Move the selected module in the list.
The sorting must be the module number column, which is default.
Renumber the modules as listed and calculate the LED offset for each module in the chain.
Delete the selected CTC module.
The Interface ID of the CTC controller.
The module number in the CTC chain.
This number is used to calculate the LED offset.
The Mapping ID is only used for CTC simulation in this plan file.
Leave empty for normal setups.
Text point size in case of display simulation.
The Node ID on wich this button is connected as input.
The input address.
The optional feedback LED which will light in case the button is pressed.
The Node ID on which the WS29812 Pixel chain is connected.
The WS2812 chain offset.
Selecting the active LEDs is done by three state checkboxes:
| Checkbox state | Meaning | Remark |
|---|---|---|
| Not used | LED is electrically bridged. |
| Skipped | Is addressable but not used by this CTC setup.1) |
| Used |
Note: At the time of writing the 'Skipped' checkbox state is not possible using Linux Mint DE. (LMDE) See Forum(DE)
If the function LED is other then default it can be specified by setting this to > 0.
A function LED is for example the LED which shows the signals aspect.
Always ON, permanently lit LED; the color setting is made in the lower right field of the color values.
Set the LED checkboxes according the default for the object type.
If the WS2811 board is operated with power supplied from the right, Rotate the LEDs by 180°.
Here, the assignment, position, and function of the LEDs on the circuit board can be tested.
The color mapping depends on the object type.
Common are block and route states.
The checkbox can be used to activate blinking.
The brightness of the WS2812 LEDs.
If this is enabled, the color and brightness settings from the preferences will be used.
Controls the blinking frequency.
For copying the color into another CTC module setup.
Set the default colors.
Save the preset colors in the Rocview properties.