 f 72 	158 	76
 f 64 	163 	72
 f 184 	183 	185
 f 184 	185 	186
 f 186 	185 	135
 f 186 	135 	137
 f 190 	188 	192
 f 190 	192 	191
 f 63 	62 	187
 f 189 	187 	62
 f 188 	190 	187
 f 188 	187 	189
 # 384 faces
 #end of obj_0
--- a/case/body.obj
+++ b/case/body.obj
--- a/case/face.obj
+++ b/case/face.obj
--- a/case/insert.obj
+++ b/case/insert.obj
@@ -0,0 +1,361 @@
 # Object Export From Tinkercad Server 2015
 mtllib obj.mtl
 o obj_0
 v 35.425 		-3.7 		0.32
 v 35.425 		-3.7 		0
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 v 36.625 		-12.9 		0.32
 v 59.9425 		-8.0104 		0
 v 36.625 		-4.9 		0.32
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 v 36.625 		-4.9 		1.32
 v 60.1961 		-7.8642 		0
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 v 60.335 		-9.9828 		0
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 v 85.825 		-3.7 		0.32
 v 84.625 		-4.9 		0.32
 v 84.625 		-12.9 		0.32
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 v 62.3573 		-9.9 		1.32
 v 62.4732 		-9.6652 		1.32
 v 84.625 		-4.9 		1.32
 v 84.625 		-12.9 		1.32
 v 62.608 		-9.1607 		1.32
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 v 62.5571 		-8.3825 		1.32
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 v 59.5892 		-8.4711 		0
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 v 61.7078 		-9.19 		0
 v 61.7364 		-9.0461 		0
 v 59.5136 		-8.7539 		0
 v 61.7464 		-8.9 		0
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 v 61.7364 		-8.7539 		0
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 v 62.4732 		-8.1348 		1.32
 v 59.5422 		-9.19 		0
 v 61.6608 		-8.4711 		0
 v 62.3573 		-7.9 		1.32
 v 59.5892 		-9.3289 		0
 v 61.5958 		-8.3396 		0
 v 61.5146 		-8.2175 		0
 v 59.6542 		-9.4604 		0
 v 59.7354 		-9.5825 		0
 v 62.2124 		-7.6822 		1.32
 v 59.8322 		-9.6928 		0
 v 61.4178 		-8.1072 		0
 v 62.0396 		-7.4854 		1.32
 v 61.3075 		-8.0104 		0
 v 61.1854 		-7.9292 		0
 v 61.8428 		-7.3126 		1.32
 v 61.0539 		-7.8642 		0
 v 61.625 		-7.1677 		1.32
 v 60.915 		-7.8172 		0
 v 60.7711 		-7.7886 		0
 v 61.3902 		-7.0518 		1.32
 v 60.625 		-7.7791 		0
 v 60.4789 		-7.7886 		0
 v 61.1425 		-6.9679 		1.32
 v 60.335 		-7.8172 		0
 v 60.8857 		-6.917 		1.32
 v 60.625 		-6.9 		1.32
 v 60.3643 		-6.917 		1.32
 v 60.1075 		-6.9679 		1.32
 v 59.8598 		-7.0518 		1.32
 v 59.625 		-7.1677 		1.32
 v 59.4072 		-7.3126 		1.32
 v 62.628 		-4.9 		1.32
 v 59.2104 		-7.4854 		1.32
 v 59.0376 		-7.6822 		1.32
 v 58.8927 		-7.9 		1.32
 v 58.7768 		-8.1348 		1.32
 v 60.8857 		-10.883 		1.32
 v 60.625 		-10.901 		1.32
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 v 58.642 		-8.6393 		1.32
 v 58.625 		-8.9 		1.32
 v 58.642 		-9.1607 		1.32
 v 58.6929 		-9.4175 		1.32
 v 58.7768 		-9.6652 		1.32
 v 58.8927 		-9.9 		1.32
 v 59.0376 		-10.1178 		1.32
 v 59.2104 		-10.3146 		1.32
 v 59.4072 		-10.4874 		1.32
 v 59.625 		-10.6323 		1.32
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 v 60.1075 		-10.8321 		1.32
 v 60.3643 		-10.883 		1.32
 v 61.1425 		-10.8321 		1.32
 v 61.3902 		-10.7482 		1.32
 v 61.625 		-10.6323 		1.32
 # 115 vertices
 g group_0_15277357
 usemtl color_15277357
 s 0
 f 1 	2 	3
 f 1 	3 	4
 f 4 	8 	1
 f 8 	10 	1
 f 6 	3 	5
 f 37 	3 	17
 f 70 	3 	68
 f 14 	10 	8
 f 14 	8 	20
