 |
;----------------------------------------------------
; Start SEARCH
;----------------------------------------------------
LD A,00Ah ; Command = SEARCH
CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
;----------------------------------------------------
; Wait for SEARCH to complete
;----------------------------------------------------
LD HL,0A79Ah ; Get LDPlayer Status Byte
BIT 3,(HL) ; Check LDPLAYER TYPE
JP Z,L1E67 ; PR-7820 selected so skip ahead
PUSH BC ; Save BC Register
;----------------------------------------------------
; LD-V1000: SEARCH wait
;----------------------------------------------------
LD B,000h ; Start SEARCH wait timer
L1DF4: IN A,(0F1h) ; Get LDPlayer Status
BIT 6,A ; Is LDPlayer READY?
JP NZ,L1DF4 ; Wait here until data arrives
IN A,(0F0h) ; Get LDPlayer Data Byte
CP 0D0h ; Is SEARCH FINISHED?
JR NZ,L1E04 ; No, so skip ahead
POP BC ; SEARCH done so restore BC Register
JR L1E54 ; Wait for STATUS toggle
;----------------------------------------------------
; Test for SEARCH ERROR or excessive wait time
;----------------------------------------------------
L1E04: CP 090h ; Is there a SEARCH ERROR?
JR Z,L1E1A ; Yes, so handle error
INC B ; Count time waiting for SEARCH to complete
LD HL,0A787h ; Get Number of SEARCH Retries
LD A,000h ; Check number of retries
CP (HL) ; Have we retried the SEARCH yet?
JR Z,L1E15 ; No, so wait longer
LD A,066h ; Time to Wait = 66h
JR L1E17 ; Check wait time
L1E15: LD A,0FFh ; Time to Wait = FFh
L1E17: CP B ; Have we waited long enough for SEARCH?
JR NZ,L1E4A ; No, wait longer. Loop back.
;----------------------------------------------------
; Retry SEARCH if SEARCH ERROR encounter
;----------------------------------------------------
L1E1A: LD HL,0A787h ; Get Number of SEARCH Retries
INC (HL) ; Increment number of retries
LD A,003h ; Check for 3 retries
CP (HL) ; Have we retried 3 times yet?
JR NZ,L1E3E ; Not yet, so retry again
;----------------------------------------------------
; LDPlayer FAULT occured, Check if Frame Number Valid
;----------------------------------------------------
LD C,(IY+003h) ; BC = Scene Frame Number
LD B,(IY+004h) ; BC = Scene Frame Number
LD HL,07BD4h ; Check if frame number > 31700
AND A ; Set Carry
SBC HL,BC ; Compare Frame Number
JP C,L0000 ; Frame Number too high, so reset machine
LD HL,00064h ; Check if frame number < 100
AND A ; Set Carry
SBC HL,BC ; Compare Frame Number
JP NC,L0000 ; Frame Number too low, so reset machine
POP BC ; Restore BC Register
JR L1E54 ; Just start disc wherever it's at
;----------------------------------------------------
; Retry SEARCH with Frame Number + 1
;----------------------------------------------------
L1E3E: LD HL,0A7B5h ; Point to Frame Number
LD A,(HL) ; Get Frame Number for addition
ADD A,001h ; Add 1 to frame
DAA ; Add decimal 1 to frame number
LD (HL),A ; Store new frame
POP BC ; Restore BC Register
JP L1DA3 ; Try SEARCH again
;----------------------------------------------------
; LD-V1000 wait for STATUS Bit
;----------------------------------------------------
L1E4A: IN A,(0F1h) ; Get LDPlayer Status
BIT 6,A ; Is LDPlayer READY?
JP Z,L1E4A ; Wait here until SEARCH is finished
JP L1DF4 ; Loop back and wait for byte from LDPlayer
;----------------------------------------------------
; Frame found, now send PLAY Command
;----------------------------------------------------
L1E54: LD HL,0A791h ; Get LDPlayer Control Register
SET 2,(HL) ; Mark search as completed
BIT 4,(HL) ; Is it Freeze Frame?
JP Z,L1E66 ; Yes, so skip PLAY Command
LD A,00Bh ; Get PLAY Command
CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
L1E66: RET ; Return
;----------------------------------------------------
; PR-8210: SEARCH wait
;----------------------------------------------------
L1E67: IN A,(0F1h) ; Get LDPlayer Status
BIT 7,A ; Is LDPlayer READY?
JP NZ,L1E67 ; Wait here until SEARCH finished
JP L1E54 ; Frame found so continue
;----------------------------------------------------
; Get LDPlayer Command from Table
;----------------------------------------------------
; A = index to command
; $1F65 = Start of Command Table (CommandTable)
; $A784 = Gets loaded with Command Code
;----------------------------------------------------
GetCommand:
PUSH HL ; Save HL Register
LD HL,01F65h ; Load HL with pointer to Command Table
ADD A,L ; A = Index to add to Command Table
LD L,A ; Add Index
JR NC,L1E7A ; Check carry after add
INC H ; Increment Command Table pointer if carry set
L1E7A: LD A,(HL) ; Get Command Byte from Command Table
LD (0A784h),A ; Store Command Byte
POP HL ; Restore HL Register
RET ; Return
;----------------------------------------------------
; Send command with $FF to LDPlayer
;----------------------------------------------------
L1E80: PUSH HL ; Temporarily save HL Register
LD HL,0A79Ah ; Get LDPlayer Status Byte
BIT 3,(HL) ; Check LDPLAYER TYPE
POP HL ; Restore HL Register
JP Z,L1ED8 ; PR-7820 selected so skip ahead
PUSH HL ; Save HL Register
PUSH BC ; Save BC Register
LD A,(0A784h) ; Get Command from A784h
LD B,A ; Store Command in B temporarily
LD A,0FFh ; Load an FFh
LD (0A784h),A ; Store FFh in Command spot
CALL L1EA2 ; Send FFh to LDPlayer
LD A,B ; Restore Command from B
LD (0A784h),A ; Store Command in A784h
CALL L1EA2 ; Send Command to LDPlayer
POP BC ; Restore BC Register
POP HL ; Restore HL Register
RET ; Return
;----------------------------------------------------
; Output Command to LDPlayer (LD-V1000)
;----------------------------------------------------
L1EA2: PUSH HL ; Save HL Register
LD A,(0A784h) ; Load Command byte
OUT (0F4h),A ; Send Command byte to LDPlayer
L1EA8: IN A,(0F1h) ; Get LDPlayer Register
BIT 6,A ; Test Command Strobe
JP NZ,L1EA8 ; Loop until Command Strobe goes low
L1EAF: IN A,(0F1h) ; Get LDPlayer Register
BIT 6,A ; Test Command Strobe
JP Z,L1EAF ; Loop until Command Strobe goes high
;----------------------------------------------------
; Set LDPlayer Communication Bus to Output
;----------------------------------------------------
LD HL,0A783h ; Use LDPlayer Hardware Register
SET 5,(HL) ; Set LDPlayer data bus as Output
RES 7,(HL) ; Clear INT/EXT
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
;----------------------------------------------------
; Wait until LDPlayer is not BUSY
;----------------------------------------------------
L1EC0: IN A,(0F1h) ; Get LDPlayer Register
BIT 7,A ; Check if LDPlayer busy
JP NZ,L1EC0 ; Wait until LDPlayer is not busy
L1EC7: IN A,(0F1h) ; Get LDPlayer Register
BIT 7,A ; Check if LDPlayer busy
JP Z,L1EC7 ; Wait until LDPlayer is not busy
;----------------------------------------------------
; Return LDPlayer Communication Bus to Input
;----------------------------------------------------
LD HL,0A783h ; Use LDPlayer Hardware Register
RES 5,(HL) ; Set LDPlayer data bus as Input
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
POP HL ; Restore HL Register
RET ; Return
;----------------------------------------------------
; Send command with $FF (PR-7820)
;----------------------------------------------------
L1ED8: PUSH HL ; Save HL Register
LD HL,0A783h ; Use LDPlayer Hardware Register
RES 7,(HL) ; Clear INT/EXT
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
LD A,(0A784h) ; Get Command from A784h
OUT (0F4h),A ; Send Command byte to LDPlayer
;----------------------------------------------------
; Return LDPlayer Communication Bus to Output
;----------------------------------------------------
LD HL,0A783h ; Use LDPlayer Hardware Register
SET 5,(HL) ; Set LDPlayer data bus as Output
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
;----------------------------------------------------
; Press ENTER on LDPlayer then delay
;----------------------------------------------------
RES 6,(HL) ; Press ENTER
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
CALL L1F0B ; Call Delay (0DF6)
;----------------------------------------------------
; Release ENTER on LDPlayer then delay
;----------------------------------------------------
LD HL,0A783h ; Use LDPlayer Hardware Register
SET 6,(HL) ; Release ENTER
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
CALL L1F0B ; Call Delay (0DF6)
;----------------------------------------------------
; Return LDPlayer Communication Bus to Input
;----------------------------------------------------
LD HL,0A783h ; Use LDPlayer Hardware Register
RES 5,(HL) ; Set LDPlayer data bus as Input
LD A,(HL) ; Update LDPlayer Hardware Register
OUT (0F5h),A ; Write to Hardware
POP HL ; Restore HL Register
RET ; Return
;----------------------------------------------------
; Delay for 0DF6h
;----------------------------------------------------
L1F0B: LD DE,0FFFFh ; DE = -1
L1F0E: LD HL,00DF6h ; Timer = 0DF6h
L1F11: ADD HL,DE ; Subtract 1 from timer
JR C,L1F11 ; Loop until timer expired
RET ; Return
;----------------------------------------------------
; Send PAUSE command to LDPlayer
;----------------------------------------------------
L1F15: LD A,00Ch ; Get PAUSE Command
CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
RET ; Return
;----------------------------------------------------
; Send PLAY command to LDPlayer
;----------------------------------------------------
SendPlay:
L1F1E: LD A,00Bh ; Get PLAY Command
CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
RET ; Return
;----------------------------------------------------
; Send REJECT command to LDPlayer
;----------------------------------------------------
L1F27: LD A,01Bh ; Get REJECT Command
CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
RET ; Return
;----------------------------------------------------
; Send (unknown) command to LDPlayer
;----------------------------------------------------
L1F30: LD HL,0A79Ah ; Get LDPlayer Status Byte
BIT 3,(HL) ; Check LDPLAYER TYPE
JP Z,L1F41 ; PR-7820 selected so skip ahead
LD A,014h ; Get <> Command
L1F3A: CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
RET ; Return;
;----------------------------------------------------
; Send (unknown) command to LDPlayer
;----------------------------------------------------
L1F41: LD A,017h ; Get <> Command
JP L1F3A ; Jump back and send command
LD HL,0A79Ah ; Get LDPlayer Status Byte
BIT 3,(HL) ; Check LDPLAYER TYPE
JP Z,L1F57 ; PR-7820 selected so skip ahead
LD A,015h ; Get <> Command
L1F50: CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
RET ; Return
;----------------------------------------------------
; Send (unknown) command to LDPlayer
;----------------------------------------------------
L1F57: LD A,018h ; Get <> Command
JP L1F50 ; Go back and send command to LDPlayer
LD A,00Fh ; Get <> Command
CALL GetCommand ; Get LDPlayer Command Byte
CALL L1E80 ; Send $FF then Command byte to LDPlayer
RET ; Return
;----------------------------------------------------
; Table of LDPlayer Commands
;----------------------------------------------------
CommandTable:
.byte 03Fh ; A=00 0
.byte 00Fh ; A=01 1
.byte 08Fh ; A=02 2
.byte 04Fh ; A=03 3
.byte 02Fh ; A=04 4
.byte 0AFh ; A=05 5
.byte 06Fh ; A=06 6
.byte 01Fh ; A=07 7
.byte 09Fh ; A=08 8
.byte 05Fh ; A=09 9
.byte 0F7h ; A=0A SEARCH
.byte 0FDh ; A=0B PLAY
.byte 0FBh ; A=0C PAUSE (STOP)
.byte 0DFh ; A=0D (unknown)
.byte 0EFh ; A=0E (unknown)
.byte 0F1h ; A=0F DISPLAY
.byte 0F4h ; A=10 AUDIO 1
.byte 0FCh ; A=11 AUDIO 2
.byte 0A3h ; A=12 X1 FORWARD
.byte 0A0h ; A=13 X0 FORWARD (STOP)
.byte 0CDh ; A=14 DISPLAY DISABLE
.byte 0CEh ; A=15 DISPLAY ENABLE
.byte 0FAh ; A=16 (unknown)
.byte 0E1h ; A=17 (unknow)
.byte 0E0h ; A=18 (unknown)
.byte 0A1h ; A=19 X1/4 FORWARD
.byte 0A2h ; A=1A X1/2 FORWARD
.byte 0F9h ; A=1B REJECT
;----------------------------------------------------
; Diagnostic Test Addresses
;----------------------------------------------------
L1F81: .word 02041h ; RAM Test
.word 0208Ah ; ROM Test
.word 020E1h ; Scoreboard Test
.word 0211Ah ; Keyboard Test
.word 0214Ah ; Communications Link Test
.word 02151h ; Monitor Test
.word 01F9Bh ; Begin Diagnostics
;----------------------------------------------------
; unknown
;----------------------------------------------------
L1F90: .byte 060h, 071h, 060h, 071h, 060h, 071h
.byte 060h, 071h, 060h, 071h, 060h, 071h
;----------------------------------------------------
; Begin Diagnostics
;----------------------------------------------------
L1F9B: LD DE,000A3h ; Load Phrase (A3) "Diagnostic Tests"
CALL L1363 ; Call Speech Routine (phrase)
CALL L210C ; Blank out Scoreboard
CALL L1FD3 ; Check Keyboard for "M" pressed
JR C,L1FEE ; If pressed jump to MENU MODE
LD BC,01F81h ; BC = Pointer to first Test
LD DE,(0C008h) ; Get Frame Number, "Begin Diagnostics, RAM Test in Progress"
L1FB0: LD A,(BC) ; A = Address Pointer
LD L,A ; L = A
INC BC ; Point to next byte
LD A,(BC) ; A = Next Byte
LD H,A ; H = A, HL = Test Address
INC BC ; Increment Pointer to next test
PUSH DE ; Save DE Register
PUSH BC ; Save BC Register
PUSH HL ; Save HL Register
CALL L1C57 ; PAUSE on Frame Number, "Begin Diagnostics"
POP HL ; Restore HL Register
LD DE,01FC2h ; DE = Return Address
PUSH DE ; Store Return Address once test is complete
;----------------------------------------------------
JP (HL) ; Jump to Test Routine
;----------------------------------------------------
L1FC2: CALL L1FD3 ; Check Keyboard for "M" pressed
POP BC ; Restore BC Register (IY)
POP DE ; Restore DE Register (DE)
JR C,L1FEE ; If "M" pressed jump to MENU MODE
LD A,(0C00Ah) ; A = 0Ah, Add 0Ah to Return Address
ADD A,E ; A = A + E (DE = DE + 0Ah)
LD E,A ; E = A
JR NC,L1FB0 ; Check if carry is set
INC D ; Yes, so increment high byte D = D + 1
JR L1FB0 ; Continue Diagnostics
;----------------------------------------------------
; Check Keyboard for "M" Pressed
; C=1, Pressed C=0, Not Pressed
;----------------------------------------------------
L1FD3: LD HL,0BE0Bh ; Check Keyboard Buffer
BIT 0,(HL) ; Has Key been pressed?
