738 lines
21 KiB
YAML
738 lines
21 KiB
YAML
# Ergogen config for the eepyBoard
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#
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# Reference information:
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# - Keycap size (FK MBK keycaps): 17.5mm x 16.5mm
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# Metadata
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meta:
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# Required version of Ergogen
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engine: "4.1.0"
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# Version of the board
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version: "1.1"
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author: binaryDiv
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# Define units and default values used throughout this file
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units:
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# Redefine choc units (keycap size + 1.5mm clearance)
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cx: 19
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cy: 18
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# Size of keycaps
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kcx: 17.5
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kcy: 16.5
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# Size of key rectangle in demo view (keycap size)
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$default_width: 17.5
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$default_height: 16.5
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# Actual spacing of keys
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$default_spread: cx
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$default_padding: cy
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# Vertical offset between function key row and main zone
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function_offset: 3
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# Horizontal offset/gap between function key groups (Esc, F1-F4, F5-F8, F9-F12)
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function_gap: 6
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# Distance between left and right half of the main zone
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split_gap_width: 2cx + 3
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# Radius of rotary encoder knob (just for visualization)
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rotary_encoder_radius: 10
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# Define the points (primarily the keys, but also some auxiliary points for
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# placement of other components, e.g. rotary encoders and the controller board)
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points:
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key:
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# Tag all points as "is_key" unless overwritten
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tags: [ is_key ]
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# Use 5V as VCC for all RGB LEDs, except for the first one in the chain
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led_vcc_net: VCC
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zones:
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# Main keyboard zone
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main:
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# Set anchor to fix placement on KiCad sheet
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anchor:
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shift: [ 75, -175 ]
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# Key rows (from bottom to top)
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rows:
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# Modifier row (Ctrl etc., but excluding the thumb keys)
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mods:
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row_net: ROW1
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led_next_key: "{{zone.name}}_{{neighbor_col_left}}_{{row}}"
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# Bottom letter row
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bottom:
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row_net: ROW2
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led_next_key: "{{zone.name}}_{{neighbor_col_right}}_{{row}}"
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tags: [ is_key, flip_led ]
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# Home letter row
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home:
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row_net: ROW3
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led_next_key: "{{zone.name}}_{{neighbor_col_left}}_{{row}}"
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# Top letter row
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top:
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row_net: ROW4
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led_next_key: "{{zone.name}}_{{neighbor_col_right}}_{{row}}"
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tags: [ is_key, flip_led ]
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# Number row
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numbers:
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row_net: ROW5
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led_next_key: "{{zone.name}}_{{neighbor_col_left}}_{{row}}"
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# Key columns (from left to right)
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columns:
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# Left-most column (extra keys)
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left:
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key.column_net: COL1
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key.neighbor_col_right: zero
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rows.numbers.led_next_key: main_left_top
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rows.home.led_next_key: main_left_bottom
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# Use placeholder to mark end of the RGB LED chain (unused net name)
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rows.mods.led_next_key: END_OF_CHAIN
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# Modifier column (`, Tab, Shift, etc.)