 f 21 	22 	23
 f 21 	23 	25
 f 112 	19 	17
 f 21 	25 	27
 f 26 	27 	25
 f 19 	112 	24
 f 9 	2 	7
 f 11 	2 	9
 f 32 	26 	31
 f 32 	27 	26
 f 34 	30 	32
 f 30 	29 	32
 f 71 	23 	66
 f 73 	28 	71
 f 23 	71 	28
 f 22 	55 	23
 f 52 	50 	34
 f 33 	34 	32
 f 46 	22 	37
 f 3 	37 	22
 f 34 	33 	52
 f 53 	52 	33
 f 28 	15 	2
 f 6 	17 	3
 f 24 	37 	19
 f 35 	37 	24
 f 39 	37 	35
 f 17 	19 	37
 f 2 	56 	3
 f 21 	4 	3
 f 21 	3 	22
 f 25 	28 	1
 f 53 	33 	55
 f 36 	55 	33
 f 28 	25 	23
 f 42 	37 	40
 f 28 	2 	1
 f 39 	41 	37
 f 55 	36 	38
 f 43 	37 	42
 f 41 	40 	37
 f 45 	2 	11
 f 97 	35 	24
 f 22 	46 	47
 f 49 	2 	48
 f 48 	2 	45
 f 50 	22 	47
 f 51 	2 	49
 f 52 	22 	50
 f 39 	113 	41
 f 53 	22 	52
 f 54 	2 	51
 f 55 	22 	53
 f 114 	115 	41
 f 56 	2 	54
 f 57 	23 	55
 f 37 	43 	46
 f 59 	23 	57
 f 62 	23 	59
 f 64 	3 	61
 f 65 	23 	62
 f 65 	62 	63
 f 66 	23 	65
 f 67 	3 	64
 f 61 	3 	58
 f 69 	66 	63
 f 12 	3 	70
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 f 5 	3 	12
 f 68 	3 	67
 f 36 	31 	38
 f 101 	56 	54
 f 78 	28 	76
 f 76 	28 	74
 f 101 	58 	56
 f 38 	31 	44
 f 79 	28 	78
 f 81 	28 	79
 f 58 	102 	61
 f 82 	28 	81
 f 73 	74 	28
 f 84 	28 	82
 f 61 	103 	64
 f 15 	28 	84
 f 63 	60 	31
 f 114 	41 	113
 f 7 	2 	15
 f 81 	79 	86
 f 67 	105 	68
 f 87 	82 	86
 f 107 	70 	68
 f 107 	68 	106
 f 40 	115 	42
 f 70 	107 	12
 f 16 	13 	42
 f 43 	42 	13
 f 75 	72 	92
 f 77 	75 	92
 f 18 	46 	13
 f 43 	13 	46
 f 20 	27 	32
 f 27 	20 	8
 f 83 	80 	92
 f 85 	83 	92
 f 18 	29 	46
 f 47 	46 	29
 f 10 	26 	1
 f 25 	1 	26
 f 47 	29 	50
 f 30 	50 	29
 f 92 	10 	14
 f 7 	15 	90
 f 89 	90 	15
 f 30 	34 	50
 f 91 	9 	90
 f 7 	90 	9
 f 89 	14 	90
 f 9 	91 	93
 f 9 	93 	11
 f 90 	14 	91
 f 48 	45 	95
 f 93 	91 	14
 f 38 	57 	55
 f 95 	94 	14
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 f 94 	45 	93
 f 45 	11 	93
 f 96 	95 	14
 f 44 	59 	38
 f 57 	38 	59
 f 10 	92 	26
 f 31 	26 	92
 f 60 	62 	44
 f 59 	44 	62
 f 89 	88 	14
 f 92 	14 	88
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 f 87 	86 	92
 f 86 	85 	92
 f 60 	63 	62
 f 24 	98 	97
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 f 60 	44 	31
 f 36 	33 	32
 f 31 	36 	32
 f 39 	35 	97
 f 99 	96 	14
 f 97 	98 	32
 f 98 	112 	20
 f 100 	99 	14
 f 65 	63 	66
 f 94 	95 	45
 f 101 	100 	14
 f 111 	110 	20
 f 20 	105 	104
 f 103 	102 	20
 f 14 	20 	101
 f 104 	103 	20
 f 102 	101 	20
 f 8 	4 	27
 f 4 	21 	27
 f 69 	72 	66
 f 71 	66 	72
 f 96 	49 	95
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 f 75 	73 	72
 f 71 	72 	73
 f 96 	99 	49
 f 51 	49 	99
 f 77 	74 	73
 f 77 	73 	75
 f 106 	105 	20
 f 99 	100 	51
 f 54 	51 	100
 f 74 	77 	76
 f 80 	76 	77
 f 107 	106 	20
 f 108 	107 	20
 f 83 	78 	76
 f 83 	76 	80
 f 101 	54 	100
 f 109 	108 	20
 f 110 	109 	20
 f 83 	85 	78
 f 79 	78 	85
 f 111 	20 	112
 f 102 	58 	101
 f 85 	86 	79
 f 103 	61 	102
 f 97 	32 	113
 f 81 	86 	82
 f 64 	103 	104
 f 114 	113 	32
 f 82 	87 	84
 f 88 	84 	87
 f 114 	32 	115
 f 104 	105 	64
 f 67 	64 	105
 f 89 	15 	88
 f 84 	88 	15
 f 115 	32 	16
 f 106 	68 	105
 f 16 	32 	13
 f 13 	32 	18
 f 12 	107 	108
 f 29 	18 	32
 f 109 	5 	12
 f 109 	12 	108
 f 5 	109 	6
 f 110 	6 	109
 f 111 	17 	6
 f 111 	6 	110
 f 17 	111 	112
 f 24 	112 	98
 f 113 	39 	97
 f 40 	41 	115