JR Z,L1FEC ; No, so skip ahead
RES 0,(HL) ; Clear Keyboard Buffer
LD A,(0BE0Ah) ; Get Keyboard Character
CP 04Dh ; Was "M" Pressed?
JR NZ,L1FEC ; No, so skip ahead
LD DE,(0C013h) ; Get Frame Number, "Thayer's Quest" Title
CALL L1C57 ; PAUSE on Frame Number
SCF ; C = 1
RET ; Return (1)
L1FEC: XOR A ; C = 0
RET ; Return (0)
;----------------------------------------------------
; Diagnostics MENU MODE
;----------------------------------------------------
; "A" = RAM Test
; "B" = EPROM Test
; "C" = Display Test
; "D" = Keyboard Test
; "E" = Communications Link Test
; "F" = Monitor Test
; "G" = Restart Dianostics from beginning
;----------------------------------------------------
L1FEE: CALL L2180 ; Reset Scoreboard to zero
LD DE,000A4h ; Phrase="Menu Mode Press Key A Through G To Choose A Test"
CALL L1363 ; Call Speech Routine (phrase)
LD E,000h ; DE = 0000h
LD D,000h ; DE = 0000h
LD HL,0BE0Bh ; Check Keyboard Buffer
L1FFE: BIT 0,(HL) ; Has a key been pressed?
JR Z,L1FFE ; No key pressed so just loop
RES 0,(HL) ; Clear keypress buffer
LD A,(0BE0Ah) ; Get Keyboard Character
SUB 041h ; Subtract 65d
JR C,L200F ; Key < "A" then Invalid Key
CP 007h ; Check for Key > "G"
JR C,L2017 ; No, so it is a Valid Key
;----------------------------------------------------
; Invalid Key Pressed
;----------------------------------------------------
L200F: LD DE,0003Eh ; Phrase="That Won't Work Here (%)"
CALL L1363 ; Call Speech Routine (phrase)
JR L1FEE ; Continue monitoring keyboard
;----------------------------------------------------
; Valid Key Pressed
;----------------------------------------------------
L2017: ADD A,A ; A = A*2
LD B,A ; B = A
LD DE,000A5h ; Initial phrase="Start of RAM Test"
ADD A,E ; Index to correct phrase
LD E,A ; Store new index to phrase
JR NC,L2021 ; Handle carry
INC D ; Carry set, so bump upper byte
L2021: PUSH DE ; Save Phrase Number to stack
PUSH DE ; Save Phrase Number to stack
CALL L1363 ; Call Speech Routine (phrase)
LD A,B ;
LD DE,01F81h ;
ADD A,E ;
LD E,A ;
JR NC,L202F ;
INC D
L202F: LD A,(DE)
LD L,A
INC DE
LD A,(DE)
LD H,A
LD DE,02039h ; DE = Return Address
PUSH DE ; Save DE Register
JP (HL) ; Jump to Test Routine
L2039: POP DE ; Restore DE Register
POP DE ; Restore DE Register
INC DE ; Increment ?
CALL L1363 ; Call Speech Routine (phrase)
JR L1FEE ; Loop on MENU MODE
;----------------------------------------------------
; Begin RAM Test
;----------------------------------------------------
L2041: POP IX ; IX = Pointer to next test
POP IY
POP DE
;----------------------------------------------------
; Fill RAM A000-BFFF with 55h
;----------------------------------------------------
LD B,055h ; B = 55h
DI ; Disable Interrupts
L2049: LD HL,0A000h ; Point to start of RAM
L204C: LD (HL),B ; Put 55/AAh into RAM location
INC HL ; Point to next RAM spot
LD A,H ; A = H
OR L ; A = A OR L, check HL = 0000h
JR NZ,0204C ; Loop until end of bank
LD HL,0A000h ; Point to beginning of RAM
L2055: LD A,(HL) ; Check to see if RAM was written correctly
CP B ; Compare byte with 55/AAh
JR NZ,L2067 ; Not correct, show "FAILED" screen
INC HL ; Point to next RAM location
LD A,H ; A = H
CP 0C0h ; Is address C000?
JR NZ,L2055 ; No, so loop until C000 is reached
LD A,0AAh ; A = AAh
CP B ; Have we done AA yet?
JR Z,L2074 ; Yes, so clear out RAM
LD B,A ; B = AAh
JR L2049 ; Fill RAM with AAh
;----------------------------------------------------
; Display Message, "RAM Test failed"
;----------------------------------------------------
L2067: CALL L1CA3 ; Check LDPLAYER type by checking the DIPs
LD DE,(0C00Bh) ; Get Frame Number, "RAM Test failed"
CALL L1C57 ; PAUSE on Frame Number
JP L218B ; Wait for Diagnostic DIP to be switched OFF
;----------------------------------------------------
; Clear RAM A000-FFFF
;----------------------------------------------------
L2074: LD HL,0A000h ; HL = A000, first location of RAM
L2077: LD (HL),000 ; Clear out location
INC HL ; Point to next location
LD A,H ; A = H
OR L ; HL = FFFF?
JR NZ,L2077 ; Loop until all spots cleared
;----------------------------------------------------
; Load pointer to next Test
;----------------------------------------------------
CALL L1CA3 ; Check LDPLAYER type by checking the DIPs
LD SP,0BFFFh ; Set Stack Pointer to BFFF
PUSH DE ; Save DE Register
PUSH IY ; Save IY Register
EI ; Enable Interrupts
JP (IX) ; Jump to next test
;77
;----------------------------------------------------
; Perform EPROM Checksum Test
;----------------------------------------------------
L2081: LD IY,0C006h
LD HL,L0000
CALL L20C1
RET Z
LD DE,(0C00Dh) ; Frame # "ROM Checksum failed, Display indicates bad block"
CALL L1C57 ; PAUSE on Frame Number
LD C,0F7h
LD HL,01F8Fh
LD A,L
ADD A,B
LD L,A
LD B,002h
JR NC,L20A9
INC H
L20A9: OTIR
JP L218B
LD HL,LC000
LD B,001h
CALL L20C1
RET Z
LD DE,(0C00F) ; Get Frame Number, "Cartridge ROM Checksum Failed"
CALL L1C57 ; PAUSE on Frame Number
JP L218B
L20C1: LD DE,00000h
L20C4: LD A,(HL)
ADD A,E
LD E,A
JR NC,L20CA
INC D
L20CA: INC HL
LD A,L
CP 000h
JR NZ,L20C4
LD A,H
CP 080h
JR NZ,L20C4
LD A,(IY+000h)
CP E
INC IY
LD A,(IY+000h)
RET NZ
CP D
RET
;----------------------------------------------------
; Begin Scoreboard Test
;----------------------------------------------------
L20E1: LD C,000h ; C = 0
L20E3: LD A,C ; A = C
LD B,008h ; Loop = 8
L20E6: OUT (0F6h),A ; Output to Scoreboard
OUT (0F7h),A ; Output to Scoreboard
ADD A,010h ; Point to next spot
DEC B ; Decrement Loop
JR NZ,L20E6 ; Loop until all spots filled
LD HL,0BE0Bh ; Get Keyboard Buffer
BIT 0,(HL) ; Has a key been pressed?
RES 0,(HL) ; Clear Keyboard Buffer
JR Z,L20FC ; No key pressed, so skip ahead
CALL L2180 ; Reset Scoreboard to zero
RET ; Return from test
L20FC: PUSH BC ; Save BC Register
LD DE,0001Fh ; Timer = 1Fh
CALL L2163 ; Wait until Timer Expires
POP BC ; Restore BC Register
INC C ; C = C + 1, next digit
LD A,00Ah ; A = 10
CP C ; Have we done all digits?
JR NZ,L20E3 ; No, so continue loop
JR L20E1 ; Restart digits and loop again
;----------------------------------------------------
; Blank out Scoreboard
;----------------------------------------------------
L210C: LD A,00Fh ; Get Blank character
LD B,008h ; Loop = 8
L2110: OUT (0F6h),A ; Send character to scoreboard
OUT (0F7h),A ; Send character to scoreboard
ADD A,010h ; Increment position
DEC B ; Decrment Loop
JR NZ,L2110 ; Loop until all spots blanked
RET ; Return
;----------------------------------------------------
; Begin Keyboard Test
;----------------------------------------------------
L211A: LD DE,00592h ; Programmable Timer = 592h
CALL L21A7 ; Set Programmable Timer
LD HL,0BE0Bh ; Get Keyboard buffer
L2123: CALL L21B3 ; Check if Programmable Timer expired
JR NZ,L2146 ; Timer expired so end test
BIT 0,(HL) ; Has a key been pressed?
JR Z,L2123 ; No, so just loop
;----------------------------------------------------
; Key has been pressed
;----------------------------------------------------
LD A,(0BE0Ah) ; Get Keyboard Character
RES 0,(HL) ; Clear keypress buffer
BIT 7,A ; Test if Character is Function Key
JR Z,L2141 ; No, so jump ahead
AND 003h ; AND Key with 3 (0-3)
ADD A,001h ; Add 1 to Key (Function Keys1-4)
LD E,A ; DE = Address of Key Speech
LD D,000h ; Get word (key)
CALL L13C6 ; Call Speech Routine (word)
JR L2123 ; Continue Test
L2141: CALL L19B0 ;
JR L2123 ; Continue Test
;----------------------------------------------------
; 2 minute Timer expired, End Test
;----------------------------------------------------
L2146: CALL L2180 ; Reset Scoreboard to zero
RET ; End of Test
;----------------------------------------------------
; Begin Communications Link Test
;----------------------------------------------------
L214A: LD DE,0005Dh ; Load "M" key
CALL L2163 ; Check for "M" keypress
RET ; Return
;----------------------------------------------------
; Begin Monitor Test
;----------------------------------------------------
L2151: LD DE,0005Dh ; Load "M" key?
CALL L2163 ; Check for "M" keypress
LD DE,(0C011h) ; Get Frame Number, Underwater
CALL L1C57 ; PAUSE on Frame Number
L215E: CALL L216C ; Check Diagnostic Mode DIP
JR L215E ; Wait until Diagnostic Mode switched off
;----------------------------------------------------
; Programmable Timer
; DE = Programmable Timer value
;----------------------------------------------------
L2163: CALL L21A7 ; Set Programmable Timer
L2166: CALL L21B3 ; Check if Programmable Timer expired
JR Z,L2166 ; Loop until Timer expires
RET ; Timer expired, so return
;----------------------------------------------------
; Check Diagnostic Mode DIP
;----------------------------------------------------
L216C: IN A,(0F1h) ; GetDIP Switch B
BIT 0,A ; Test B1, Diagnostic Mode
JR Z,L2178 ; Diagnostic Mode set, so skip ahead
CALL L2180 ; Reset Scoreboard to zero
JP L0000 ; RESET Program
L2178: CALL L1FD3 ; Check Keyboard for "M" pressed
RET NC ; "M" not pressed so return
POP HL ; Restore HL Register
JP L1FEE ; Jump Diagnostics MENU MODE
;----------------------------------------------------
; Reset Scoreboard to Zero
;----------------------------------------------------
L2180: XOR A ; A = 00h
LD (0BE0Dh),A ; Store 0 in credits
LD (0BE0Eh),A ; Store 0 in credits
CALL L210C ; Blank out Scoreboard
RET ; Return
;----------------------------------------------------
; Loop unit Diagnostic Mode DIP switched OFF
;----------------------------------------------------
L218B: CALL L216C ; Check Diagnostic Mode DIP
JR L218B ; Just keep looping
;----------------------------------------------------
; Check Keyboard for a valid Keypress
; A = Character, Z = Set, Z = Clear
;----------------------------------------------------
L2190: PUSH BC ; Save BC Register
PUSH DE ; Save DE Register
PUSH HL ; Save HL Register
PUSH IY ; Save IY Register
LD HL,0BE0Bh ; Check Keyboard Buffer
BIT 0,(HL) ; Check for keypress
SCF ; Carry = set, no keypress
JR Z,L21A1 ; No keypress, so leave routine
LD A,(0BE0Ah) ; Get Keyboard Character
OR A ; Z = Clear
L21A1: POP IY ; Restore IY Register
POP HL ; Restore HL Register
POP DE ; Restore DE Register
POP BC ; Restore BC Register
RET ; Return
;----------------------------------------------------
; Start Programmable Timer
;----------------------------------------------------
; DE = Timer Start Value
;----------------------------------------------------
L21A7: PUSH HL ; Save HL Register
LD HL,0BE07h ; Get Programmable Timer Register
LD (HL),001h ; Start Programmable Timer
INC HL ; Point to Timer
LD (HL),E ; Load Value into Programmable Timer
INC HL ; Point to Timer
LD (HL),D ; Load Value into Programmable Timer
POP HL ; Restore HL Register
RET ; Return
;----------------------------------------------------
; Check if Timer expired
; Z = 0, still running
; Z = 1, expired
;----------------------------------------------------
L21B3: PUSH HL ; Save HL Register
LD HL,0BE07h ; Check Programmable Timer Register
BIT 1,(HL) ; Is Timer still running?