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zero:
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key.stagger: 1/8cy
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key.column_net: COL2
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key.neighbor_col_left: left
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key.neighbor_col_right: one
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# First letter column (1, Q)
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one:
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key.stagger: 1/8cy
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key.column_net: COL3
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key.neighbor_col_left: zero
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key.neighbor_col_right: two
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# Second letter column (2, W)
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two:
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key.stagger: 1/8cy
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key.column_net: COL4
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key.neighbor_col_left: one
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key.neighbor_col_right: three
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rows.mods.skip: true
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# Third letter column (3, E)
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three:
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key.column_net: COL5
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key.neighbor_col_left: two
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key.neighbor_col_right: four
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rows.mods.skip: true
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# Fourth letter column (4, R)
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four:
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key.stagger: -(1/4cy)
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key.column_net: COL6
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key.neighbor_col_left: three
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key.neighbor_col_right: five
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rows.mods.skip: true
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# Fifth letter column (5, T)
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five:
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key.stagger: -(1/4cy)
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key.column_net: COL7
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key.neighbor_col_left: four
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key.neighbor_col_right: six
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rows.top.led_next_key: arrow_keys_up
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rows.bottom.led_next_key: arrow_keys_down
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rows.mods.skip: true
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# (Gap with arrow keys in the middle: Matrix column 8)
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# Sixth letter column (6, Y)
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six:
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key.spread: cx + split_gap_width
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key.column_net: COL9
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key.neighbor_col_left: five
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key.neighbor_col_right: seven
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rows.home.led_next_key: arrow_keys_right
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rows.mods.skip: true
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# Seventh letter column (7, U)
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seven:
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key.stagger: 1/4cy
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key.column_net: COL10
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key.neighbor_col_left: six
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key.neighbor_col_right: eight
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rows.mods.skip: true
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# Eighth letter column (8, I)
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eight:
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key.stagger: 1/4cy
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key.column_net: COL11
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key.neighbor_col_left: seven
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key.neighbor_col_right: nine
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rows.mods.skip: true
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# Nineth letter column (9, O)
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nine:
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key.column_net: COL12
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key.neighbor_col_left: eight
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key.neighbor_col_right: ten
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rows.mods.skip: true
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# Tenth letter column (0, P)
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ten:
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key.stagger: -(1/8cy)
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key.column_net: COL13
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key.neighbor_col_left: nine
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key.neighbor_col_right: eleven
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rows.mods.led_next_key: mirror_thumb_one
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# Eleventh letter column (-, [)
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eleven:
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key.stagger: -(1/8cy)
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key.column_net: COL14
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key.neighbor_col_left: ten
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key.neighbor_col_right: twelve
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# Twelfth letter column (=, ])
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twelve:
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key.stagger: -(1/8cy)
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key.column_net: COL15
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key.neighbor_col_left: eleven
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rows.top.led_next_key: main_twelve_home
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rows.bottom.led_next_key: main_twelve_mods
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# Thumb fan
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thumb:
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# Position thumb keys based on the third key in the modifier row
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anchor:
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ref: main_one_mods
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shift: [ cx + 1, 0 ]
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# Zone-wide key settings
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key:
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row_net: ROW1
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# Rotate the thumb keys around the bottom-left corner of the key
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origin: [ -0.5cx, -0.5cy ]
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splay: -6
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# Define thumb keys
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columns:
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one:
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key.column_net: COL4
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key.mirror.column_net: COL12
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key.led_next_key: main_one_mods
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key.mirror.led_next_key: mirror_thumb_two
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two:
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key.column_net: COL5
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key.mirror.column_net: COL11
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key.led_next_key: thumb_one
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key.mirror.led_next_key: mirror_thumb_three
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three:
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key.column_net: COL6
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key.mirror.column_net: COL10
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key.led_next_key: thumb_two
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key.mirror.led_next_key: mirror_thumb_four
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four:
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key.column_net: COL7
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key.mirror.column_net: COL9
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key.led_next_key: thumb_three
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key.mirror.led_next_key: thumb_center
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# Mirror the thumb fan
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mirror:
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ref: main_five_bottom
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shift: [ 0.5cx, 0.5cy ]
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distance: split_gap_width
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# Single key centered between thumb keys
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thumb_center:
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anchor:
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# Center between the two inner thumb keys
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aggregate.parts:
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- thumb_four
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- mirror_thumb_four
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shift: [ 0, -0.25cy ]
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# Key settings (instead of rows/columns)
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key:
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width: 1.5kcx
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row_net: ROW1
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column_net: COL8
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led_next_key: thumb_four
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tags: [ is_key, 1_5u ]
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# Arrow keys in the middle of the keyboard
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# In the matrix, these keys act as 4 keys in a single column (column 8, row 2 to 5)
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arrow_keys:
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anchor:
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# Center between the V and B keys, then shift down half a key
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aggregate.parts:
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- main_five_bottom
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- main_six_bottom
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shift: [ 0, -cy/2 ]
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# Assign all keys to the same column
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key:
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column_net: COL8
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rows:
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# Bottom row: Only the down key
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bottom:
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row_net: ROW2
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tags: [ is_key, flip_led ]
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# Center row: Left and right keys (shifted to the left to center them)
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center:
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adjust.shift: [ -cx/2, 0 ]
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# Use ROW3 for the left key and ROW5 for the right key (overridden in columns)
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row_net: ROW3
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# Top row: Only the up key
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top:
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row_net: ROW4
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tags: [ is_key, flip_led ]
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columns:
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# Left column: Up, left, down keys
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left:
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rows.top:
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name: arrow_keys_up
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led_next_key: main_six_top
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rows.center:
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name: arrow_keys_left
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led_next_key: main_five_home
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rows.bottom:
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name: arrow_keys_down
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led_next_key: main_six_bottom
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# Right column: Only right key (assigned to matrix row 5)
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right:
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rows.top.skip: true
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rows.center:
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name: arrow_keys_right
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row_net: ROW5
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led_next_key: arrow_keys_left
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rows.bottom.skip: true
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# Function key row above the main zone (Esc, F1-F12)
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function:
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# Position function key row above main zone with 3mm of vertical offset
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anchor:
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# To center the F keys on the top of the keyboard:
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# - Get center point between keys 3 and 8 (they have the highest staggering)
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# - Shift upwards by one key + an offset to have a small gap
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# - Shift to the left by 7 keys (Esc, F1-F6) + the gaps between the F key groups.
