Rob Zombie's Spookshow International

Missing locations · 71

• SHOOTER LANE
  Device evidence and notes

  Factory switch 0, column 0, row 0. The ROM's Switch Edge test drew this closure at factory switch 0 (column 0, row 0) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• TROUGH 1
  Device evidence and notes

  Factory switch 1, column 0, row 1. The ROM's Switch Edge test drew this closure at factory switch 1 (column 0, row 1) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• TROUGH 2
  Device evidence and notes

  Factory switch 2, column 0, row 2. The ROM's Switch Edge test drew this closure at factory switch 2 (column 0, row 2) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• TROUGH 3
  Device evidence and notes

  Factory switch 3, column 0, row 3. The ROM's Switch Edge test drew this closure at factory switch 3 (column 0, row 3) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• TROUGH 4
  Device evidence and notes

  Factory switch 4, column 0, row 4. The ROM's Switch Edge test drew this closure at factory switch 4 (column 0, row 4) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• TROUGH 5
  Device evidence and notes

  Factory switch 5, column 0, row 5. The ROM's Switch Edge test drew this closure at factory switch 5 (column 0, row 5) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• TROUGH 6
  Device evidence and notes

  Factory switch 6, column 0, row 6. The ROM's Switch Edge test drew this closure at factory switch 6 (column 0, row 6) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• TROUGH 7
  Device evidence and notes

  Factory switch 7, column 0, row 7. The ROM's Switch Edge test drew this closure at factory switch 7 (column 0, row 7) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. A full trough holds this contact closed at power-up.

• EXTRA BALL
  Device evidence and notes

  Factory switch 16, column 2, row 0. The ROM's Switch Edge test drew this closure at factory switch 16 (column 2, row 0) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RIGHT UPPER SLING
  Device evidence and notes

  Factory switch 17, column 2, row 1. The ROM's Switch Edge test drew this closure at factory switch 17 (column 2, row 1) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RIGHT RAIL LOWER
  Device evidence and notes

  Factory switch 18, column 2, row 2. The ROM's Switch Edge test drew this closure at factory switch 18 (column 2, row 2) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RIGHT RAIL UPPER
  Device evidence and notes

  Factory switch 19, column 2, row 3. The ROM's Switch Edge test drew this closure at factory switch 19 (column 2, row 3) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• LEFT UPPER PLAYFIELD
  Device evidence and notes

  Factory switch 22, column 2, row 6. The ROM's Switch Edge test drew this closure at factory switch 22 (column 2, row 6) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RIGHT UPPER PLAYFIELD
  Device evidence and notes

  Factory switch 23, column 2, row 7. The ROM's Switch Edge test drew this closure at factory switch 23 (column 2, row 7) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• UPPER FLIPPER EOS
  Device evidence and notes

  Factory switch 24, column 3, row 0. The ROM's Switch Edge test drew this closure at factory switch 24 (column 3, row 0) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. Flipper end-of-stroke contact read by the ROM through the matrix; the flippers are ROM-driven board coils, so a recreation closes it when the flipper reaches its stroke.

• RIGHT OUTER ORBIT
  Device evidence and notes

  Factory switch 25, column 3, row 1. The ROM's Switch Edge test drew this closure at factory switch 25 (column 3, row 1) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• VUK
  Device evidence and notes

  Factory switch 26, column 3, row 2. The ROM's Switch Edge test drew this closure at factory switch 26 (column 3, row 2) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• SECRET PASSAGE
  Device evidence and notes

  Factory switch 27, column 3, row 3. The ROM's Switch Edge test drew this closure at factory switch 27 (column 3, row 3) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• LEFT INNER ORBIT
  Device evidence and notes

  Factory switch 28, column 3, row 4. The ROM's Switch Edge test drew this closure at factory switch 28 (column 3, row 4) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RIGHT LIVING DEAD GIRL
  Device evidence and notes

  Factory switch 29, column 3, row 5. The ROM's Switch Edge test drew this closure at factory switch 29 (column 3, row 5) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• LEFT LIVING DEAD GIRL
  Device evidence and notes