JR Z,L21BF ; Yes, return Z=0, skip ahead
RES 1,(HL) ; Clear Timer
OR 0FFh ; return Z=1, Timer expired
L21BF: POP HL ; Restore HL Register
RET ; Return
;----------------------------------------------------
; Command Speech Chip to speak buffer
;----------------------------------------------------
L21C1: PUSH IY ; Save IY Register
PUSH HL ; Save HL Register
PUSH DE ; Save DE Register
PUSH BC ; Save BC Register
CALL L225B ; Replace string shortcuts in Speech Buffer
CALL L230D ; Remove invalid characters in Speech Buffer
;----------------------------------------------------
; Make a copy of the Speech Buffer (A000 -> A500)
;----------------------------------------------------
LD HL,0A000h ; Source = A000
LD DE,0A500h ; Destination = A500
LD BC,00100h ; Number of bytes to copy
LDIR ; Copy all bytes
;----------------------------------------------------
; Do Inflection and Character Classification (A100,A200)
;----------------------------------------------------
LD A,(0A614h) ; Get number of characters in Speech buffer
LD (0A6D3h),A ; Save number of characters
LD HL,0A000h ; Get pointer to Speech buffer
LD (0A604h),HL ; Save pointer to Speech buffer
CALL L25A2 ; Get Inflection Control Codes (A100)
CALL L267A ; Classify all characters VOWEL,CONST.,etc. (A200)
;----------------------------------------------------
; Setup loop in order to perform Phonetic Rules
;----------------------------------------------------
LD HL,0A400h ; HL = Phoneme pointer to A400
LD (0A608h),HL ; Save A400 Phoneme pointer
SUB A ; A = 0
LD (0A615h),A ; Reset number of characters processed
;----------------------------------------------------
; Check if all speech characters have rules checked
;----------------------------------------------------
L21F3: LD HL,0A615h ; Point to number of characters processed
LD A,(0A614h) ; Get number of characters in Speech buffer
LD C,(HL) ; Get number of characters processed
CP C ; Have we processed all characters?
JR Z,L2238 ; No, process last character
JR NC,L2238 ; More characters to process so skip ahead
;----------------------------------------------------
; Apply voice characteristics
;----------------------------------------------------
CALL L26CD ; Apply voice characteristics
;----------------------------------------------------
; Prepare Speech Chip for speaking of Phonemes
;----------------------------------------------------
LD HL,0A000h ; Message Pointer = A000h
LD (0A60Ah),HL ; Store pointer of Message
DI ; Disable Interrupts
;----------------------------------------------------
; Request interrupt from Speech Chip
;----------------------------------------------------
LD A,080h ; Raise Control bit in Register3
OUT (003h),A ; Send to register3
LD A,0C0h ; Set phoneme to PAUSE
OUT (000h),A ; Send to register0
LD A,07Fh ; Lower Control bit in Register3
OUT (003h),A ; Send to register3
;----------------------------------------------------
; Send data packet to Speech Chip
;----------------------------------------------------
LD HL,(0A60Ah) ; Buffer Pointer = A000,A100,A200,...
LD C,004h ; Output to Speech Registers 4,3,2,1,0
LD B,005h ; Loop = 5 registers
L221C: LD A,(HL) ; Get init code from buffer
OUT (C),A ; Send value to register
INC H ; Next locatoin (A000,A100,A200,...)
DEC C ; Next register (port)
DJNZ L221C ; Loop until all registers are written
EI ; Enable Interrupts
;----------------------------------------------------
; Wait here until interrupt routine sends this
; data packet to the Speech Chip
;----------------------------------------------------
L2224: LD A,(0A60Ah) ; Get number of characters spoken
LD C,A ; C = Number of characters spoken
LD A,(0A608h) ; Get number of codes in buffer (A400)
SUB C ; Has entire buffer been spoken?
JR C,L2232 ; Buffer has been spoken, so skip ahead
JR Z,L2232 ; Buffer has been spoken, so skip ahead
JR L2224 ; Loop until entire buffer is spoken
;----------------------------------------------------
; Speech complete, restore registers and return
;----------------------------------------------------
L2232: POP BC ; Restore BC Register
POP DE ; Restore DE Register
POP HL ; Restore HL Register
POP IY ; Restore IY Register
RET ; Return
;----------------------------------------------------
; Process Speech buffer before sending it out
;----------------------------------------------------
; C = Character spot being processed
;----------------------------------------------------
; Insert A100 Inflection Code into A400
;----------------------------------------------------
L2238: LD B,000h ; BC = Character spot being checked
LD HL,0A100h ; Point to A100 inflection codes
ADD HL,BC ; Index into A100 codes
LD A,(HL) ; Get A100 Inflection Code
OR A ; Is there an inflection code?
JR Z,L224A ; No, so skip ahead
LD HL,(0A608h) ; Get A400 Pointer
LD (HL),A ; Save control code at Control Code Index (A400)
INC HL ; Point to next A400 locaton
LD (0A608h),HL ; Save Control Code Pointer
;----------------------------------------------------
; Check for Phoneme Rules
;----------------------------------------------------
L224A: LD HL,0A000h ; Point to A000 text
ADD HL,BC ; Index into A000 text
LD A,(HL) ; Get character
SUB 020h ; Does character follow Rules (32-96)?
JP NC,L2335 ; Yes, so apply Rules
LD HL,0A615h ; Get number of characters processed
INC (HL) ; Increment number of speech characters processed
JP L21F3 ; Loop back until all speech characters processed
;----------------------------------------------------
; Check for string shortcuts (*,$,%,#,n) in Speech Buffer
;----------------------------------------------------
L225B: LD A,(0A64Ah) ; Get Length of Player's Name
LD C,A ; C = Length of Player's Name
LD A,(0A614h) ; Get number of characters in Speech Buffer
INC A ; Add one character
LD B,A ; B = Number of characters + 1
;----------------------------------------------------
; Check if buffer has enough room for name
;----------------------------------------------------
ADD A,C ; Is there room for Player's Name?
RET C ; Too many characters in buffer, so return
ADD A,014h ; Is there room for a SPACE between words (20 chars)?
RET C ; Too many characters in buffer, so return
;----------------------------------------------------
; Search buffer for string shortcuts (*,$,%,#,n)
;----------------------------------------------------
LD HL,0A000h ; HL = Start of Speech Buffer
L226C: LD A,02Ah ; Check for Name shortcut (*)
CP (HL) ; Is Name shortcut in Speech Buffer?
JR Z,L2289 ; Yes, so speak Name
LD A,024h ; Check for Name shortcut ($)
CP (HL) ; Is Name shortcut in Speech Buffer?
JR Z,L2289 ; Yes, so speak Name
LD A,025h ; Check for Name shortcut (%)
CP (HL) ; Is Name shortcut in Speech Buffer?
JR Z,L2289 ; Yes, so speak Name
LD A,023h ; Check for Name shortcut (#)
CP (HL) ; Is Name shortcut in Speech Buffer?
JR Z,L2289 ; Yes, so speak Name
LD A,06Eh ; Check for Name shortcut (n)
CP (HL) ; Is Name shortcut in Speech Buffer?
JR Z,L2289 ; Yes, so speak Name
INC HL ; Check next buffer character
DJNZ L226C ; Loop until whole buffer is checked
RET ; Name shortcuts not found so return
;----------------------------------------------------
; Replace shortcut with String
;----------------------------------------------------
; Save first part of Speech Buffer temporarily
;----------------------------------------------------
L2289: LD C,L ; BC = Spot where name occurs in buffer
LD B,000h ; Copy up until occurance
LD HL,0A000h ; Source = A000
LD DE,0A400h ; Destination = A400
LDIR ; Copy all bytes
;----------------------------------------------------
; Insert replacement string into temp buffer
;----------------------------------------------------
LD A,(0A614h) ; A = Number of characters in Speech Buffer
SUB L ; Subtract where name occurs in buffer
LD C,A ; BC = Number of characters after name
INC HL ; Source HL = Start of remaining characters
PUSH HL ; Save copy source
PUSH BC ; Save copy number of characters
CALL L22B7 ; Setup string to replace shortcut with
JR C,L22A3 ; Do not copy string, just skip ahead
LDIR ; Copy Replacement String into buffer
;----------------------------------------------------
; Save last part of Speech Buffer temporarily
;----------------------------------------------------
L22A3: POP BC ; Restore number of characters to copy
POP HL ; Restore source to copy from
LDIR ; Restore characters after occurance
;----------------------------------------------------
; Restore whole Speech Buffer
;----------------------------------------------------
LD C,E ; BC = Total number of characters to copy back
LD HL,0A400h ; Source = A400
LD DE,0A000h ; Destination = A000
LDIR ; Copy all bytes back
LD A,E ; A = number of characters in buffer
DEC A ; Subtract 1 character
LD (0A614h),A ; Save new Speech Buffer size
JR L225B ; Continue to check Speech Buffer
;----------------------------------------------------
; Check what to replace shortcut with
;----------------------------------------------------
; (#) = Player's Full Name
; (*) = Player's First Name
; ($) = First Name -or- Full Name
; (%) = First Name -or- nothing
; (n) = Score
;----------------------------------------------------
L22B7: DEC HL ; Point to shortcut
LD A,(HL) ; Get shortcut character
CP 023h ; Is it Player's Full Name (#)?
JR Z,L22E8 ; Yes, so replace shortcut with Player's full name
CP 024h ; Is it Player's First name/Full name ($)?
JR Z,L22D2 ; Yes, so replace shortcut with Player's First name/Full name
CP 06Eh ; Is it Score (n)?
JR Z,L22F5 ; Yes, so replace shortcut with Score
CP 02Ah ; Is it Player's first name (*)?
SCF ; Set flag for just the first name
JR Z,L22D2 ; Yes, so replace shortcut with Player's first name
LD A,R ; (%) First name or nothing, so get Random Number
AND 008h ; Check heads or tails
JR Z,L22D2 ; Tails so speak first name
SCF ; Speak nothing, disable string copy
RET ; Return and continue copying characters
;----------------------------------------------------
; Replace shortcut with Player's First name or Full name
;----------------------------------------------------
L22D2: LD HL,0A68Bh ; Point to length of Player's first name
LD A,(HL) ; Get length of Player's first name
LD C,A ; C = number of characters in first name
LD B,000h ; BC = number of characters in first name
INC HL ; HL = Pointer to Player's first name
JR NC,L22DF ; Do First name or Full name ($)
OR A ; Check length of first name
JR NZ,L22F3 ; First name length fine so continue with copy
;----------------------------------------------------
; Randomly choose to use the First name or Full name
;----------------------------------------------------
L22DF: OR A ; Check length of first name
JR Z,L22E8 ; First name missing so must use full name
LD A,R ; Get random number
AND 010h ; Check heads or tails
JR Z,L22F3 ; If heads, then skip ahead and speak first name
;----------------------------------------------------
; Replace shortcut with Player's Full name
;----------------------------------------------------
L22E8: LD HL,0A64Ah ; Get Length of Player's Full Name
LD A,(HL) ; Get length of name
LD C,A ; BC = length of name
INC HL ; HL = Pointer to Player's Name
OR A ; Check if player name length is zero
JR NZ,L22F3 ; Name is not zero so do copy
;----------------------------------------------------
; Return but don't copy string
;----------------------------------------------------
SCF ; Disable string copy
RET ; Return
;----------------------------------------------------
; Return and copy string
;----------------------------------------------------
L22F3: OR A ; Enable string copy
RET ; Return
;----------------------------------------------------
; Replace shortcut with Score
;----------------------------------------------------
L22F5: LD (0A641h),DE ; Save end of Speech Buffer
LD A,E ; A = Number of characters pointing to
DEC A ; Subtract shortcut character
LD (0A614h),A ; Store new number of characters in buffer
LD HL,0A6D0h ; HL = Speakable Number (n)
PUSH DE ; Save Speech Buffer Pointer
CALL L146F ; Copy Score (n)
POP DE ; Restore Speech Buffer Pointer
RET C ; Return if buffer overflow
LD DE,(0A641h) ; Add characters to speech buffer
SCF ; Disable copy because it's been done
RET ; Return and continue buffer copy
;----------------------------------------------------
; Remove invalid characters in Speech Buffer
;----------------------------------------------------
; Valid ranges: "0"-"9" 30h-3Ah
; "A"-"Z" 41h-5Bh
;----------------------------------------------------
L230D: LD HL,(0A614h) ; L = Number of characters in Speech Buffer
LD H,0A0h ; HL = Pointer to the end of Speech Buffer
LD E,(HL) ; E = last character in buffer (EOB)
L2313: DEC L ; Check next character
RET Z ; All characters checked so return
LD A,(HL) ; Get character from buffer
CP 030h ; Is character > (0)?