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aggregate.parts:
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- main_three_numbers
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- main_eight_numbers
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shift: [ -6.5cx - 2 * function_gap, cy + function_offset ]
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# Single row zone: Assign row net
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key:
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row_net: ROW6
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tags: [ is_key, flip_led ]
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# Define function keys
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columns:
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# Escape key
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esc:
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key.shift: [ 0, -cy/8 ]
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key.column_net: COL1
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key.led_next_key: function_f1
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# Esc is the first key in the RGB LED chain.
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# The first LED needs to run on a lower voltage (see explanation below).
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key.led_vcc_net: VCC_first_led
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# Block of 4 keys with gap
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f1:
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key.spread: cx + function_gap
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key.column_net: COL2
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key.led_next_key: function_f2
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f2:
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key.column_net: COL3
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key.led_next_key: function_f3
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f3:
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key.column_net: COL4
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key.led_next_key: function_f4
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f4:
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key.column_net: COL5
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key.led_next_key: function_f5
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# Block of 4 keys with gap
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f5:
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key.spread: cx + function_gap
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key.column_net: COL6
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key.led_next_key: function_f6
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f6:
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key.column_net: COL7
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key.led_next_key: function_f7
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# Skip matrix column 8 (arrow keys)
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f7:
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key.column_net: COL9
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key.led_next_key: function_f8
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f8:
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key.column_net: COL10
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key.led_next_key: function_f9
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# Block of 4 keys with gap
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f9:
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key.spread: cx + function_gap
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key.column_net: COL11
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key.led_next_key: function_f10
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f10:
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key.column_net: COL12
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key.led_next_key: function_f11
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f11:
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key.column_net: COL13
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key.led_next_key: function_f12
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f12:
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key.column_net: COL14
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key.led_next_key: main_twelve_numbers
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# RP2040 Pico Mini controller board
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controller:
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anchor:
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# Place in the center of the keyboard, above the arrow keys
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aggregate.parts:
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- main_five_numbers
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- main_six_numbers
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shift: [ 0, 1.5 ]
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# This is an auxiliary point to place the controller, not an actual key
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key:
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tags: [ is_controller ]
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width: 18
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height: 36
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# Rotary encoder in the center of the keyboard (on top of the controller board)
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rotary_center:
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anchor:
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ref: controller
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rotate: -90
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key:
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tags: [ is_rotary_encoder ]
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width: 2 * rotary_encoder_radius
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height: 2 * rotary_encoder_radius
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# Matrix position of the switch: between F7 and F8
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row_net: ROW6
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column_net: COL8
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# Rotary encoder in the top right corner of the keyboard
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rotary_top_right:
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anchor:
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ref: function_f12
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shift: [ cx + 2 + function_gap, -cy/8 ]
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key:
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tags: [ is_rotary_encoder ]
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width: 2 * rotary_encoder_radius
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height: 2 * rotary_encoder_radius
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# Matrix position of the switch: Function row, right of F12
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row_net: ROW6
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column_net: COL15
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# Generate outlines that can be used in the PCB and for 3D models
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outlines:
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# Outline of the key caps
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keys:
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# 1u keys
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- what: rectangle
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operation: stack
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where: [ [ is_key, -1_5u ] ]
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size: [ kcx, kcy ]
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# 1.5u keys
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- what: rectangle
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operation: stack
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where: [ [ is_key, 1_5u ] ]
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size: [ 1.5kcx, kcy ]
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# Rotary encoder with knob (2cm)
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rotary_encoder:
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- what: rectangle
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operation: stack
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size: [ 14, 14 ]
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- what: circle
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operation: stack
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radius: rotary_encoder_radius
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# Outline for the PCB
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board_outline:
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- what: polygon
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points:
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# Top left corner
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- ref: &corner_top_left_anchor
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- ref: main_left_numbers
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affect: x
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- ref: function_f1