  Factory switch 30, column 3, row 6. The ROM's Switch Edge test drew this closure at factory switch 30 (column 3, row 6) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• DROP TARGET
  Device evidence and notes

  Factory switch 31, column 3, row 7. The ROM's Switch Edge test drew this closure at factory switch 31 (column 3, row 7) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RAMP TARGET
  Device evidence and notes

  Factory switch 32, column 4, row 0. The ROM's Switch Edge test drew this closure at factory switch 32 (column 4, row 0) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RIGHT RATTLE SWITCH
  Device evidence and notes

  Factory switch 33, column 4, row 1. The ROM's Switch Edge test drew this closure at factory switch 33 (column 4, row 1) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• LOWER LEFT POP
  Device evidence and notes

  Factory switch 35, column 4, row 3. The ROM's Switch Edge test drew this closure at factory switch 35 (column 4, row 3) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• UPPER LEFT POP
  Device evidence and notes

  Factory switch 36, column 4, row 4. The ROM's Switch Edge test drew this closure at factory switch 36 (column 4, row 4) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• POP TARGET
  Device evidence and notes

  Factory switch 37, column 4, row 5. The ROM's Switch Edge test drew this closure at factory switch 37 (column 4, row 5) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• LEFT ORBIT
  Device evidence and notes

  Factory switch 39, column 4, row 7. The ROM's Switch Edge test drew this closure at factory switch 39 (column 4, row 7) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• RAMP
  Device evidence and notes

  Factory switch 40, column 5, row 0. The ROM's Switch Edge test drew this closure at factory switch 40 (column 5, row 0) of its 8x8 grid. pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction.

• Upper PF Opto Spaulding
  Device evidence and notes

  Firmware cabinet input 13 (U11 D5), published at 95 = 13 + 82. The ROM's Switch Edge test drew this closure as firmware cabinet 13. This is the Spaulding opto at the upper playfield gate (Opto - 4). pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. While it was held the ROM printed 'SWITCH TEST LAST SW 63 GATE OPTO AUDIO: ON'.

• Upper PF Opto (exit)
  Device evidence and notes

  Firmware cabinet input 14 (U11 D6), published at 96 = 14 + 82. The ROM's Switch Edge test drew this closure as firmware cabinet 14. This is the upper playfield exit opto (Opto - 3). pinHeck reads the matrix uncomplemented: board.c pulls a return line low for every closed contact in the strobed column and the driver has no invSw mask, so public 1 is the closed contact. The ROM's Switch Edge test drew this closure while the host held public 1, so the contact rests open (normally_closed false), whatever its construction. While it was held the ROM printed 'SWITCH TEST LAST SW 63 EXIT OPTO AUDIO: ON'.

• Upper Flipper High (center)
  Device evidence and notes

  Factory coil 2 on Sol Bank 0 (power Purple), MOSFET 2 (IRL540 on the wire chart), published at 3 = coil + 1. The ROM's Solenoid test names it UFLIP HIGH and pressing Enter on that item fired exactly this address.

• VUK
  Device evidence and notes

  Factory coil 3 on Sol Bank 0 (power Purple), MOSFET 3 (IRL540 on the wire chart), published at 4 = coil + 1. The ROM's Solenoid test names it VUK and pressing Enter on that item fired exactly this address.

• Stop Post (inner orbit, right)
  Device evidence and notes

  Factory coil 4 on Sol Bank 0 (power Purple), MOSFET 4 (IRL540 on the wire chart), published at 5 = coil + 1. The ROM's Solenoid test names it BALL STOP and pressing Enter on that item fired exactly this address.

• Drop Target
  Device evidence and notes

  Factory coil 6 on Sol Bank 0 (power Purple), MOSFET 6 (IRL540 on the wire chart), published at 7 = coil + 1. The ROM's Solenoid test names it DROP TARGET and pressing Enter on that item fired exactly this address.