JR C,L2313 ; No, continue checking buffer
CP 03Ah ; Is character < (9+)?
JR C,L2326 ; Yes, so delete previous invalid character
CP 041h ; Is character > (A)?
JR C,L2313 ; No, so continue checking buffer
CP 05Bh ; Is character < (Z+)?
JR NC,L2313 ; No, so continue checking buffer
;----------------------------------------------------
; Delete all characters up to the first valid character
;----------------------------------------------------
L2326: LD A,(0A614h) ; A = Number of Characters in buffer
SUB L ; Subtract valid character location
DEC A ; Then subtract 1
RET Z ; Return if there was one trailing invalid character
RET C ; Return if there are no trailing invalid characters
INC L ; Point to character after last valid character
LD (HL),E ; Restore final buffer character (EOB)
LD A,L ; Get length of buffer
INC A ; Add the last character
LD (0A614h),A ; Save new number of characters in buffer
RET ; Return
;----------------------------------------------------
; Apply Rules to Speech
;----------------------------------------------------
; Find corresponding Rule in Rule Table, and
; then put the corresponding codes into A400 for
; output to the speech chip.
;
; example: DISK matches
; (DIS)=25h,07h,30h (K)=29h,ADh,C0h
;----------------------------------------------------
; A = A000 Letter (1-64 subtracted 32)
;----------------------------------------------------
L2335: ADD A,A ; A = 2 * Number
LD C,A ; Put number into BC
LD B,000h ; BC = Phoneme number
LD HL,029F2h ; Start of Phoneme Table
ADD HL,BC ; Index to correct Phoneme Bank
;----------------------------------------------------
; Setup Rules Table pointers
; A612-A613 Start of entry
; A606 Start of equation
; A640 Length of entry
; A616 ?
; A61E ?
;----------------------------------------------------
LD C,(HL) ; Get Rule Table index
INC HL ; Next byte
LD B,(HL) ; Get Rule Table index
LD (0A612h),BC ; Save Rule Table starting location
INC BC ; Start of Phonetic Rule
LD (0A606h),BC ; Save Phonetic Rule start
LD HL,(0A612h) ; Point to rule length
LD A,(HL) ; Get rule length
LD (0A640h),A ; Save length of first Rule
SUB A ; A = 0
LD (0A616h),A ; Clear number of characters to the left
LD (0A61Eh),A ; Clear A61E
;----------------------------------------------------
; Reset to check Phonetic Rule
;----------------------------------------------------
L2357: LD A,(0A615h) ; Get current speech characters being processed
LD (0A617h),A ; Save this pointer so we can access A200 codes
LD A,001h ; A = +1
LD (0A618h),A ; Initially set Marker
LD (0A61Dh),A ; Set X_Adder = +1
DEC A ; A = 0
LD (0A61Ah),A ; Clear Left Parenthesis
LD (0A619h),A ; Clear Right Parenthesis
LD (0A61Bh),A ; Clear (character) count
DEC A ; A = -1
LD (0A61Ch),A ; Set Z_Adder to -1
CALL L254E ; Skip to next Phoneme Entry
;----------------------------------------------------
; Process the Phonetic Rule
;----------------------------------------------------
L2376: LD A,(0A616h) ; Get Rule index
LD C,A ; BC = Rule index
LD B,000h ; BC = Rule index
LD HL,(0A606h) ; Get Phonetic Rule pointer
ADD HL,BC ; Add index to next character
LD A,(HL) ; Get character
;----------------------------------------------------
; Check rule for control symbols !+#. :=()
;----------------------------------------------------
CP 021h ; Character = "!"?
JR Z,L23A8 ; Yes, jump ahead
CP 02Bh ; Character = "+"?
JR Z,L23AB ; Yes, jump ahead
CP 023h ; Character = "#"?
JR Z,L23AE ; Yes, jump ahead
CP 02Eh ; Character = "."?
JR Z,L23B1 ; Yes, jump ahead
CP 05Eh ; Character = " "?
JR Z,L23B4 ; Yes, jump ahead
CP 03Ah ; Character = ":"?
JR Z,L23B7 ; Yes, jump ahead
CP 03Dh ; Character = "="?
JR Z,L23BA ; Yes, jump ahead
CP 028h ; Character = "("?
JR Z,L23BD ; Yes, jump ahead
CP 029h ; Character = ")"?
JR Z,L23C0 ; Yes, jump ahead
JP L24D5 ; Any other characters
;----------------------------------------------------
; Jump ahead depending on the symbol
;----------------------------------------------------
L23A8: JP L23C3 ; "!"
L23AB: JP L23D1 ; "+"
L23AE: JP L23DF ; "#"
L23B1: JP L2417 ; "."
L23B4: JP L2425 ; " "
L23B7: JP L2437 ; ":"
L23BA: JP L2466 ; "="
L23BD: JP L24B5 ; "("
L23C0: JP L24C9 ; ")"
;----------------------------------------------------
; Control Symbol "!" (non-alphabetic)
;----------------------------------------------------
L23C3: CALL L2583 ; Get Character classification symbol (A200)
CP 021h ; Check for non-alphabetic character
JR Z,L23CE ; Yes, symbol match
SUB A ; A = 0
LD (0A618h),A ; Clear Marker
L23CE: JP L24F4 ; Do Phonetic Rule match check
;----------------------------------------------------
; Control Symbol "+" (Vowel EIY only)
;----------------------------------------------------
L23D1: CALL L2583 ; Get Character classification symbol (A200)
CP 02Bh ; Check for vowel "+" (E,I,Y)
JR Z,L23DC ; Yes, symbol match
SUB A ; A = 0
LD (0A618h),A ; Clear Marker
L23DC: JP L24F4 ; Do Phonetic Rule match check
;----------------------------------------------------
; Control Symbol "#" (Any Vowel)
;----------------------------------------------------
L23DF: SUB A ; A = 0
LD (0A618h),A ; Clear Match Check
L23E3: CALL L2583 ; Get Character classification symbol (A200)
CP 023h ; Check for a vowel "#" (Vowel)
JR Z,L23FF ; Yes, symbol match
CP 02Bh ; Check for vowel "+" (E,I,Y)
JR Z,L23FF ; Yes, symbol match
LD A,(0A617h) ;
OR A ;
JR Z,L23FC ;
LD B,A ;
LD A,(0A61Dh) ; Get X_Adder direction (+1 or -1)
ADD A,B ;
LD (0A617h),A ;
L23FC: JP L24F4 ; Do Phonetic Rule match check
;----------------------------------------------------
; Vowel was found, so set marker
;----------------------------------------------------
L23FF: LD A,001h ; A = 1
LD (0A618h),A ; Set Match Check
LD A,(0A617h) ;
OR A ;
JR Z,L23FC ;
LD B,A ;
LD A,(0A61Ch) ; Get Z_Adder direction (+1 or -1)
ADD A,B ; Add/subtract 1
LD (0A617h),A ;
OR A ;
JR NZ,L23E3 ; No, recheck A200 codes
JR Z,L23FC ;
;----------------------------------------------------
; Handle phoneme equation characters "."
;----------------------------------------------------
L2417: CALL L2583 ; Get Character classification symbol (A200)
CP 02Eh ; Is A200 code = "."?
JR Z,L2422
SUB A ; A = 0
LD (0A618h),A ; Clear Marker
L2422: JP L24F4 ; Do Phonetic Rule match check
;----------------------------------------------------
; Handle phoneme equation characters " "
;----------------------------------------------------
L2425: CALL L2583 ; Get Character classification symbol (A200)
CP 05Eh
JR Z,L2434
CP 02Eh
JR Z,L2434
SUB A ; A = 0
LD (0A618h),A ; Clear Marker
L2434: JP L24F4 ; Do Phonetic Rule match check
;----------------------------------------------------
; Handle phoneme equation characters ":"
;----------------------------------------------------
L2437: CALL L2583 ; Get Character classification symbol (A200)
CP 05Eh
JR Z,L2453
CP 02Eh
JR Z,L2453
LD A,(0A617h)
OR A
JR Z,L2450
LD B,A
LD A,(0A61Dh) ; Get X_Adder direction (+1 or -1)
ADD A,B ; Add/subtract 1
LD (0A617h),A ;
L2450: JP L24F4 ; Do Phonetic Rule match check
L2453: LD A,(0A617h)
OR A
JR Z,L2450
LD B,A
LD A,(0A61Ch) ; Get Z_Adder direction (+1 or -1)
ADD A,B ; Add/subtract 1
LD (0A617h),A
OR A
JR NZ,L2437
JR Z,L2450
;----------------------------------------------------
; Handle phoneme equation characters "="
;----------------------------------------------------
; If we match all the way up to the equals sign
; then we have a complete match, now substitute
; the phoneme codes for the matching text.
;----------------------------------------------------
L2466: LD A,(0A61Ah)
OR A
JR NZ,L2470
LD HL,0A61Bh ; Number of characters in parenthesis
INC (HL) ; Increment character count
L2470: LD A,(0A61Bh) ; Get number of characters in parenthesis
LD B,A ; B = Number of characters in parenthesis
LD A,(0A615h)
ADD A,B
LD (0A615h),A
;----------------------------------------------------
; Replace text with phoneme codes
;----------------------------------------------------
L247B: LD A,(0A616h) ; Get phoneme character number
INC A ; Point to next character
LD (0A616h),A ; Save phoneme character number
OR A
JR NZ,L2489
LD HL,0A607h
INC (HL)
;----------------------------------------------------
; Copy codes to A400
;----------------------------------------------------
L2489: LD A,(0A616h) ; Get phoneme character number
LD C,A ;
LD B,000h ;
LD HL,(0A606h) ; Get start of phoneme codes
ADD HL,BC ; Index to spot after equals sign
PUSH HL ; Save start of phoneme replacement codes
POP DE ; DE = start of phoneme replacement codes
PUSH DE ; Save start of phoneme replacement codes
LD HL,(0A612h) ; Get pointer to Phoneme Bank
LD A,(0A640h) ; Get length of first Entry
LD C,A ; Prepare to skip entry
ADD HL,BC ; Set index to skip to next Phoneme Entry in Bank
EX DE,HL
AND A ;
SBC HL,DE ; Have we copied all phoneme codes?
JR NC,L24B1 ; All codes copied, leave phoneme routine
POP HL ;
LD A,(HL) ; Get phoneme replacement code
LD HL,(0A608h) ; Get A400 pointer
LD (HL),A ; Save replacement code
INC HL ; Point to next location
LD (0A608h),HL ; Save A400 pointer
JP L247B ; Get next phoneme replacement code
L24B1: POP HL ;
JP L21F3 ; Loop back until all speech characters processed
;----------------------------------------------------
; Handle Characters "("
;----------------------------------------------------
L24B5: LD A,001h ; Set Flag
LD (0A61Ah),A ; Mark Left Parenthesis Mode
LD (0A61Ch),A ; Z_Adder = +1
DEC A ; A = 0
DEC A ; A = -1
LD (0A61Dh),A ; X_Adder = -1
LD HL,0A616h ; Character Pointer in phoneme equation
INC (HL) ; Point to next character in phoneme equation
JP L2376 ; Check next phoneme character
;----------------------------------------------------
; Handle Characters ")"
;----------------------------------------------------
L24C9: LD A,001h ; Set Flag
LD (0A619h),A ; Mark Right Parenthesis
LD HL,0A616h ; Character Pointer in Phoneme equation
INC (HL) ; Point to next character in phoneme equation
JP L2376 ; Check next phoneme character
;----------------------------------------------------
; Handle all other characters
; Check if phoneme equation matches letter code
;----------------------------------------------------
L24D5: CALL L2583 ; Get A200 Code for current character
LD A,(0A617h) ; Get current speech buffer pointer
LD C,A ; C = index
LD B,000h ; BC = index
LD HL,(0A604h) ;
ADD HL,BC ;
LD A,(HL) ;
LD D,A ; Check A000 character
LD A,(0A616h) ;
LD C,A ;
LD HL,(0A606h) ; Get Phoneme Equation pointer
ADD HL,BC ;
LD A,(HL) ; Get phoneme character from table
CP D ; Do phoneme characters match text characters?
JR Z,L24F4 ; Yes, match found skip ahead
SUB A ; A = 0
LD (0A618h),A ; Clear Match Check
;----------------------------------------------------
; Phonetic Rule match check
;----------------------------------------------------
L24F4: LD A,(0A618h) ; Get Match Check
OR A ; Was there a match?
JR Z,L2534 ; No match found, skip to next Rule
;----------------------------------------------------
; Phonetic Rule match found
;----------------------------------------------------
LD A,(0A616h) ; Number of characters to match
OR A ; Have you matched any characters?
