[−][src]Module fomu_pac::rgb

RGB

Modules

addr	This register is directly connected to `SB_LEDDA_IP.ADDR`. This register controls the address that is updated whenever `DAT` is written. Writing to this register has no immediate effect -- data isn't written until the `DAT` register is written.
ctrl	Control logic for the RGB LED and LEDDA hardware PWM LED block.
dat	This is the value for the `SB_LEDDA_IP.DAT` register. It is directly written into the `SB_LEDDA_IP` hardware block, so you should refer to http://www.latticesemi.com/view_document?document_id=50668. The contents of this register are written to the address specified in `ADDR` immediately upon writing this register.
raw	Normally the hardware `SB_LEDDA_IP` block controls the brightness of the LED, creating a gentle fading pattern. However, by setting the appropriate bit in `CTRL`, it is possible to manually control the three individual LEDs.

Register block

ADDR	This register is directly connected to `SB_LEDDA_IP.ADDR`. This register controls the address that is updated whenever `DAT` is written. Writing to this register has no immediate effect -- data isn't written until the `DAT` register is written.
CTRL	Control logic for the RGB LED and LEDDA hardware PWM LED block.
DAT	This is the value for the `SB_LEDDA_IP.DAT` register. It is directly written into the `SB_LEDDA_IP` hardware block, so you should refer to http://www.latticesemi.com/view_document?document_id=50668. The contents of this register are written to the address specified in `ADDR` immediately upon writing this register.
RAW	Normally the hardware `SB_LEDDA_IP` block controls the brightness of the LED, creating a gentle fading pattern. However, by setting the appropriate bit in `CTRL`, it is possible to manually control the three individual LEDs.