Implemented Aquacomputer Next Vision coolant temperature reading by 420coupe · Pull Request #487 · corecoding/Vitals

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe · 2025-06-08T00:14:30Z

Implemented Aquacomputer Next Vision coolant temperature reading - I was able to decode some of the response using an old visioncli repo as the starting base. There is still a lot of other things that can be decoded from response but 100% certain the current one I'm decoding matches the displayed value for coolant temp on the VISION OLED screen.

Additionally added custom icons for water temp and aio pump, custom icons appear both in the top bar and menu/sub-menu items. Also at first there was no fan speed being displayed until i
sudo modprobe nct6775 and also added that command to /etc/modules-load.d/nct6775.conf so it loads on restart.

edited: added example of vitals with components below

corecoding · 2025-07-27T10:55:03Z

There are a lot of changes here, including removal of my donation link in the metadata.json. I think the biggest reason for the large diff is your IDE changed ' to ". Can you refactor this diff so it is easier to see the true changes?

420coupe · 2025-08-16T21:21:51Z

@corecoding There we go, fixed difference in IDE prettier changes. Now you can see just the implementation of AC Next vision.

420coupe · 2025-08-16T22:24:24Z

Ok fixed the whitespace fixes from IDE as well, hence the forced pushes above.

Now correctly displaying just the changes to implement acvision

Read coolant temperature from an Aquacomputer Next Vision and give liquid cooling its own sensor groups, so coolant and pump no longer borrow the threshold colors of chip temperatures and case fans. The Vision has no hwmon driver, so the reading comes from raw HID. It is a composite device that also exposes keyboard and consumer control interfaces, and only the vendor defined one reports telemetry, so match the report descriptor usage page as well as the USB vendor and product id. Reading either of the other interfaces blocks forever because they never send a report. Telemetry arrives as a 64 byte report with id 0x01 holding the coolant temperature at offset 0x37, big endian, in hundredths of a degree. Coolant runs far cooler than a CPU and a pump far faster than a case fan, so sharing temperature-colors and fan-colors left their breakpoints useless. Promote both to entries in sensorCatalog. The preference sidebar, threshold color editors, changed:: signal wiring and dropdown menu groups are all derived from that catalog, so each gains a page, a show-* toggle and a *-colors key. The pump arrives on a fan input and is reassigned to its own group by label, and fan inputs are now discovered when either group is enabled. colorsKeyForSensor() resolved format 'temp' to temperature-colors before consulting the sensor's group, which made a per group scale impossible. Check the group first and keep the format fallback so GPU temperatures still share the temperature scale. Coolant also gets its own unit. Threshold colors are matched against the displayed value, so the unit and the breakpoints have to agree. The unit key is resolved from the catalog, leaving every other temperature source on the main unit. Add an 'aggregate' catalog flag marking groups populated by hardware monitor discovery, replacing the hardcoded group lists in the sensor query dispatch and in the group average, minimum and maximum block. sensorGroupFromType() only stripped '-group' and a trailing '#N', so a suffixed type resolved to itself and missed its catalog entry. Fall back to the leading segment. Panel icon margins are declared per sensor type and also zero the padding, so the new icons inherited the shell's system-status-icon padding and sat wider apart than the rest. Add matching rules. Ship water droplet and pump icons in both icon styles, and label several nct6799 inputs for this board, including the fan7 input the pump reports through.

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

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420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

420coupe closed this Aug 16, 2025

420coupe force-pushed the acvision branch from b3f94d5 to f183191Compare August 16, 2025 16:17

420coupe reopened this Aug 16, 2025

420coupe force-pushed the acvision branch 2 times, most recently from d57efa2 to e85577bCompare August 16, 2025 22:23

420coupe force-pushed the acvision branch from e85577b to 9741ee5Compare November 26, 2025 22:18

420coupe force-pushed the acvision branch from fddf7df to 38fa333Compare April 7, 2026 18:50

420coupe force-pushed the acvision branch 2 times, most recently from c2c8e66 to 602d223Compare June 23, 2026 04:37

420coupe force-pushed the acvision branch 4 times, most recently from c2cbd75 to aa9d6e3Compare August 5, 2026 05:59

420coupe force-pushed the acvision branch from aa9d6e3 to d0796e7Compare August 20, 2026 20:27

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