JR NZ,L2519 ; Yes, keep checking
;----------------------------------------------------
; NO MATCH
;----------------------------------------------------
; Reset Pointers
;----------------------------------------------------
LD A,(0A61Eh) ; Get previous start of Phonetic Rule
LD (0A616h),A ; Reset rule character number
LD A,(0A615h) ; Get previous speech buffer pointer
LD (0A617h),A ; Reset speech buffer pointer
;----------------------------------------------------
; Reset directionals
;----------------------------------------------------
LD A,001h ; A = 1
LD (0A61Ch),A ; Z_Adder = +1
DEC A ; A = 0
DEC A ; A = -1
LD (0A61Dh),A ; X_Adder = -1
JP L2531 ; Loop back
;----------------------------------------------------
; A = phoneme characters to skip
;----------------------------------------------------
L2519: LD C,A
LD B,000h
LD A,(0A61Ch) ; Get Z_Adder direction (+1 or -1)
ADD A,C ; Increment/decrement number of characters that matched
LD (0A616h),A
LD A,(0A617h)
OR A
JR Z,L2531
LD C,A
LD A,(0A61Ch) ; Get Z_Adder direction (+1 or -1)
ADD A,C
LD (0A617h),A
;----------------------------------------------------
;
;----------------------------------------------------
L2531: JP L2376 ; Check next phoneme character
;----------------------------------------------------
; No match found skip to next phoneme entry
;----------------------------------------------------
L2534: LD HL,(0A612h) ; Get phoneme entry start
LD A,(HL) ; Get length of entry
LD E,A ; DE = number of characters to skip
LD D,000h ; Setup to skip DE characters
ADD HL,DE ; Skip to next entry
LD (0A612h),HL ; Save new entry location
LD A,(HL) ; Get length of phoneme entry
LD (0A640h),A ; Save length of entry
INC HL ; Point to start of phoneme entry
LD (0A606h),HL ; Save start pointer
SUB A ; A = 0
LD (0A616h),A ; Reset back to first phoneme character
JP L2357 ; Skip to next Phoneme entry
;----------------------------------------------------
; Skip to the next/prev Phoneme Entry
;----------------------------------------------------
; Skip all characters up until "=" or "("
;----------------------------------------------------
L254E: LD HL,(0A606h) ; Get Phoneme Equation pointer
LD E,000h ; Set counter to zero
L2553: LD A,(HL) ; Get Phoneme equation character
CP 028h ; Have we found a new entry"("?
JR Z,L2562 ; Yes, so stop counting
CP 03Dh ; Is it equals sign "="?
JR Z,L2562 ; Yes, so stop counting
INC E ; Increment characters skipped
INC HL ; Point to next character
LD A,E ; Check character count
OR A ; More than 255 characters?
JR NZ,L2553 ; No, so keep counting
;----------------------------------------------------
; Next Phoneme entry found, update index
;----------------------------------------------------
L2562: LD A,E ; Get number characters skipped
LD (0A616h),A ; Update number of characters
LD (0A61Eh),A ; Save copy of number of characters
OR A ; Are there any characters?
JR Z,L2582 ; No characters so just return
;----------------------------------------------------
; Check number of entries scanned
;----------------------------------------------------
LD C,A ; C = number of characters
LD A,(0A61Ch) ; Get Z_Adder direction (+1 or -1)
ADD A,C ; Add/subtract 1
LD (0A616h),A ; Save start of new entry
LD A,(0A617h) ; Get character total
OR A ; Are there any characters?
JR Z,L2582 ; No, so just return
LD C,A ; C = total characters
LD A,(0A61Ch) ; Get Z_Adder direction (+1 or -1)
ADD A,C ; Add/subtract 1
LD (0A617h),A ; Save total
L2582: RET ; Return
;----------------------------------------------------
; Get Character classification symbol (A200)
;----------------------------------------------------
; Return A = Classification Symbol (!#+? .)
;----------------------------------------------------
L2583: LD A,(0A61Ah) ; Check for left Parenthesis
OR A ; Are we in left parenthesis?
JR Z,L2596 ; No, so skip ahead
LD A,(0A619h) ; Check for right parenthesis
OR A ; Have we closed right parenthesis?
JR NZ,L2596 ; Yes, so skip ahead
;----------------------------------------------------
; Count number of characters inside parenthesis
;----------------------------------------------------
LD A,(0A61Bh) ; Get (character) count
INC A ; Increment count
LD (0A61Bh),A ; Save (character) count
;----------------------------------------------------
; Get A200 Classification Symbol
;----------------------------------------------------
L2596: LD A,(0A617h) ; Get current speech buffer pointer
LD C,A ; C = index
LD B,000h ; BC = index
LD HL,0A200h ; Point to A200 table
ADD HL,BC ; Index into A200 table
LD A,(HL) ; Get A200 code
RET ; Return
;----------------------------------------------------
; Process Speech for Inflection
;----------------------------------------------------
; (A6D3) Number of characters in Speech Buffer
; (A604-A605) Pointer to start of Speech Buffer A000
;----------------------------------------------------
; Insert Voice Control Codes (A100) based on
; sentence inflection and punctuation.
; CHAR CODE
; ------- ----
; "!" F9h, 1001, 1
; ",;:" FAh, 1010, 2
; ".?" FBh, 1011, 3
; "/" FCh, 1100, 4
; FFh 1111, OFF
;----------------------------------------------------
L25A2: SUB A ; A = 0
LD BC,00000h ; Clear counter
LD (0A620h),A ; Clear Backslash Flag
LD (0A621h),A ; Clear Question Flag
LD HL,(0A604h) ; Pointer to Speech Buffer
L25AF: LD E,(HL) ; E = Character from Speech Buffer
LD A,(0A621h) ; Get Question Flag
OR A ; Are we asking a question already?
JR Z,L25BA ; No, so check for "WH" occurance
LD A,E ; Get character
JP L25CF ; Skip ahead and check for punctuation
;----------------------------------------------------
; Check if questions starts with "WH"
; ie. WHere, WHen, WHat, WHo
;----------------------------------------------------
L25BA: LD A,E ; A = Character
CP 057h ; Character = "W"?
JR NZ,L25CF ; No, so check for inflection
INC HL ; Point to next character
LD A,(HL) ; Get next character
CP 048h ; Character = "H"?
JR NZ,L25CC ; No, so skip ahead
LD A,(0A621h) ; Get Question Flag
INC A ; Increment Question Flag
LD (0A621h),A ; Save Question Flag
L25CC: LD A,057h ; Character = "W"
DEC HL ; Point back to first character
;----------------------------------------------------
; Check for inflection identifiers
;----------------------------------------------------
L25CF: PUSH HL ; Save character pointer
CP 021h ; Is character = "!"?
JR Z,L25F5 ; Yes, so jump ahead
CP 02Ch ; Is character = ","?
JR Z,L2603 ; Yes, so jump ahead
CP 02Eh ; Is character = "."?
JR Z,L2611 ; Yes, so jump ahead
CP 02Fh ; Is character = "/"?
JR Z,L263D ; Yes, so jump ahead
CP 03Ah ; Is character = ":"?
JR Z,L2603 ; Yes, so jump ahead
CP 03Bh ; Is character = ";"?
JR Z,L2603 ; Yes, so jump ahead
CP 03Fh ; Is character = "?"?
JR Z,L261F ; Yes, so jump ahead
;----------------------------------------------------
; Not an inflection character
;----------------------------------------------------
LD E,A ; Save normal character
SUB A ; A = 0
LD (0A61Fh),A ; No Control Code
LD A,E ; Restore character
JP L264D ; Write inflection control code
;----------------------------------------------------
; Handle Character "!"
;----------------------------------------------------
L25F5: LD E,A ; Save character
LD A,0F9h ; A = Inflection Level 1
LD (0A61Fh),A ; Store Speech Control Code
SUB A ; A = 0
LD (0A620h),A ; Clear Backslash Flag
LD A,E ; Restore character
JP L264D ; Write inflection control code
;----------------------------------------------------
; Handle Characters ",;:"
;----------------------------------------------------
L2603: LD E,A ; Save character
LD A,0FAh ; A = Inflection Level 2
LD (0A61Fh),A ; Store Speech Control Code
SUB A ; A = 0
LD (0A620h),A ; Clear Backslash Flag
LD A,E ; Restore character
JP L264D ; Write inflection control code
;----------------------------------------------------
; Handle Character "."
;----------------------------------------------------
L2611: LD E,A ; Save character
LD A,0FBh ; A = Inflection Level 3
LD (0A61Fh),A ; Store Speech Control Code
SUB A ; A = 0
LD (0A620h),A ; Clear Backslash Flag
LD A,E ; Restore character
JP L264D ; Write inflection control code
;----------------------------------------------------
; Handle Character "?"
;----------------------------------------------------
L261F: LD E,A ; Save character
LD A,(0A621h) ; Get Question Flag
OR A ; Is a questions being asked?
JR Z,L262D ; No, so skip ahead
LD E,02Eh ; Change "?" to a "."
LD A,0FBh ; A = Inflection Level 3
JP L262F ; Skip ahead
L262D: LD A,0FFh ; A = Inflection Level Off
L262F: LD (0A61Fh),A ; Store Speech Control Code
SUB A ; A = 0
LD (0A620h),A ; Clear Backslash Flag
LD (0A621h),A ; Clear Question Flag
LD A,E ; Restore character
JP L264D ; Write inflection control code
;----------------------------------------------------
; Handle Character "/" inflection
;----------------------------------------------------
L263D: LD A,0FCh ; A = Inflection Level 4
LD HL,0A100h ; Point to A100 Voice Control codes
ADD HL,BC ; Index into buffer
LD (HL),A ; Save Voice Control Code
DEC BC ; Erase the backslash character
LD A,001h ; Note that backslash has been erased
LD (0A620h),A ; Set Backslash Flag
JP L2667 ; Continue checking buffer
;----------------------------------------------------
; Write Inflection Control Code into A000
;----------------------------------------------------
L264D: LD HL,0A000h ; Point to speech buffer
ADD HL,BC ; Index into buffer
LD (HL),A ; Save character
;----------------------------------------------------
; Skip A100 code if there was a backslash (/)
;----------------------------------------------------
LD A,(0A620h) ; Get Backslash Flag
OR A ; Was there a backslash (/)?
JR Z,L265F ; No, so record Voice Control Code
SUB A ; A = 0
LD (0A620h),A ; Clear Backslash Flag
JP L2667 ; Continue checking buffer
;----------------------------------------------------
; Store Voice Control Code at A100
;----------------------------------------------------
L265F: LD A,(0A61Fh) ; Get Speech Control Code
LD HL,0A100h ; Point to A100 control codes
ADD HL,BC ; Index into buffer
LD (HL),A ; Save Speech Control Code
;----------------------------------------------------
; Increment loop to check all speech characters
;----------------------------------------------------
L2667: INC BC ; Increment loop counter
POP HL ; Restore character pointer
INC HL ; Point to next character
LD A,(0A614h) ; Get length of buffer
CP L ; Are we at the end of the buffer?
JP NC,L25AF ; No, so loop back
JP Z,L25AF ; No, so loop back
;----------------------------------------------------
; Finished checking speech buffer
;----------------------------------------------------
DEC BC ; Decrement loop counter
LD A,C ; Get number of character
LD (0A614h),A ; Save number of characters in speech buffer
RET ; Return
;----------------------------------------------------
; Get Classification Symbol for all characters (A200)
;----------------------------------------------------
; (A604-A605) Pointer to start of Speech Buffer
;----------------------------------------------------
L267A: LD A,(0A614h) ; Get number of characters in Speech Buffer
LD E,A ; E = number of characters in buffer
LD D,000h ; DE = number of characters in buffer
LD C,A ; BC = number of characters in buffer
LD HL,(0A604h) ; Pointer to start of Speech Buffer
ADD HL,DE ; HL = Goto end of speech buffer
;----------------------------------------------------
; Make sure character is between "A"-"Z"
;----------------------------------------------------
L2685: PUSH HL ; Save pointer to Speech Buffer
PUSH DE ; Save loop counter
LD A,(HL) ; Get character from speech buffer
CP 041h ; Is character > "A"?
JR C,L26A7 ; No, so use default code
CP 05Bh ; Is character < "Z+"
JR NC,L26A7 ; No so use default code
;----------------------------------------------------
; Get Character Classification Symbol (A200)
;----------------------------------------------------
SUB 041h ; Get character number
LD E,A ; DE = Character number (1-26)
LD HL,L26B3 ; Point to Character Classification Table
ADD HL,DE ; Index into table
LD A,(HL) ; Get classification symbol from table
LD HL,0A200h ; Point to A200
POP DE ; Restore loop counter
ADD HL,BC ; Index into A200 area
LD (HL),A ; Save classification symbol
POP HL ; Restore pointer to Speech Buffer
;----------------------------------------------------
; Decrement loop and continue checking buffer
;----------------------------------------------------
L269F: DEC HL ; Point to next character in buffer
DEC C ; Decrement character count
LD A,C ; Get character count
CP 0FFh ; Is remaining character count at zero?
JR NZ,L2685 ; No, so loop back
RET ; Return
;----------------------------------------------------
; Store *out-of-range* Speech Control Code at A200
;----------------------------------------------------
L26A7: LD A,021h ; Default control code ("!")
