.wip
MODE 1 VGA VERSI or VGA video
ONS ONLY supports a number of resolutions (see OPTION RESOLUTION).
MODE 2 This comm
and will select the mode ‘n’ depending on the resolution:
MODE 3 (RP2350 only) MODE 1 6
40 x 480 x 2 colours (monochrome).
Default at startup. Tiles width is fixed at 8 pixels. Tile height defaults to 12 pixels but can be from 8 to MM.HRES.
Tiles colours are specified using the standard RGB888 notation. This is converted to RGB121. A framebuffer (F) and a layer buffer (L) can be created.
These have no impact on the display and do not use user memory but both can be used for creating images and copying to the display screen (N)
MODE 2 3
20 x 240 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available. The hardware is limited to the 16 colours defined by the resistor network
MODE 3 6
40 x 480 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available. The hardware is limited to the 16 colours defined by the resistor network
MODE 1 7
20 x 400 x 2 colours (monochrome). Default at startup. Tiles width is fixed at 8 pixels. Tile height defaults to 12 pixels but can be from 8 to MM.HRES. Tiles colours are specified using the standard RGB888 notation. This is converted to RGB121. A framebuffer (F) and a layer buffer (L) can be created. These have no impact on the display and do not use user memory but both can be used for creating images and copying to the display screen (N)
MODE 2 3
60 x 200 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for
MODE 3 7
20 x 400 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available. In the case of VGA, the hardware is limited to the 16 colours defined by the resistor network
MODE 1 8
00 x 600 x 2 colours (monochrome). Default at startup. Tiles width is fixed at 8 pixels. Tile height defaults to 12 pixels but can be from 8 to MM.HRES. Tiles colours are specified using the standard RGB888 notation. This is converted to RGB121. A framebuffer (F) and a layer buffer (L) can be created. These have no impact on the display and do not use user memory but both can be used for creating images and copying to the display screen (N)
MODE 2 4
00 x 300 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available The hardware is limited to the 16 colours defined by the resistor network
MODE 3 8
00 x 600 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available, The hardware is limited to the 16 colours defined by the resistor network
MODE 1 8
48 x 480 x 2 colours (monochrome). Default at startup. Tiles width is fixed at 8 pixels. Tile height defaults to 12 pixels but can be from 8 to MM.HRES. Tiles colours are specified using the standard RGB888 notation. This is converted to RGB121. A framebuffer (F) and a layer buffer (L) can be created. These have no impact on the display and do not use user memory but both can be used for creating images and copying to the display screen (N)
MODE 2 4
24 x 240 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available The hardware is limited to the 16 colours defined by the resistor network
MODE 3 8
48 x 48 x 16 colours. RGB121 format (i.e. 1 bit for red, 2 bits for green, and 1 bit for blue). A framebuffer (F) can be created. This have no impact on the display and does not use user memory but can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This also does not use user memory. any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 16 available, The hardware is limited to the 16 colours defined by the resistor network
MODE n HDMI VERS
IONS ONLY
MODE 1
640 x 480 x 2-colours (monochrome). Default at startup. Use the TILE command as normal. Tiles width is fixed at 8 pixels. Tile height defaults to 12 pixels but can be from 8 to MM.HRES. Tiles colours are specified using the standard RGB888 notation. This is converted to RGB555. A framebuffer (F) and a layer buffer (L) can be created. These can be used for creating images and copying to the display screen (N)
MODE 2
320 x 240 x 16 colours. A framebuffer (F) can be created. This can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. Any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show
MODE 3
640 x 480 x 16 colours. Colour mapping to RGB555 palette. A framebuffer (F) can be created. It can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. Any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-15: defaults to 0) which does not show allowing the main display buffer to show through.
MODE 4
320 x 240 x 32768 colours. This is full RGB555 allowing good quality colour images to be displayed. A framebuffer (F) and a layer buffer (L) can be created. These have no impact on the display and can be used for creating images and copying to the display screen (N). Only one can be created
MODE 5
320 x 240 x 256 colours. A framebuffer (F) can be created. This has no impact on the display. It can be used for creating images and copying to the display screen (N). In addition a layer buffer can be created. This does not use user memory. Any pixels written to the layer buffer will automatically appear on the display sitting on top of whatever may be in the main display buffer. A colour can be specified (0-255: defaults to 0) which does not show allowing the main display buffer to show through. Map functionality is available to override the default colours of the 256 available. Each of the 256 colours can be mapped to any RGB555 colour.
MODE 1 720 x
400 x 2-colours (monochrome). Default at startup.
MODE 2 360 x
200 x 16 colours.
MODE 3 720 x
400 x 16 colours.
MODE 4 360 x
200 x 32768 colours.