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affect: y
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- shift: [ -0.5kcx, 0.5kcy ]
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# Extend all corners 4mm to the sides to get a 4mm border
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shift: [ -4, 4 ]
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# Top right corner
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- ref: &corner_top_right_anchor
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- ref: main_twelve_numbers
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affect: x
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- ref: function_f12
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affect: y
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- shift: [ 0.5kcx, 0.5kcy ]
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shift: [ 4, 4 ]
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# Bottom right corner
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- ref:
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- ref: main_twelve_mods
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shift: [ 0.5kcx, -0.5kcy ]
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shift: [ 4, -4 ]
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# Bottom center-right corner (below thumb keys)
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- ref:
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- ref: mirror_thumb_four
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shift: [ 0.5kcx, -0.5kcy ]
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# Discard the rotation, so the next shift moves the corner straight down
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affect: xy
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shift: [ 0, -4 ]
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# Bottom center-left corner (below thumb keys)
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- ref:
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- ref: thumb_four
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shift: [ 0.5kcx, -0.5kcy ]
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# Discard the rotation, so the next shift moves the corner straight down
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affect: xy
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shift: [ 0, -4 ]
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# Bottom left corner
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- ref:
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- ref: main_left_mods
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shift: [ -0.5kcx, -0.5kcy ]
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shift: [ -4, -4 ]
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# Round off the corners with an 8mm radius fillet.
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# NOTE: To get a smoother arc on the bottom of the board, do some post-processing in KiCad:
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# 1. Remove the bottom center line and the two small fillet arcs next to it.
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# 2. Select the two remaining bottom lines. Right click them and use "Shape Modification -> Extend Lines to Meet".
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# 3. Right click the two angled lines again. Use "Shape Modification -> Fillet Lines..." with a 200mm radius.
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fillet: 8
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# Preview version of board with key caps and components for visualization
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board_preview:
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- board_outline
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- ^keys
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# RP2040 Pico Mini controller board
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- what: rectangle
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operation: stack
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where: is_controller
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size: [ 18, 36 ]
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# Rotary encoder
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- what: outline
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name: rotary_encoder
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operation: stack
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where: is_rotary_encoder
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# Cutouts for the switches
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switch_cutouts:
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- what: rectangle
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where: is_key
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size: 14
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# Board outline with switch cutouts
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switch_plate:
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- board_outline
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- -switch_cutouts
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# Generate the PCB
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pcbs:
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eepyboard:
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# Define outline (edges) of the board based on the outlines defined above
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outlines:
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main:
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outline: board_outline
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# Define PCB components
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footprints:
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controller:
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what: rp2040_pico_mini
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where: is_controller
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params:
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# Mount the controller board on the backside of the PCB
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orientation: down
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# Use 5V from USB as VCC net
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5V: VCC
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# RGB LEDs: The chain starts with the Esc key
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GP29: led_din_function_esc
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# Matrix columns
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GP27: COL1
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GP26: COL2
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GP25: COL3
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GP23: COL4
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GP22: COL5
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GP21: COL6
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GP20: COL7
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GP17: COL8 # Center column (arrow keys)
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GP12: COL9
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GP11: COL10
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GP10: COL11
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GP9: COL12
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GP8: COL13
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GP7: COL14
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GP6: COL15
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# Matrix rows
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GP13: ROW1
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GP14: ROW2
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GP19: ROW3
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GP18: ROW4
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GP15: ROW5
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GP28: ROW6
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# Rotary encoders
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GP0: rotary_top_right_a
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GP1: rotary_top_right_b
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GP3: rotary_center_a
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GP2: rotary_center_b
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choc_hotswap:
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what: choc_pretty
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where: is_key
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# Rotate footprint so that the hotswap socket is at the bottom and the LED can be at the top
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adjust.rotate: 180
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params:
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keycaps: true
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hotswap: true
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from: "diode_{{name}}"
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to: "{{column_net}}"
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key_diode:
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what: diode_smd
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where: is_key
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adjust:
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shift: [ 7, -7.5 ]
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rotate: 90