LD HL,0A200h ; Point to A200 control codes
ADD HL,BC ; Index into A200 control area
LD (HL),A ; Save Speech Control Code
POP DE ; Restore loop count
POP HL ; Restore pointer to Speech Buffer
JP L269F ; Continue with loop
;----------------------------------------------------
; A200 Character Classification Symbols
;----------------------------------------------------
; (#) A,O,U
; (+) E,I,Y
; (.) B,D,G,J,L,M,N,R,V,W,Z
; ( ) C,F,H,K,P,Q,S,T,X
;----------------------------------------------------
L26B3: DB 023h ; "#" A
DB 02Eh ; "." B
DB 05Eh ; " " C
DB 02Eh ; "." D
DB 02Bh ; "+" E
DB 05Eh ; " " F
DB 02Eh ; "." G
DB 05Eh ; " " H
DB 02Bh ; "+" I
DB 02Eh ; "." J
DB 05Eh ; " " K
DB 02Eh ; "." L
DB 02Eh ; "." M
DB 02Eh ; "." N
DB 023h ; "#" O
DB 05Eh ; " " P
DB 05Eh ; " " Q
DB 02Eh ; "." R
DB 05Eh ; " " S
DB 05Eh ; " " T
DB 023h ; "#" U
DB 02Eh ; "." V
DB 02Eh ; "." W
DB 05Eh ; " " X
DB 02Bh ; "+" Y
DB 02Eh ; "." Z
;----------------------------------------------------
; Apply Voice Characteristics
;----------------------------------------------------
L26CD: LD HL,0A400h ; HL = A400
LD (0A60Eh),HL ; Reset Phoneme pointer
LD (0A610h),HL ; Reset Phoneme pointer
;----------------------------------------------------
; Erase Voice Variables (A622-A641)
;----------------------------------------------------
LD HL,0A622h ; Start of variables to clear
LD B,01Fh ; 31 bytes to erase
SUB A ; A = 0
L26DC: LD (HL),A ; Erase byte
INC HL ; Go to next byte
DJNZ L26DC ; Loop until all bytes erased
;----------------------------------------------------
; Setup Speech Rates (A200)
;----------------------------------------------------
LD A,(029EFh) ; Get default Speech Rate (09h)
ADD A,A ; Shift bits left (shift it to the upper nibble)
ADD A,A ; Shift bits left
ADD A,A ; Shift bits left
ADD A,A ; Shift bits left
OR 008h ; Add control bit to lower nibble (098h)
LD (0A630h),A ; Save Speech Rate Low (098h)
ADD A,010h ; Add 1 to rate, Speech Rate High (0A8h)
LD (0A62Ch),A ; Save Speech Rate High (0A8h) copy of A628
LD (0A628h),A ; Initialize Speech Rate to High (0A8h)
;----------------------------------------------------
; Setup Amplitude (Volume) (A300)
;----------------------------------------------------
LD A,(029F0h) ; Get default Amplitude (00Ch)
OR 060h ; Add control bit (06Ch)
LD (0A62Bh),A ; Save Amplitude Level Low
LD (0A627h),A ; Save Amplitude Level Low (copy)
ADD A,003h ; Add 3 to level, Amplitude Level High (06Fh)
LD (0A62Fh),A ; Save Amplitude Level High
;----------------------------------------------------
; Setup Filter Frequency (A000)
;---------------------------------------------------
LD A,(029F1h) ; Get default Filter Frequency Low (0E6h)
LD (0A62Ah),A ; Save Filter Frequency Low
LD (0A626h),A ; Save Filter Frequency Low (copy)
ADD A,001h ; Add 1 to value, Filter Frequency High
LD (0A62Eh),A ; Save Filter Frequency High (0E7h)
;----------------------------------------------------
; Setup Inflection Levels (A100)
;----------------------------------------------------
LD A,(029EEh) ; Get default Inflection Level pointer (008h)
LD E,A ; Setup index into Inflection Table
LD D,000h ; DE = Index into Inflection Table
LD HL,029CFh ; Get pointer to Inflection Table
ADD HL,DE ; Index into Table
LD A,(HL) ; Get Inflection Level (046h)
LD (0A622h),A ; Save Inflection Level 1 (046h)
ADD A,018h ; Add 018h for next level
LD (0A623h),A ; Save Inflection Level 2 (05Eh)
ADD A,018h ; Add 018h for next level
LD (0A624h),A ; Save Inflection Level 3 (076h)
ADD A,018h ; Add 018h for next level
LD (0A625h),A ; Save Inflection Level 4 (08Eh)
;----------------------------------------------------
; Setup Voice Characterizing Loop
;---------------------------------------------------
L272F: LD A,(0A639h) ; Get main loop (initially zero)
LD C,A ; C = Loop
LD E,A ; E = Loop
LD D,000h ; DE = Loop
LD HL,(0A610h) ; A400 pointer
ADD HL,DE ; Index into A400 table
;----------------------------------------------------
; Main Loop - Check for inflection change (FC)
;----------------------------------------------------
L273A: LD A,(HL) ; Get Voice control code (A400)
CP 0FCh ; Is there an inflection change?
JR NZ,L2750 ; No, so skip ahead
;----------------------------------------------------
; Increase inflection and amplitude
;----------------------------------------------------
LD A,(0A634h) ; Get voice volume
INC A ; Increase voice volume
LD (0A634h),A ; Save new voice volume
LD A,(0A63Bh) ; Get voice volume
INC A ; Increase voice volume
LD (0A63Bh),A ; Save new voice volume
JP L2754 ; Skip ahead and increase ?
;----------------------------------------------------
; Check for inflection change (F9)
;----------------------------------------------------
L2750: CP 0F9h
JR NC,L277C ; Process Equation Code
L2754: INC HL
INC C
EX DE,HL
LD HL,(0A608h)
LD A,E
CP L
JR C,L2761
JP L2765 ; Use Equation #2
L2761: EX DE,HL ; Next byte
JP L273A ; Loop back
;----------------------------------------------------
; Setup to use Equation #2
;----------------------------------------------------
L2765: INC HL ; Next byte (A400)
LD (0A608h),HL ; Save HL (A400)
LD A,0FBh ; Equation code FB = #2
JP L277C ; Process Equation Code
;----------------------------------------------------
; Set stuff then return
;----------------------------------------------------
L276E: LD A,(0A63Bh) ;
LD B,A ;
LD HL,(0A608h) ;
LD A,L ;
SUB B ;
LD L,A ;
LD (0A608h),HL ;
RET ; Process done, return to speech routine
;----------------------------------------------------
; Equation stuff
;----------------------------------------------------
; C = number?
; A = Equation code to use
; F9 Equation #
; FA Equation #
; FB Equation #2
;----------------------------------------------------
L277C: LD (0A63Ch),A ; Save Equation Code
LD A,C
LD (0A639h),A
LD A,(0A634h)
SRL A
CP 002h
JR C,L279E
LD A,(0A623h)
LD (0A62Dh),A
LD (0A632h),A
LD A,(0A625h)
LD (0A631h),A
JP L27AD
L279E: LD A,(0A623h)
LD (0A62Dh),A
LD (0A632h),A
LD A,(0A624h)
LD (0A631h),A
L27AD: LD A,(0A63Ch) ; Get Equation Code
CP 0F9h
JR Z,L27C3 ; Use equation #0
CP 0FAh
JR Z,L27CB ; Use equation #1
CP 0FBh
JR Z,L27D3 ; Use equation #2
CP 0FFh
JR Z,L27EB ; Use equation #3
JP L276E ; Finish up and return
;----------------------------------------------------
; Use Equation #0
;----------------------------------------------------
L27C3: LD E,000h ; Equation #0
CALL L299A ; Read equation
JP L27D8 ; Skip ahead
;----------------------------------------------------
; Use Equation #1
;----------------------------------------------------
L27CB: LD E,001h ; Equation #1
CALL L299A ; Read equation
JP L27D8 ; Skip ahead
;----------------------------------------------------
; Use Equation #2
;----------------------------------------------------
L27D3: LD E,002h ; Equation #2
CALL L299A ; Read equation
;----------------------------------------------------
; Continue with Equation
;----------------------------------------------------
L27D8: LD A,(0A622h) ;
LD (0A633h),A ;
LD A,(0A632h) ;
LD (0A629h),A ;
SUB A ;
LD (0A638h),A ;
JP L2801 ;
L27EB: LD E,003h ;
CALL L299A ;
LD A,(0A625h) ;
LD (0A633h),A ;
LD A,(0A632h)
LD (0A629h),A
LD A,001
LD (0A638h),A
L2801: LD A,(0A63Eh)
LD C,A
LD B,000h
LD IY,(0A60Eh)
ADD IY,BC
LD A,(0A63Fh)
LD E,A
LD D,000h
LD HL,0A400h
ADD HL,DE
LD B,E ;
PUSH BC ;
;----------------------------------------------------
; Start Equation Loop
;----------------------------------------------------
L2819: LD A,(IY+000h) ;
CP 0FCh ;
JR NZ,L2823 ;
JP L291D ;
L2823: CP 0F9h
JR C,L282A
JP L289F
L282A: LD (HL),A
LD A,(0A635h)
OR A
JR Z,L2877
LD A,(0A638h)
OR A
JR Z,L284B
LD A,(0A633h)
LD C,A
LD A,(0A629h)
CP C
JR Z,L285F
JR NC,L285F
ADD A,008h
LD (0A629h),A
JP L2865
L284B: LD A,(0A633h)
LD C,A
LD A,(0A629h)
CP C
JR C,L285F
JR Z,L285F
SUB 008h
LD (0A629h),A
JP L2865
L285F: LD A,(0A633h)
LD (0A629h),A
L2865: LD A,(0A62Ch)
LD (0A628h),A
LD A,(0A62Bh)
LD (0A627h),A
LD A,(0A62Ah)
LD (0A626h),A
L2877: DEC H
;----------------------------------------------------
; Replace all codes with new match (?)
; A629 --> A300
; A628 --> A200
; A627 --> A100
; A626 --> A000
;----------------------------------------------------
LD A,(0A629h) ; Get new code
LD (HL),A ; Replace A300 code
DEC H ; Next bank
LD A,(0A628h) ; Get new code
LD (HL),A ; Replace A200 code
DEC H ; Next bank
LD A,(0A627h) ; Get new code
LD (HL),A ; Replace A100 code
DEC H ; Next bank
LD A,(0A626h) ; Get new code
LD (HL),A ; Replace A000 code
LD A,H ; Return to beginning
ADD A,004h ; Go back to A400
LD H,A ; HL = A4xx
INC HL ; Point to next byte
INC IY
POP BC
INC B ;
INC C ;
PUSH BC ;
LD A,(0A639h)
LD E,A
LD A,C
CP E
JP C,L2819
L289F: POP BC
INC C
INC IY
PUSH BC
LD A,(0A63Ah) ; Get characters right of equals sign
OR A ; Are there any?
JR Z,L28EA ; No, so leave
L28AA: LD A,(IY+000h)
LD (HL),A
DEC H
LD A,(0A633h)
LD (HL),A ; Replace A300 code
DEC H ; Next bank
LD A,(0A628h) ; Get new code
LD (HL),A ; Replace A200 code
DEC H ; Next bank
LD A,(0A627h) ; Get new code
LD (HL),A ; Replace A100 code
DEC H ; Next bank
LD A,(0A626h) ; Get new code
LD (HL),A ; Replace A000 code
INC IY ; Next byte
INC HL ; Next byte
LD A,H
ADD A,004h
LD H,A
POP BC ; Get counter
INC B ; Increment counter
INC C ; Increment counter
PUSH BC ; Save counter
LD A,(0A63Ah) ; Get characters right of equals sign
LD E,A ; E = characters right of equals sign
LD A,(0A63Dh)
INC A
LD (0A63Dh),A
CP E
JR C,L28AA ; Loop back until all bytes replaced
JR Z,L28AA
;----------------------------------------------------
; Finished replace codes for word
;----------------------------------------------------
LD HL,(0A608h) ;
LD A,C ;
CP L ;
JR C,L28EA ;
JR Z,L28EA ;
POP BC ;
JP L276E ; Finish up and return
L28EA: POP BC
DEC B
DEC C
LD A,C
LD (0A63Eh),A
LD (0A639h),A
LD A,B
LD (0A63Fh),A
SUB A
LD (0A634h),A
LD (0A637h),A
LD (0A63Ah),A
LD (0A63Dh),A
LD (0A635h),A
LD A,(0A62Ch)
LD (0A628h),A
LD A,(0A62Bh)
LD (0A627h),A
LD A,(0A62Ah)
LD (0A626h),A
JP L272F
L291D: LD A,(0A636h)
OR A
JR Z,L295C
DEC A
LD (0A636h),A
LD A,(0A637h)
INC A
LD (0A637h),A
LD C,A
LD A,(0A634h)
LD B,A
LD A,C
CP B
JR Z,L2954
JR NC,L2954
LD A,(0A62Dh)
LD (0A629h),A
LD A,(0A62Ch)
LD (0A628h),A
LD A,(0A62Bh)
LD (0A627h),A
LD A,(0A62Ah)
LD (0A626h),A
JP L2992
L2954: LD A,001h
LD (0A635h),A
JP L2992
L295C: LD A,(0A631h)
LD (0A629h),A
LD A,(0A630h) ; Get 098h
LD (0A628h),A
LD A,(0A62Fh)
LD (0A627h),A
LD A,(0A62Eh)
LD (0A626h),A
LD A,(0A636h)
INC A
LD (0A636h),A
LD A,(0A637h)
INC A
LD (0A637h),A
LD A,(0A625h)
LD C,A ;
LD A,(0A629h) ;
CP C ;
JR NZ,L2992 ;
LD A,(0A624h) ;
LD (0A631h),A
L2992: INC IY
POP BC
INC C
PUSH BC
JP L2819
;----------------------------------------------------
; Analyze Word Phonemes
;----------------------------------------------------
; E = Word equation number (0,1,2,3)
;----------------------------------------------------
L299A: LD D,000h ; DE = Equation Number
LD HL,L29EA ; Point to data jumpers
ADD HL,DE ; Add equation number
LD A,(HL) ; Get data jumper
SUB 020h ; Subtract 32 for some reason
ADD A,A ; Multiply by 2 for table
LD E,A ; E = result
LD HL,029F2h ; Point to Equation Pointers
ADD HL,DE ; Add jumper
LD A,(HL) ; Get low-byte address
LD (0A60Ch),A ; Save low-byte addres
INC HL ; Point to high-byte address
LD A,(HL) ; Get high-byte address
LD (0A60Dh),A ; Save high-byte address
;----------------------------------------------------
; Count phonemes to the left of the equals sign
;----------------------------------------------------
LD HL,(0A60Ch) ; HL = Equation Pointer
LD A,(HL) ; Get first byte of equation
LD E,A ; E = Number of bytes in total equation
INC HL ; Point to next byte in equation
LD C,001h ; Count number of bytes left of equals sign
L29BA: LD A,(HL) ; Get next byte in equations
CP 03Dh ; Check for equals sign (=)
JR Z,L29C4 ; Equal sign has been found, so skip ahead
INC HL ; No equals sign so check next byte
INC C ; Increment number of bytes of left equals sign
JP L29BA ; Continue checking for equals sign (=)
;----------------------------------------------------
; Equals sign found
;----------------------------------------------------
L29C4: INC C ; Sum number of bytes until equals sign
LD A,E ; A = length of phoneme equation
SUB C ; Subtract characters left of equals sign
LD (0A63Ah),A ; Save number of characters right of equals sign
LD HL,0A63Bh ; Point to ??