 f 16 	42 	115
 # 230 faces
 #end of obj_0
--- a/case/usb-extension.obj
+++ b/case/usb-extension.obj
@@ -0,0 +1,64 @@
 # Object Export From Tinkercad Server 2015
 mtllib obj.mtl
 o obj_0
 v 22.378 		-32.248 		0
 v 15.373 		-32.248 		0
 v 15.373 		-45.253 		0
 v 22.378 		-45.253 		0
 v 13.375 		-47.25 		0
 v 13.375 		-30.25 		0
 v 24.375 		-47.25 		0
 v 24.375 		-30.25 		0
 v 22.378 		-45.253 		20
 v 15.373 		-45.253 		20
 v 15.373 		-32.248 		20
 v 22.378 		-32.248 		20
 v 24.375 		-30.25 		20
 v 24.375 		-47.25 		20
 v 13.375 		-47.25 		20
 v 13.375 		-30.25 		20
 # 16 vertices
 g group_0_15277357
 usemtl color_15277357
 s 0
 f 6 	8 	2
 f 4 	7 	3
 f 3 	5 	2
 f 5 	6 	2
 f 5 	3 	7
 f 7 	4 	1
 f 1 	2 	8
 f 7 	1 	8
 f 12 	13 	11
 f 10 	14 	9
 f 8 	13 	14
 f 8 	14 	7
 f 5 	15 	16
 f 5 	16 	6
 f 5 	14 	15
 f 16 	15 	11
 f 10 	11 	15
 f 14 	10 	15
 f 5 	7 	14
 f 16 	11 	13
 f 9 	14 	12
 f 13 	12 	14
 f 9 	4 	3
 f 9 	3 	10
 f 10 	3 	2
 f 10 	2 	11
 f 16 	13 	6
 f 8 	6 	13
 f 12 	1 	4
 f 12 	4 	9
 f 1 	12 	11
 f 1 	11 	2
 # 32 faces
 #end of obj_0
--- a/supersensor.yaml
+++ b/supersensor.yaml
@@ -31,6 +31,17 @@ esphome:
  on_boot:
    - priority: 600
      then:
        - light.turn_on:
            id: output_led
        - delay: 0.25s
        - light.turn_off:
            id: output_led
        - delay: 0.25s
        - light.turn_on:
            id: output_led
        - delay: 0.25s
        - light.turn_off:
            id: output_led
        - lambda: |-
            id(supersensor_occupancy).publish_state(false);
            id(pir_presence).publish_state(false);
@@ -78,6 +89,51 @@ globals:
    restore_value: true
    initial_value: "0.0"
  - id: room_health_temperature_min
    type: float
    restore_value: true
    initial_value: "21.0"
  - id: room_health_temperature_max
    type: float
    restore_value: true
    initial_value: "24.0"
  - id: room_health_temperature_penalty
    type: float
    restore_value: true
    initial_value: "10.0"
  - id: room_health_humidity_min
    type: float
    restore_value: true
    initial_value: "40.0"
  - id: room_health_humidity_max
    type: float
    restore_value: true
    initial_value: "60.0"
  - id: room_health_humidity_penalty
    type: float
    restore_value: true
    initial_value: "5.0"
  - id: room_health_voc_weight
    type: float
    restore_value: true
    initial_value: "0.4"
  - id: room_health_temperature_weight
    type: float
    restore_value: true
    initial_value: "0.3"
  - id: room_health_humidity_weight
    type: float
    restore_value: true
    initial_value: "0.3"
  - id: pir_hold_time
    type: int
    restore_value: true
@@ -109,6 +165,20 @@ globals:
    initial_value: '"mww_computer"'
 script:
  - id: presence_light_on
    then:
      if:
        condition:
          - switch.is_on: enable_presence_led
          - light.is_off: output_led
        then:
          - light.turn_on:
              id: output_led
              brightness: 25%
              red: 1
              green: 1
              blue: 1
              transition_length: 1s
  - id: light_off
    then:
      if:
@@ -118,7 +188,7 @@ script:
        then:
          - light.turn_on:
              id: output_led
-              brightness: 15%
+              brightness: 25%