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resist: true
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params:
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side: B
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from: "diode_{{name}}"
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to: "{{row_net}}"
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rotary_encoder:
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what: rotary_encoder_ec12
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where: is_rotary_encoder
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params:
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from: "diode_{{name}}"
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to: "{{column_net}}"
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A: "{{name}}_a"
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B: "{{name}}_b"
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C: GND
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rotary_encoder_diode:
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$extends: pcbs.eepyboard.footprints.key_diode
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where: is_rotary_encoder
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adjust:
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shift: [ 0, 0 ]
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rotate: 0
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led_chip:
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what: sk6812_mini_e
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# Place unrotated LEDs in all rows without the flip_led tag
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where: [ [ is_key, -flip_led ] ]
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# Position LEDs on the LED hole in the Choc switches
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adjust:
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shift: [ 0, 4.7 ]
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params:
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side: B
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din: "led_din_{{name}}"
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dout: "led_din_{{led_next_key}}"
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VCC: "{{led_vcc_net}}"
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led_capacitor:
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what: capacitor_smd_1206
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where: [ [ is_key, -flip_led ] ]
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adjust:
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shift: [ -6, 4.5 ]
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rotate: 90
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resist: true
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params:
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side: B
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from: "{{led_vcc_net}}"
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to: GND
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led_chip_flipped:
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$extends: pcbs.eepyboard.footprints.led_chip
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# Place flipped (rotated by 180°) LEDs in all rows with the flip_led tag
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where: [ [ is_key, flip_led ] ]
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adjust.rotate: 180
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led_capacitor_flipped:
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$extends: pcbs.eepyboard.footprints.led_capacitor
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where: [ [ is_key, flip_led ] ]
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adjust:
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shift: [ 6, 4.9 ]
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rotate: 270
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resist: true
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# The first SK6812 chip in the chain has to run on a reduced voltage to serve as a makeshift level converter for
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# all following RGB LEDs.
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# This is needed because the RP2040 runs on 3.3V, but the SK6812 runs on 5V and requires at least 3.5V (5V * 0.7)
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# for the control signal. By reducing the power voltage with a diode, the threshold is reduced as well, so that
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# the signal of the RP2040 is strong enough.
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first_led_voltage_diode:
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what: diode_smd
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where: function_esc
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adjust:
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shift: [ 9.5, 2.25 ]
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rotate: -90
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params:
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side: B
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from: VCC
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to: VCC_first_led
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# Mounting holes: Top left and right corners
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mounting_hole_top_left:
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what: mountinghole_m2
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where:
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ref: *corner_top_left_anchor
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shift: [ 2, -2 ]
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mounting_hole_top_right:
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what: mountinghole_m2
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where:
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ref: *corner_top_right_anchor
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shift: [ -2, -2 ]
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# Mounting holes: Top center, left and right of the controller
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mounting_hole_controller_left:
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what: mountinghole_m2
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where:
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ref: main_five_numbers
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shift: [ 0, 12 ]
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mounting_hole_controller_right:
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what: mountinghole_m2
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where:
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ref: main_six_numbers
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shift: [ 0, 12 ]
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# Mounting holes: Bottom center, under columns five/six (but above the thumb keys)
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mounting_hole_bottom_center_left:
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what: mountinghole_m2
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where:
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ref: main_five_bottom
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shift: [ 0, -13 ]
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mounting_hole_bottom_center_right:
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what: mountinghole_m2
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where:
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ref: main_six_bottom
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shift: [ 0, -13 ]
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# Mounting holes: Bottom left and right corners, under the second key columns
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mounting_hole_bottom_left:
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what: mountinghole_m2
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where:
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ref: main_zero_mods
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shift: [ 0, -13.5 ]
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mounting_hole_bottom_right:
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what: mountinghole_m2
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where:
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ref: main_eleven_mods
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shift: [ 0, -13.5 ]
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# Render text with project name and copyright onto the PCB
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copyright_text:
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what: text
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where:
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ref: thumb_one
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shift: [ 0, -16.5 ]
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rotate: -0.3 # total rotation: -6.3 (including key rotation)
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params:
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text: |-
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eepyBoard v1.1 by binaryDiv
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(c) 2024 (MIT License)
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