INC (HL) ; Increment ??
RET ; Return
;----------------------------------------------------
; Inflection Level Data Table
;----------------------------------------------------
L29CF: DB 006h, 00Eh, 016h, 01Eh, 026h, 02Eh, 036h, 03Eh, 046h
DB 04Eh, 056h, 05Eh, 066h, 06Eh, 076h, 07Eh, 086h, 08Eh
DB 096h, 09Eh, 0A6h, 0AEh, 0B6h, 0BEh, 0C6h, 0CEh, 0D6h
;----------------------------------------------------
; Base Equations Pointers
;----------------------------------------------------
L29EA: DB 021h
DB 02Ch
DB 02Eh ; Equation #2 2A8Dh
DB 03Fh
;----------------------------------------------------
; Default Voice Settings
;----------------------------------------------------
L29EE: DB 8 ; Inflection (0-26)
L29EF: DB 9 ; Speech Rate (0-13)
L29F0: DB 12 ; Amplitude (Volume) (0-11)
L29F1: DB 230 ; Filter Frequency (0-253)
;----------------------------------------------------
; Phonetic Rule Pointers (64)
;----------------------------------------------------
L29F2: DW 02A74h, 02A8Dh, 02A72h, 02A72h
DW 02A72h, 02A72h, 02A72h, 02A77h
DW 02A72h, 02A72h, 02A72h, 02A72h
DW 02A89h ; 2C base equation
DW 02A72h, 02A8Dh, 02A72h
DW 02A92h ; Number "0" Rule
DW 02A9Bh ; Number "1" Rule
DW 02AA3h ; Number "2" Rule
DW 02AAAh ; Number "3" Rule
DW 02AB2h ; Number "4" Rule
DW 02ABAh ; Number "5" Rule
DW 02AC3h ; Number "6" Rule
DW 02ACCh ; Number "7" Rule
DW 02AD6h ; Number "8" Rule
DW 02ADEh ; Number "9" Rule
DW 02A72h, 02A72h, 02A72h, 02A72h, 02A72h
DW 02A8Dh, 02A72h
DW 02AE7h ; Letter "A" Rules
DW 03045h ; Letter "B" Rules
DW 0321Eh ; Letter "C" Rules
DW 03501h ; Letter "D" Rules
DW 036E1h ; Letter "E" Rules
DW 03B6Bh ; Letter "F" Rules
DW 03BE8h ; Letter "G" Rules
DW 03DBDh ; Letter "H" Rules
DW 03F36h ; Letter "I" Rules
DW 042E6h ; Letter "J" Rules
DW 043D0h ; Letter "K" Rules
DW 0444Eh ; Letter "L" Rules
DW 045C1h ; Letter "M" Rules
DW 0480Bh ; Letter "N" Rules
DW 04935h ; Letter "O" Rules
DW 04D01h ; Letter "P" Rules
DW 04F12h ; Letter "Q" Rules
DW 04F87h ; Letter "R" Rules
DW 05146h ; Letter "S" Rules
DW 05495h ; Letter "T" Rules
DW 057B4h ; Letter "U" Rules
DW 05943h ; Letter "V" Rules
DW 059CFh ; Letter "W" Rules
DW 05B28h ; Letter "X" Rules
DW 05B64h ; Letter "Y" Rules
DW 05C55h ; Letter "Z" Rules
DW 02A72h, 02A72h, 02A72h, 02A72h, 02A72h
;----------------------------------------------------
; Phoneme Definitions
;----------------------------------------------------
; Consonants
;----------------------------------------------------
_B EQU 024h ; bat, tab
_D EQU 025h ; dub, bud
_F EQU 034h ; fat, ruff, photo, laugh
_HV EQU 02Ah ; eh!
_HVC EQU 02Bh ; d(h)ouble
_HF EQU 02Ch ; hat, home
_HFC EQU 02Dh ; P(h)ad, fluff(h), black(h)
_HN EQU 02Eh ; hnh-hnh
_J EQU 031h ; job, rage
_K EQU 029h ; kit, tick
_KV EQU 026h ; big, gag
_L EQU 020h ; lab, ball
_LI EQU 021h ; plan, club, slam
_LF EQU 022h ; bott/e, channe/
_M EQU 037h ; mad, dam
_N EQU 038h ; not, ton
_NG EQU 039h ; ring, rang
_P EQU 027h ; pat, tap
_R EQU 01Dh ; rat
_S EQU 030h ; sat, lass
_SCH EQU 032h ; shop, push
_T EQU 028h ; tap, pat
_THV EQU 035h ; bathe, the
_TH EQU 036h ; bath, theory
_V EQU 033h ; vow, pave
_W EQU 023h ; why, quake
_Y1 EQU 004h ; you
_Z EQU 02Fh ; zap, maze
;----------------------------------------------------
; Vowels
;----------------------------------------------------
_A EQU 008h ; day
_AI EQU 009h ; care
_AE EQU 00Ch ; dad
_AEI EQU 00Dh ; laugh
_AH EQU 00Eh ; top, about
_AHI EQU 00Fh ; father
_AW EQU 010h ; saw, caught
_E EQU 001h ; beet, be
_EI EQU 002h ; advent
_EH EQU 00Ah ; leg, said
_EHI EQU 00Bh ; silent
_ER EQU 01Ch ; third, urn, heard
_I EQU 007h ; sit, bid
_O EQU 011h ; boat
_OO EQU 013h ; put, pull, look
_OU EQU 012h ; orb
_U EQU 016h ; boot, you
_UI EQU 017h ; poor
_UH EQU 018h ; cup
_UH1 EQU 019h ; circus
_UH2 EQU 01Ah ; nation
_UH3 EQU 01Bh ; nation
;----------------------------------------------------
; Foreign Sounds
;----------------------------------------------------
_AY EQU 005h ; francais French
_A1 EQU 03Ah ; etre French or umlauted A in German
_E2 EQU 03Eh ; schön German
_IE EQU 006h ; il French
_IU EQU 014h ; peut French
_IUI EQU 015h ; Goethe German
_OH EQU 03Bh ; menu, tu French
_U2 EQU 03Ch ; fiihlen German
_UH4 EQU 03Dh ; menu, tu French
_Y EQU 003h ; y French
_LB EQU 03Fh ; il French
_Rl EQU 01Eh ; réponse French
_R2 EQU 01Fh ; richtig German
;----------------------------------------------------
; General Phonetic Rules
;----------------------------------------------------
L2A72: DB 2, "="
L2A74: DB 3, "=", 040h
L2A77: DB 9, "S('S)=" ,04Ah, _Z
L2A80: DB 7, "('S)=", _Z
L2A87: DB 2, "="
L2A89: DB 4, "=", 000h, 000h ; Double <PAUSE>
L2A8D: DB 5, "=", 000h, 000h, 000h ; Triple <PAUSE> Equation #2
;----------------------------------------------------
; Number Phonetic Rules
;----------------------------------------------------
; #bytes Rule Phonetics
;----------------------------------------------------
L2A92: DB 9, "(0)=",_Z,_EI,_ER,_O
L2A9B: DB 8, "(1)=",_W,_AH,_N
L2AA3: DB 7, "(2)=",_T,_U
L2AAA: DB 8, "(3)=",_TH,_ER,_E
L2AB2: DB 8, "(4)=",_F,_O,_ER
L2ABA: DB 9, "(5)=",_F,_AHI,_E,_V
L2AC3: DB 9, "(6)=",_S,_I,_K,_S
L2ACC: DB 10, "(7)=",_S,_EHI,_V,_EHI,_N
L2AD6: DB 8, "(8)=",_EHI,_E,_T
L2ADE: DB 9, "(9)=",_N,_AHI,_Y,_N
;----------------------------------------------------
; "A" Phonetic Rules
;----------------------------------------------------
L2AE7:
DB 9, "!(A)!=",8,4
DB 7, "(A)!=",1Ah
DB 14, "!(AARON)=",0Ch,1Dh,047h,038h
DB 7, "(AA)=",0Eh
DB 16, "!(ABI)GAIL!=",0Ch,"$",047h
DB 9, "!(A)BO=",18h
DB 12, "!(A)CROSS=",18h
DB 25, "!(ACTIVITIES)=LL)(H3H(",1,"/"
DB 14, "!(ADAM)=LL",025h,"X7"
DB 15, "!(AFRI)CA=",0Ch,"4",1Dh,047h
DB 14, "(AGAIN)=",1Ah,"»",0Ah, 038h
DB 12, "#:(AG)E=",7,041h,"1"
DB 14, "!(AGO)!=XT",0E6h,11h,"c"
DB 18, "!(AGREED)=",18h,0E9h,0E6h,1Dh,1,"A",041h
DB 14, "!(AHEAD)=",18h,"¼",0Ah,041h
DB 12, "OUNT(AI)N=",0Ah
DB 11, "#: (AI)N=",0Ah
DB 8, "(A)IR=",8
DB 10, "(AI).=HH",4
DB 8, "(AI)=",8,4
DB 13, "!(ALAN)=",0Ch," ",047h,038h
DB 10, "(AL)F!=îL"
DB 15, "!(ALICE)!=",0Ch," ",047h,"0"
DB 9, "(AL)K=PP"
DB 19, "!(ALLISON)!=",0Ch," ",047h,"0X",038h
DB 10, "#:(A)LLY="
DB 15, "!(ALON)E=X ",11h,"c",038h
DB 10, "#:(AL)!= "
DB 12, "#:(ALS)!= /"
DB 9, "(AL)M=PP"
DB 9, "(AL)V=LL"
DB 9, "(A)LLI=",0Dh
DB 9, "(A)L.=PP"
DB 9, "(A)LL=PP"
DB 8, "(A)L =",10h
DB 9, "!(A)L#=",1Ah
DB 18, "!(AMANDA)!=X7",0Ch, 038h,041h,"X"
DB 10, "(A)MENT=N"
DB 21, "!(AMERICAN)=X",038h,0Ah,1Dh,047h,")",047h,038h
DB 11, "!(A)MONG=",18h
DB 13, "!(AM)OUNT=",18h,"7"
DB 13, "!(AMY)!=",8,"ä7",1
DB 19, "!(ANDREA)!=NN8",041h,1Dh,1,"X"
DB 9, "!(A)ND=",0Ah
DB 12, "#:(A)NCE!=",0Ah
DB 20, "!(ANCIENT)=",8,"ä8h2",047h,038h,"("
DB 17, "!(ANGELA)=",0Ch,038h,"1",047h," X"
DB 12, "(ANG)+=",8,4,038h,"1"
DB 16, "!(ANIMAL)=",0Ch,038h,047h,038h," "
DB 16, "!(ANITA)!=X",038h,1,"(X"
DB 11, "# (A)NT!=G"
DB 10, " (A)NT=J"
DB 18, "!:(ANYONE)=",0Ah,038h,1,"c",18h,038h
DB 10, "!:(A)NY=",0Ah
DB 15, "!(APART)=X",27h,0Eh,05Ch,"("
DB 18, "!(APPEARED)=X",27h,1,05Ch,041h