              red: 1
              green: 1
              blue: 1
@@ -294,32 +364,6 @@ logger:
 api:
  reboot_timeout: 15min
 #  on_client_connected:
 #    - logger.log:
 #        format: "Client %s (IP %s) connected to API"
 #        args: ["client_info.c_str()", "client_address.c_str()"]
 #    - script.execute: light_off
 #    - if:
 #        condition:
 #          lambda: |-
 #            return id(enable_voice_support).state &&
 #                   !id(mww).is_running();
 #        then:
 #          - micro_wake_word.start:
 #  on_client_disconnected:
 #    - logger.log:
 #        format: "Client %s (IP %s) disconnected from API"
 #        args: ["client_info.c_str()", "client_address.c_str()"]
 #    - if:
 #        condition:
 #          lambda: |-
 #            return id(enable_voice_support).state &&
 #                   id(mww).is_running();
 #        then:
 #          - micro_wake_word.stop:
 #    - light.turn_on:
 #        id: output_led
 #        effect: flash_white
 ota:
  platform: esphome
@@ -369,6 +413,13 @@ i2s_audio:
      number: GPIO17 # WS
    i2s_bclk_pin:
      number: GPIO16  # SCK
  # Dummy I2S audio pipeline for "speaker"
  - id: i2s_dummy
    i2s_lrclk_pin:
      number: GPIO15 # WS
      ignore_strapping_warning: true  # This isn't connected to anything anyways
    i2s_bclk_pin:
      number: GPIO14  # SCK
 microphone:
  - platform: i2s_audio
@@ -379,14 +430,26 @@ microphone:
    pdm: false
    channel: left
 speaker:
  # Dummy speaker to fix home-assistant/core#142363
  - platform: i2s_audio
    id: dummy_speaker
    i2s_audio_id: i2s_dummy
    i2s_dout_pin: GPIO25
    dac_type: external
    bits_per_sample: 16bit
    sample_rate: 16000
    channel: mono #mono will have bad performance, however, we are not using the on device speaker
    buffer_duration: 60ms
 micro_wake_word:
  id: mww
  microphone:
    microphone: mic
-    gain_factor: 8
+    gain_factor: 64
  stop_after_detection: false
  models:
-    - model: github://genehand/Custom_V2_MicroWakeWords/models/computer/computer.json@update-json
+    - model: github://joshuaboniface/Custom_V2_MicroWakeWords/models/computer/computer.json
      id: mww_computer
    - model: github://esphome/micro-wake-word-models/models/v2/hey_jarvis.json
      id: mww_hey_jarvis
@@ -410,6 +473,7 @@ micro_wake_word:
 voice_assistant:
  id: va
  microphone: mic
  speaker: dummy_speaker
  micro_wake_word: mww
  use_wake_word: false
  noise_suppression_level: 3
@@ -477,7 +541,7 @@ light:
          name: flash_white
          colors:
            - state: true
-              brightness: 15%
+              brightness: 25%
              red: 100%
              green: 90%
              blue: 90%
@@ -538,13 +602,13 @@ sensor:
  - platform: debug
    free:
-      name: "Heap Free"
+      name: "ESP32 Heap Free"
    block:
-      name: "Heap Max Block"
+      name: "ESP32 Heap Max Block"
    loop_time:
-      name: "Loop Time"
+      name: "ESP32 Loop Time"
    cpu_frequency:
-      name: "CPU Frequency"
+      name: "ESP32 CPU Frequency"
  - platform: sgp4x
    voc:
@@ -582,6 +646,7 @@ sensor:
      return tvoc;
    unit_of_measurement: "µg/m³"
    accuracy_decimals: 0
    update_interval: 15s
  - platform: template