• Upper Flipper Low
  Device evidence and notes

  Factory coil 7 on Sol Bank 0 (power Purple), MOSFET 7 (IRL540 on the wire chart), published at 8 = coil + 1. The ROM's Solenoid test names it UFLIP LOW and pressing Enter on that item fired exactly this address.

• Left Lower Pop
  Device evidence and notes

  Factory coil 8 on Sol Bank 1 (power Orange), MOSFET 8 (IRL540 on the wire chart), published at 9 = coil + 1. The ROM's Solenoid test names it LLEFT POP and pressing Enter on that item fired exactly this address.

• Left Upper Pop
  Device evidence and notes

  Factory coil 9 on Sol Bank 1 (power Orange), MOSFET 9 (IRL540 on the wire chart), published at 10 = coil + 1. The ROM's Solenoid test names it ULEFT POP and pressing Enter on that item fired exactly this address.

• Autolauncher
  Device evidence and notes

  Factory coil 16 on Sol Bank 2 (power BLUE), MOSFET 16 (IRL540 on the wire chart), published at 17 = coil + 1. The ROM's Solenoid test names it AUTOPLUNGER and pressing Enter on that item fired exactly this address.

• Ball Trough
  Device evidence and notes

  Factory coil 17 on Sol Bank 2 (power BLUE), MOSFET 17 (IRL540 on the wire chart), published at 18 = coil + 1. The ROM's Solenoid test names it BALL LOAD and pressing Enter on that item fired exactly this address.

• Right Upper Sling
  Device evidence and notes

  Factory coil 21 on Sol Bank 2 (power BLUE), MOSFET 21 (IRL540 on the wire chart), published at 22 = coil + 1. The ROM's Solenoid test names it UR SLING and pressing Enter on that item fired exactly this address.

• Backbox GI Output 0
  Device evidence and notes

  GI output 0: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 25. The ROM's Lamp test lights only this address under BACKBOX GI GI = 7. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 0, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 1
  Device evidence and notes

  GI output 1: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 26. The ROM's Lamp test lights only this address under BACKBOX GI GI = 6. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 1, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 2
  Device evidence and notes

  GI output 2: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 27. The ROM's Lamp test lights only this address under BACKBOX GI GI = 5. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 2, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 3
  Device evidence and notes

  GI output 3: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 28. The ROM's Lamp test lights only this address under BACKBOX GI GI = 4. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 3, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 4
  Device evidence and notes

  GI output 4: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 29. The ROM's Lamp test lights only this address under BACKBOX GI GI = 3. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 4, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 5
  Device evidence and notes

  GI output 5: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 30. The ROM's Lamp test lights only this address under BACKBOX GI GI = 2. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 5, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 6
  Device evidence and notes

  GI output 6: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 31. The ROM's Lamp test lights only this address under BACKBOX GI GI = 1. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 6, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Backbox GI Output 7
  Device evidence and notes

  GI output 7: the first 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 32. The ROM's Lamp test lights only this address under BACKBOX GI GI = 0. The ROM's own name places it in the backbox group. The wire chart prints no wire on GI_0 pin 7, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• Playfield GI Output 8
  Device evidence and notes

  GI output 8: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 37. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 128. The ROM's own name places it in the playfield group. The wire chart prints no wire on GI_1 pin 8, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• bottom pf GI -1
  Device evidence and notes

  GI output 9: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 38. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 64. The wire chart prints GI_1 pin 9: 'brown/yellow - bottom pf GI -1'. The pin-to-address assignment (GI pin k on public 29+k) is observed: with a game started, every output whose chart pin names a GI string stayed steadily lit and every output whose pin names a flasher did not, on each pinHeck game whose chart labels both.

• bottom pf GI -2
  Device evidence and notes

  GI output 10: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 39. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 32. The wire chart prints GI_1 pin 10: 'brown/purp - bottom pf GI -2'. The pin-to-address assignment (GI pin k on public 29+k) is observed: with a game started, every output whose chart pin names a GI string stayed steadily lit and every output whose pin names a flasher did not, on each pinHeck game whose chart labels both.