DB 15, "!(APPEAR)=X",27h,1,05Ch
DB 12, "!:(AR)!=NN",05Ch
DB 8, "(AR)!=",1Ch
DB 11, " (ARA)=",0Bh,05Ch,"î"
DB 10, "(AR)D=NN",05Ch
DB 12, "!(ARE)!=NN",05Ch
DB 13, "!(ARE)N",27h,"T=",0Fh,"£"
DB 9, "!(A)RO=",1Ah
DB 10, "!(A)RRO=",0Ch
DB 9, "!(A)RR=",1Ah
DB 8, "(A)RR=",0Ch
DB 9, "(AR)#=",8,05Ch
DB 10, "(AR).=NN",05Ch
DB 8, "(AR)=",0Eh,05Ch
DB 14, "!(ASIA)=",8,"äo2X"
DB 10, "!(A)SS#=",0Eh
DB 11, "! (A)S#=",8,4
DB 13, "(ATEAU)=",0Ch,"(",11h,"c"
DB 11, "(ATE)=",8,"ä(+"
DB 12, "(ATH)E!=HH5"
DB 9, "(A)TIN=",0Ch
DB 14, "! (A)TIONAL=",0Ch
DB 22, "!(ATLANTIC)=",0Dh,"( ",0Ch,"L8(",047h,")"
DB 13, "!(ATOM)=",0Ch,"(",18h,"7"
DB 10, "(A)TORY=X"
DB 10, "(A)TURE=",18h
DB 11, "(AUSE)=PP/"
DB 9, "(AU).=PP"
DB 25, "!(AUTOMOBILE)=",10h,"(",11h,"c7",11h,"c$",1," "
DB 7, "(AU)=",10h
DB 8, "(A)WA=",1Ah
DB 8, "(AW)=PP"
DB 13, "(AXES)=",0Ch,")0",047h,"/"
DB 8, "!(A)X=",0Ch
DB 9, "(AY)=HH",4
DB 10, "(A) ACE=",0Eh
DB 10, "(A) AT=LL"
DB 12, "(A) EFUL=",8,4
DB 13, "(A) EMENT=",8,4
DB 10, "(A) ET=LL"
DB 10, "(A) ID=LL"
DB 11, "(A) ISH=LL"
DB 10, "(A) IT=LL"
DB 11, "(A) ITE=LL"
DB 10, "(A) OON=",0Ch,0Dh,"(A) OROUS=LL"
DB 10, "(A) OT=LL"
DB 10, "!(A) T#=",0Ch
DB 10, "(A) UT=LL"
DB 11, "!(A): ##=",0Eh
DB 10, "(A) +#=",8,4
DB 10, "(A) +:#=",0Ch
DB 11, " (A) IC=îL"
DB 10, ":(A) #=",8,4
DB 12, "!:(A) L#=",8,4
DB 10, "(A) RIC=",0Ch
DB 12, "!:(A) R#=",8,4
DB 9, "(A) LE=",1Bh
DB 11, "(A) RE!=HH"
DB 8, "(A).=L",0Ch
DB 6, "(A)=",0Ch
DB 9, "!(B)!=$",1
DB 18, "!(BALANCE)=$",0Dh," ",047h,038h,"0"
DB 19, "!(BARBARA)!=$",0Eh,05Ch,"$",1Dh,"X"
DB 12, "!(BEAR)=$",0Ah,05Ch
DB 13, "!(BED):=$JJ",041h
DB 13, "!(BENE)=$",0Ah,038h,7
DB 21, "!(BENJAMIN)=$",0Ah,038h,"1X7",047h,038h
DB 12, "!(BE): #=$A"
DB 11, "(BE)ING=$",1
DB 18, "!(BERNICE)!","=$",1Ch,038h,1,"0"
DB 12, "!(BIG)=$",7,0E6h,"+"
DB 16, "!(BILLIE)!=$",047h," ",1
DB 13, "!(BI) #=$NNä"
DB 10, "(BIO)=$",1,0Eh
DB 11, "!(BI)#=$",0Eh,"ä"
DB 13, "!(BONE)=$",11h,"c",038h
DB 13, "!(BO)TH!=$QQ"
DB 14, "(BOUGH)!=$NN",16h
DB 11, "(BOW)L=$QQ"
DB 10, "(BOW)=$",10h,16h
DB 19, "!(BRADLEY)!=$",1Dh,0Ch,041h,"`",1
DB 18, "!(BRANDI)!=$",1Dh,0Ch,038h,041h,1
DB 18, "!(BRANDON)=$",1Dh,0Ch,038h,041h,038h
DB 13, "!(BREA)K=$",1Dh,8
DB 12, "(BROW)=$", 1Dh,10h,16h
DB 7, "(BT)=("
DB 18, "!(BUSIN)ESS=$",7,"/",047h,038h
DB 12, "!(BUS)#=$",7,"/"
DB 8, "!(B)L=$"
DB 15, "!(BRIA)N=$",1Dh,0Eh,"ä",047h
DB 8, "!(B)R=$"
DB 8, "!(B): ="
DB 10, "M(B)ING!="
DB 8, "M(B)S!="
DB 7, "M(B)!="
DB 7, "(BB)=$"
DB 10, "!(BY)=$",0Eh,4
DB 6, "(B)=$"
DB 9, "!(C)!=0",1
DB 15, "!(CABIN)=)",0Ch,"$",047h,038h
DB 14, "!(CAL)VIN=)",0Ch,"`"
DB 13, "!(CAPI)=)",0Ch,27h,047h
DB 21, "!(CAROLINE)!=)",0Ch,1Dh,"X ",047h,038h
DB 21, "!(CATHERINE)!=)",0Ch,"6",1Dh,047h,038h
DB 9, "(CC)+=)0"
DB 10, "(CEA)N=2",18h
DB 11, "(CES)!=0K/"
DB 17, "!(CERTAIN)=0",1Ch,"h",0Ah, 038h
DB 7, "EX(C)="
DB 22, "!(CHRISTIN)#!=)",1Dh,047h,"0(",1,038h
DB 9, "!(CH) =)"
DB 15, "!(CH)ARACTER=)"
DB 19, "!(CHARLES)!=(2",0Eh,05Ch,"`/"
DB 17, "!(CHERYL)!=2",0Ah, 1Dh,047h," "
DB 16, "!(CHINA)=(2",0Eh,"ä8X"
DB 15, "!(CHOIR)=)c",0Eh,"ä",05Ch
DB 10, "!(CH)OR=)"
DB 9, " +(CH)=)"
DB 10, "(CH)!=(2Ç"
DB 8, "(CH)=(2"
DB 13, "!S(CI)#=0NNä"
DB 9, "(CI)AL=2"
DB 11, "(CIA)N!=2",18h
DB 9, "(CI)A=2",1
DB 16, "!(CINDY)!=0",047h,038h,041h,01h
DB 8, "(CI)O=2"
DB 9, "(CI)EN=2"
DB 18, "!(CITIZEN)=0",047h,"(",047h,"/",038h
DB 7, "(C)+=0"
DB 9, "(CKG)=",0E6h,"+"
DB 9, "(CK)=)¡+"
DB 16, "!(CLARA)!=) ",0Ch,1Dh,"X"
DB 16, "!(CLE)MENT!=) ",0Ah
DB 19, "!(CLIMATE)=) ",0Eh,"ä7",047h,"("
DB 15, "!(CLIMB)=) ",0Eh,"ä7"
DB 18, "!(COMPAN)Y=)",18h, "7",27h,047h,038h
DB 11, "(CO)M=)¡ZZ"
DB 16, "!(CONNIE)!=)",0Eh,038h,1
DB 20, "!(CONSIDER)=)",18h,038h,"0",047h,041h,1Ch
DB 20, "!(CONTAIN)=)¡",18h,038h,"(",8,"ä",038h
DB 11, "!(CO)PY=)",0Eh
DB 13, "(CO)ST=",")¡+PP"
DB 14, "(COU)NTR+=)¡",18h
DB 14, "(COUR)SE=)¡",11h,1Ch
DB 13, "(COUS)IN=)",18h,"/"
DB 10, "(COW)=)Oc"
DB 14, "(CRACY)=)",1Dh,18h,"0",1
DB 13, "(CREA)TU=)",1Dh,1
DB 15, "(CREA)T#=)",1Dh,1,8,4
DB 16, "!(CRIED)!=)",1Dh,0Eh,"ä",041h
DB 9, "!(CZ)#=/"
DB 10, "!(CZ)+=(2"
DB 8, "!(C)=)-"
DB 7, "(CC)=i"
DB 6, "(C)=)"
DB 9, "!(D)!=",041h,1
DB 16, "!(DANIE)L=",041h,0Ch,038h,"ä",047h
DB 14, "!(DAV)ID=",041h,8,"D3"
DB 12, "(DDED)!=",041h,7,041h
DB 13, "#:(DED)!=",041h,7,041h
DB 9, ".E(D)!=",041h
DB 11, "#: E(D)!=("
DB 12, "!(DEA)TH=",041h,0Ah
DB 19, "!(DEBORAH)!=",041h,0Ah,"$",12h,1Dh,"X"
DB 16, "!(DECI)MAL=",041h,0Ah,"0",047h
DB 13, "!(DELI)=",041h,0Ah," ",7
DB 17, "!(DENISE)!=",041h,0Ah,038h,1,"0"
DB 11, "!(DE) #=",041h,7
DB 13, "!(DIA)L=",041h,0Eh,"äX"
DB 14, "!(DIA)NA=",041h,0Eh,"äL"
DB 13, "!(DIAR)=",041h,0Eh,"D£"
DB 12, ":(DIER)=",041h,"1",1Ch
DB 11, "!(DIO)=",041h,1,0Eh
DB 15, "!(DIR)ECT=",041h,0Eh,"ä]"
DB 11, "!(DIS)=",041h,7,"0"
DB 8, "(DG)=",041h,"1"
DB 8, "(DJ)=",041h,"1"
DB 12, "!(DO)!=e½",16h,"ú"
DB 17, "(DOCTRI)N=",041h,"X)(",1Dh,047h
DB 15, "!(DO)ING!=e½",16h,"ú"
DB 13, "!(DOES)=ѽ",18h,"/"
DB 12, "!(DO)NE=ѽ",18h
DB 16, "!(DORO)THY!=",041h,12h,05Ch
DB 13, "!(DOUG)=",041h,18h,0E6h,"+"
DB 12, "(DOUGH)=",041h, 12h,"V"
DB 11, "!(DOW)=",041h,0Fh,17h
DB 13, "!(DR)!=",041h,0Eh,")(",1Ch
DB 10, "!(DR)=eq",05Ch
DB 11, "!(DU)A=",041h,"VV"
DB 9, "(DU)A=1",16h
DB 10, "#(DUR)=¦",1Ch
DB 8, "!(D)=ѽ"
DB 8, "(D)!=e+"
DB 7, "(DD)=e"
DB 6, "(D)=",041h
DB 9, "!(E)!=AA"
DB 8, "#:(E)!="
DB 9, "(E)MENT="
DB 9, "!:(E)!=",1
DB 10, ":(EA)!=",1,1Ah
DB 13, "!(EARS)!=",1,05Ch,"/"
DB 11, "!(EAR)!=",1,05Ch
DB 12, "!(E)DITH!=",1
DB 11, "!(ED)!=JJ",041h
DB 8, "(ED)!=",041h
DB 13, "!(E)LAINE!=",1
DB 19, "!(ELEANOR)!=",0Ah," ",047h,038h,12h,05Ch
DB 12, "#:(ELY)!= ",1
DB 9, "(EA)D=JJ"
DB 10, "(EAR)N=",05Ch,05Ch
DB 10, "!(EAR) =",1Ch
DB 9, "(EA)RT=",0Eh
DB 11, "(EA)TURE=",1
DB 10, "(EAU)!=",11h,"c"
DB 9, "(EAU)=ä",16h
DB 10, "!(EA).=AA"
DB 9, "!(EA)=",1,"ü"
DB 10, "(EA):E!=",1
DB 11, "(EA):ED!=",1
DB 10, "(EA):EE=",1
DB 11, "(EA):ES!=",1
DB 11, "(EA):ING=",1
DB 11, "(EA).ON","=AA"
DB 10, "(EA) ON=",1
DB 11, "(EA) TH!=",0Ah
DB 9, "(EA):#=",0Ah
DB 8, "(EA)=-",1
DB 9, "(EE).=",1,"A"
DB 7, "(EE)=",1
DB 9, "(EF)UL=4"
DB 8, "(EH)#=",1
DB 10, "(EIGH)=",8,4
DB 10, "(EIN)=",8,"D",038h
DB 7, "(EI)=",1
DB 12, "!(ELA)B=",1," ",0Eh
DB 11, "!(ELE)=",0Ah," J"
DB 19, "!(ELIZA)BETH=",1," ",047h,"/X"
DB 10, "(EL).=",0Ah,"J`"
DB 9, "(EL) =",0Ah,"`"
DB 13, "!(EN)ERGY=",0Ah,038h
DB 9, "(ENE)=",1,038h
DB 12, "#:EM(E)NT=",0Ah
DB 11, "!:(EN)!=",0Ah,038h
DB 9, "(EN)!=xx"
DB 10, "(EN)S!=xx"
DB 21, "!(ENGLAND)!=",047h,038h,0E9h,0E6h," ",047h,038h,041h
DB 7, "(E)O=",1
DB 18, "!(EQUA)TION=",1,")c",8,"ä"
DB 8, "(E)QU=",2
DB 11, " (ERE)!=",2,1Ch
DB 11, "(ERE)LY=A",1Ch
DB 11, "(ERI)#=",1,1Dh,1
DB 10, "(ERI)=",0Ah, 1Dh,7
DB 11, "#:(ER)#=",0Ah,1Dh
DB 12, ": (ERR)Y=",0Ah,1Dh
DB 10, "!(ERR)=",0Ah,05Ch
DB 12, "!(ER):# =",0Bh,1Dh
DB 9, "(ER)#=",0Ah,1Dh
DB 9, "(ER).=",1Ch,05Ch
DB 7, "(ER)=",1Ch
DB 10, "H(ES)!=",0Ah,"/"
DB 10, "(E)SIVE=",1
DB 21, "!(ESPECIAL)LY=",0Ah,"0",27h,0Ah,"2 "
DB 9, "#:(E)S!="
DB 14, "!(ETHEL)!=",0Ah,"6 "
DB 8, "L(EU)=",16h
DB 8, "R(EU)=",16h
DB 15, "!(EURO)PE=ä",16h,1Dh,"X"
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