    name: "SGP41 TVOC (ppb)"
@@ -593,6 +658,7 @@ sensor:
      return tvoc_ppm;
    unit_of_measurement: "ppb"
    accuracy_decimals: 0
    update_interval: 15s
  - platform: template
    name: "SGP41 eCO2 (appr.)"
@@ -605,6 +671,7 @@ sensor:
      return eco2_ppm;
    unit_of_measurement: "ppm"
    accuracy_decimals: 0
    update_interval: 15s
  - platform: sht4x
    temperature:
@@ -634,7 +701,6 @@ sensor:
    humidity: sht45_humidity
    id: sht45_absolute_humidity
  # Dew Point
  - platform: template
    name: "SHT45 Dew Point"
    icon: mdi:thermometer-water
@@ -649,6 +715,70 @@ sensor:
      return (b * alpha) / (a - alpha);
    update_interval: 15s
  - platform: template
    name: "Room Health Score"
    id: room_health_score
    unit_of_measurement: "%"
    icon: mdi:home-heart
    lambda: |-
      float voc = id(sgp41_tvoc_ppb).state;
      if (isnan(voc) || voc < 1) voc = 1;
      float temp = id(sht45_temperature).state;
      float humidity = id(sht45_humidity).state;
      float temp_min = id(room_health_temperature_min);
      float temp_max = id(room_health_temperature_max);
      float temp_penalty = id(room_health_temperature_penalty);
      float humid_min = id(room_health_humidity_min);
      float humid_max = id(room_health_humidity_max);
      float humid_penalty = id(room_health_humidity_penalty);
      float voc_weight = id(room_health_voc_weight);
      float temp_weight = id(room_health_temperature_weight);
      float humid_weight = id(room_health_humidity_weight);
      // VOC score (0–100) mapped to categories from Chemical Pollution levels below
      float voc_score;
      if (voc <= 200) {
        voc_score = 100.0;
      } else if (voc <= 400) {
        // 200–400: 100 → 90
        voc_score = 100.0 - (voc - 200) * (10.0 / 200.0);
      } else if (voc <= 600) {
        // 400–600: 90 → 70
        voc_score = 90.0 - (voc - 400) * (20.0 / 200.0);
      } else if (voc <= 1500) {
        // 600–1500: 70 → 40
        voc_score = 70.0 - (voc - 600) * (30.0 / 900.0);
      } else if (voc <= 3000) {
        // 1500–3000: 40 → 0
        voc_score = 40.0 - (voc - 1500) * (40.0 / 1500.0);
      } else {
        voc_score = 0.0;
      }
      // Temperature score
      float temp_score = 100;
      if (temp < temp_min) temp_score = 100 - (temp_min - temp) * temp_penalty;
      else if (temp > temp_max) temp_score = 100 - (temp - temp_max) * temp_penalty;
      if (temp_score < 0) temp_score = 0;
      // Humidity score
      float humidity_score = 100;
      if (humidity < humid_min) humidity_score = 100 - (humid_min - humidity) * humid_penalty;
      else if (humidity > humid_max) humidity_score = 100 - (humidity - humid_max) * humid_penalty;
      if (humidity_score < 0) humidity_score = 0;
      // Weighted average
      float total_weights = voc_weight + temp_weight + humid_weight;
      if (total_weights <= 0) total_weights = 1.0;
      voc_weight /= total_weights;
      temp_weight /= total_weights;
      humid_weight /= total_weights;
      float overall_score = (voc_score * voc_weight + temp_score * temp_weight + humidity_score * humid_weight);
      return (int) round(overall_score);
    update_interval: 15s
  - platform: tsl2591
    address: 0x29
    update_interval: 1s
