Now that vblank writes are fixed we can return to proper backlight set.
Additionally, account for the pwm smoothing when backlight is turned off. That's to avoid visible green tint glitches when display is also turned off.
- Set display color profile to natural (it's still vivid but not overblown.)
- Enable PWM slope and set it to 6 frames in order to have smooth backlight transitions
Nintendo or Nvidia copied pasted the dynamic display code into static arrays in order to do the static hw init in bootloader and boot sysmodule.
Ofc that does double the work that is not needed at all, making it suboptimal.
Clean up every single config based on how tegra display interface hw works in order to save up space and make the process a bit faster.
- BDK_MINERVA_CFG_FROM_RAM: enables support for getting minerva configuration from nyx storage
- BDK_HW_EXTRA_DEINIT: enables extra deinit in hw_reinit_workaround
- BDK_SDMMC_OC_AND_EXTRA_PRINT: enables eMMC OC support (533 MB/s) and extra error printing
- Add support for lower eMMC bus speed init in case of failures
- Add error count reporting
- Function names and defines changed from nx_emmc to emmc (except autorcm helper function)
- Enabling emuMMC support needs BDK_EMUMMC_ENABLE flag passed over
- Hoag and Aula do not have a USB based 5V bus source, so do not touch CC4 pin.
- More importantly, in T210B01 the GPIO AO IO rail seems to be working properly from boot.
Plus it also seems that is needed by various components.
That was found when running on Aula. It was causing an immediate hang. Probably SoC wide.
Only allow control of it on T210 to avoid such issues.