• Red GI lamps
  Device evidence and notes

  GI output 11: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 40. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 16. The wire chart prints GI_1 pin 11: 'brown/red - Red GI lamps'. The pin-to-address assignment (GI pin k on public 29+k) is observed: with a game started, every output whose chart pin names a GI string stayed steadily lit and every output whose pin names a flasher did not, on each pinHeck game whose chart labels both.

• purple flasher
  Device evidence and notes

  GI output 12: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 41. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 8. The wire chart prints GI_1 pin 12: 'green/orange - purple flasher'. The pin-to-address assignment (GI pin k on public 29+k) is observed: with a game started, every output whose chart pin names a GI string stayed steadily lit and every output whose pin names a flasher did not, on each pinHeck game whose chart labels both.

• red flasher
  Device evidence and notes

  GI output 13: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 42. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 4. The wire chart prints GI_1 pin 13: 'yellow/orange - red flasher'. The pin-to-address assignment (GI pin k on public 29+k) is observed: with a game started, every output whose chart pin names a GI string stayed steadily lit and every output whose pin names a flasher did not, on each pinHeck game whose chart labels both.

• White GI lamps
  Device evidence and notes

  GI output 14: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 43. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 2. The wire chart prints GI_1 pin 14: 'brown/white - White GI lamps'. The pin-to-address assignment (GI pin k on public 29+k) is observed: with a game started, every output whose chart pin names a GI string stayed steadily lit and every output whose pin names a flasher did not, on each pinHeck game whose chart labels both.

• Playfield GI Output 15
  Device evidence and notes

  GI output 15: the second 74HC595 byte of the board's GI shift register (pinheck_brd_gi), published at 44. The ROM's Lamp test lights only this address under PLAYFIELD GI GI = 1. The ROM's own name places it in the playfield group. The wire chart prints no wire on GI_1 pin 15, which does not prove that nothing is connected; the ROM drives it like any other GI output.

• RGB1 red
  Device evidence and notes

  On-board ws2801 led channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• RGB1 green
  Device evidence and notes

  On-board ws2801 led channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• RGB1 blue
  Device evidence and notes

  On-board ws2801 led channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• RGB2 red
  Device evidence and notes

  On-board ws2801 led channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• RGB2 green
  Device evidence and notes

  On-board ws2801 led channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• RGB2 blue
  Device evidence and notes

  On-board ws2801 led channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• Spaulding (gate)
  Device evidence and notes

  Servo 0: pinheck_brd_servo scales the pulse width between the game's servoMin and servoMax onto 0-255 and holds the last level when pulses stop. The charts name it 'Spaulding (gate)'. The ROM's Servo test moves only this address for GATE OPEN, GATE CLOSE.

• Robot
  Device evidence and notes

  Servo 1: pinheck_brd_servo scales the pulse width between the game's servoMin and servoMax onto 0-255 and holds the last level when pulses stop. The charts name it 'Robot'. The ROM's Servo test moves only this address for ROBOT START, ROBOT END.

• Living Dead Girl red
  Device evidence and notes

  First led of the external ws2801 chain channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• Living Dead Girl blue
  Device evidence and notes

  First led of the external ws2801 chain channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• Living Dead Girl green
  Device evidence and notes

  First led of the external ws2801 chain channel, published as a 0-255 level. The ROM's RGB test: RGB1 RED/GREEN/BLUE light 51/52/53, RGB2 RED/GREEN/BLUE light 54/55/56; LDG RED lights 62, LDG GREEN 64 and LDG BLUE 63, so the Living Dead Girl LED's green and blue arrive on PinMAME's B and G slots.

• Inner Left Arrow
  Device evidence and notes

  Factory lamp 36, column 4, row 4, published at 55. The ROM's Lamp test lights only this address under LAMP = 36.

• Chicken
  Device evidence and notes

  Factory lamp 43, column 5, row 3, published at 64. The ROM's Lamp test lights only this address under LAMP = 43.

• Gasoline
  Device evidence and notes

  Factory lamp 44, column 5, row 4, published at 65. The ROM's Lamp test lights only this address under LAMP = 44.