@@ -701,14 +831,16 @@ binary_sensor:
    device_class: occupancy
    on_state:
      then:
-        - script.execute: light_off
+        - script.execute: presence_light_on
  - platform: gpio
    name: "PIR GPIO"
    id: pir_gpio
    pin:
      number: GPIO32
-      mode: INPUT_PULLUP
+      mode:
        input: true
        pulldown: true
    internal: false
    device_class: motion
    on_press:
@@ -776,6 +908,34 @@ text_sensor:
    mac_address:
      name: "LD2410C MAC Address"
  - platform: template
    name: "Chemical Pollution"
    id: sgp41_chemical_pollution
    icon: mdi:molecule
    lambda: |-
      float voc = id(sgp41_tvoc_ppb).state;
      if (isnan(voc) || voc < 1) return {"Unknown"};
      else if (voc <= 200) return {"Excellent"};
      else if (voc <= 400) return {"Good"};
      else if (voc <= 600) return {"Moderate"};
      else if (voc <= 1500) return {"Unhealthy"};
      else return {"Hazardous"};
    update_interval: 15s
  - platform: template
    name: "Room Health"
    id: room_health_text
    icon: mdi:home-heart
    lambda: |-
      float score = id(room_health_score).state;
      if (score < 0) return {"Unknown"};
      else if (score >= 95.0) return {"Great"};
      else if (score >= 90.0) return {"Good"};
      else if (score >= 80.0) return {"Fair"};
      else if (score >= 60.0) return {"Poor"};
      else return {"Bad"};
    update_interval: 15s
 button:
  - platform: ld2410
    restart:
@@ -895,6 +1055,154 @@ number:
            id: light_presence_threshold
            value: !lambda 'return int(x);'
  # Room Health Calibration Values
  # These values allow the user to tweak the values of the room health calculation
  - platform: template
    name: "Room Health Min Temperature"
    id: room_health_temperature_min_setter
    min_value: 15
    max_value: 30
    step: 0.5
    lambda: |-
      return id(room_health_temperature_min);
    set_action:
      then:
        - globals.set:
            id: room_health_temperature_min
            value: !lambda 'return float(x);'
  - platform: template
    name: "Room Health Max Temperature"
    id: room_health_temperature_max_setter
    min_value: 15
    max_value: 30
    step: 0.5
    lambda: |-
      return id(room_health_temperature_max);
    set_action:
      then:
        - globals.set:
            id: room_health_temperature_max
            value: !lambda 'return float(x);'
  - platform: template
    name: "Room Health Temperature Penalty"
    id: room_health_temperature_penalty_setter
    min_value: 1
    max_value: 20
    step: 1
    lambda: |-
      return int(id(room_health_temperature_penalty));
    set_action:
      then:
        - globals.set:
            id: room_health_temperature_penalty
            value: !lambda 'return float(x);'
  - platform: template
    name: "Room Health Min Humidity"
    id: room_health_humidity_min_setter
    min_value: 20
    max_value: 80
    step: 1.0
    lambda: |-
      return id(room_health_humidity_min);
    set_action:
      then:
        - globals.set:
            id: room_health_humidity_min
            value: !lambda 'return float(x);'
  - platform: template
    name: "Room Health Max Humidity"
    id: room_health_humidity_max_setter
    min_value: 20
    max_value: 80
    step: 1.0
    lambda: |-
      return id(room_health_humidity_max);
    set_action:
      then:
        - globals.set:
            id: room_health_humidity_max
            value: !lambda 'return float(x);'
  - platform: template
    name: "Room Health Humidity Penalty"
    id: room_health_humidity_penalty_setter
    min_value: 1
    max_value: 10
    step: 1
    lambda: |-
      return int(id(room_health_humidity_penalty));
    set_action:
      then:
        - globals.set:
            id: room_health_humidity_penalty
            value: !lambda 'return float(x);'
  - platform: template
    name: "Room Health VOC Weight"
    id: room_health_voc_weight_setter
    min_value: 0.00
    max_value: 1.00
    step: 0.01
    lambda: |-
      return id(room_health_voc_weight);
    set_action:
      - if:
          condition:
            lambda: |-
              float total = x + id(room_health_temperature_weight) + id(room_health_humidity_weight);
              return (total > 0.0) && (total <= 1.0);
          then:
            - globals.set:
                id: room_health_voc_weight
                value: !lambda 'return float(x);'
          else:
            - logger.log:
                format: "Rejected VOC weight %.2f (total would be out of range: must be > 0.0 and ≤ 1.0)"
                args: [ 'x' ]
  - platform: template
    name: "Room Health Temperature Weight"
    id: room_health_temperature_weight_setter
    min_value: 0.00
    max_value: 1.00
    step: 0.01
    lambda: |-
      return id(room_health_temperature_weight);
    set_action:
      - if:
          condition:
            lambda: |-
              float total = x + id(room_health_voc_weight) + id(room_health_humidity_weight);
              return (total > 0.0) && (total <= 1.0);
          then:
            - globals.set:
                id: room_health_temperature_weight
                value: !lambda 'return float(x);'
          else:
            - logger.log:
                format: "Rejected Temperature weight %.2f (total would be out of range: must be > 0.0 and ≤ 1.0)"
                args: [ 'x' ]
  - platform: template
    name: "Room Health Humidity Weight"
    id: room_health_humidity_weight_setter
    min_value: 0.00
    max_value: 1.00
    step: 0.01
    lambda: |-
      return id(room_health_humidity_weight);
    set_action:
      - if:
          condition:
            lambda: |-
              float total = x + id(room_health_temperature_weight) + id(room_health_voc_weight);
              return (total > 0.0) && (total <= 1.0);
          then:
            - globals.set:
                id: room_health_humidity_weight
                value: !lambda 'return float(x);'
          else:
            - logger.log:
                format: "Rejected Humidity weight %.2f (total would be out of range: must be > 0.0 and ≤ 1.0)"
                args: [ 'x' ]
  # LD2410c configuration values
  - platform: ld2410
    timeout:
      name: "LD2410C Timeout"
Author	SHA1	Message	Date
Joshua M. Boniface	565dac1946	Fix incorrect light value changes Using the force-off of light_off during presence detection change would sometimes cause the response LEDs to disable prematurely, since the on_state can trigger seemingly at random. Switch to using a separate handler for this, which will instead execute after a hold ends (and both our responses leverage holds so this works in all cases).	2025-10-05 02:31:16 -04:00
Joshua M. Boniface	a8499a27b2	Fix typo in entity name	2025-10-01 14:54:28 -04:00
Joshua M. Boniface	bedd9c3011	Fix bad voc_index references	2025-10-01 14:46:35 -04:00
Joshua M. Boniface	fd7e0df860	Add customizable room health options and tweak Permits the user customization of the parameters of the Room Health Score, enabling fine-grained control over this metric instead of hardcoding values that may not be suitable for each person or room.	2025-10-01 14:41:21 -04:00
Joshua M. Boniface	86a830897f	Add ESP32 prefix to debug sensors	2025-09-30 00:46:17 -04:00
Joshua M. Boniface	058e57e1f5	Fix bad pricing/link for AM312	2025-09-25 01:55:36 -04:00
Joshua M. Boniface	a74469bb2e	Fix steps and add final picture	2025-09-25 01:32:44 -04:00
Joshua M. Boniface	f7a842a7c1	Fix formatting	2025-09-25 01:28:15 -04:00
Joshua M. Boniface	c92ed75f06	Add case LICENSE	2025-09-25 01:23:00 -04:00
Joshua M. Boniface	81b1aeed03	Add case files, instructions, and references.	2025-09-25 01:17:26 -04:00
Joshua M. Boniface	a08c2a8c02	Mention humidity in SGP41 section	2025-09-25 00:13:28 -04:00
Joshua M. Boniface	0627436adf	Remove development notice	2025-09-25 00:13:14 -04:00
Joshua M. Boniface	15b48e375b	Increase glow brightness for case	2025-09-24 23:57:04 -04:00
Joshua M. Boniface	f48231f3b5	Bump gain on Micro Wake Word microphone	2025-09-24 14:00:58 -04:00
Joshua M. Boniface	8bad9e2524	Alter startup sequence and remove dead code	2025-09-22 01:39:34 -04:00
Joshua M. Boniface	eee1c30cac	Update pulldown mode config	2025-09-22 01:14:58 -04:00
Joshua M. Boniface	eba065dd2d	Add boot startup LED flashes Helpful to signal successful boot when enclosed.	2025-09-22 01:13:29 -04:00
Joshua M. Boniface	4a416fa710	Convert PIR GPIO to pulldown As per [1] this is the suggested configuration. [1] https://community.home-assistant.io/t/am312-motion-sensors-going-crazy/335073/10	2025-09-21 01:01:11 -04:00
Joshua M. Boniface	b2845eb479	Ignore strapping warning on GPIO15 This is a dummy component anyways, so it doesn't matter.	2025-09-21 01:00:45 -04:00
Joshua M. Boniface	98c7993f12	Try Dummy speaker again	2025-09-12 10:55:09 -04:00
Joshua M. Boniface	2ac96fe166	Update mmw_computer to stable source It seems that enehand/Custom_V2_MicroWakeWords completely disappeared, which broke the original path. Update to using my fork of JohnnyPrimus/Custom_V2_MicroWakeWords instead, so that this is 100% stable going forward.	2025-09-10 09:47:21 -04:00
Joshua M. Boniface	68a907ef3c	Fix README links	2025-09-01 01:31:20 -04:00
Joshua M. Boniface	fb57d2fc87	Set update intervals for template sensors	2025-07-17 14:50:56 -04:00
Joshua M. Boniface	d6bccabea6	Convert Room Health Score to integer HASS 2025.7 has made it store (and display) a ridiculous number of decimals instead of just actually respecting accuracy_decimals. So, manually convert this to an integer since it has no need for decimals.	2025-07-12 22:35:09 -04:00
Joshua M. Boniface	4f0dc7082a	Adjust README slightly	2025-07-06 13:37:36 -04:00
Joshua M. Boniface	a03e12dfa7	Readd health scores	2025-06-29 13:04:46 -04:00