This article has a talk page!This page details one or more prototype versions of Game Boy Camera.
- For the unreleased Hello Kitty edition of the game, see Hello Kitty Pocket Camera
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This page is rather stubbly and could use some expansion. |
Debagame Tester: Second Impact is a cartridge used for testing the Game Boy Camera hardware. "Debagame" means "peeping tom". and is also likely a pun on "debug".
Functionality#
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To do: |
There are six options in the main menu.
SRAM TEST#
- VERIFY
- WRITE
- AGING
- DECREMENT
- 00,00,FF,FF
- 55,55,AA,AA
- ALL 00
- ALL FF
- DUMP: Press Left/Right to change the displayed bank from 00 through 0F. Press Up/Down to scroll the selected bank.
BANK TEST#
PROTECT TEST#
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This needs some investigation. |
- PROTECT: Displays current "protect" status, either "OK" or "NG" (no good).
- ON: Turn protect status ON.
- OFF: Turn protect status OFF.
MOVIE TEST#
This is the mode for taking photos.
Controls:
- A: Snap and save photo. You can choose which slot to save the photo to, from 00 to 29.
- B: Cancel/return.
- Left/Right: Adjust offset, 01 through 83.
- Select: Change trick lens modes, 00 through 1F.
- Start: Open settings screen.
Settings options:
- ディザ (Dither): Set the dithering strength from 1 to 11, or OFF.
- MODE: Set camera mode.
- 二次元エッジ強調 (2D edge emphasis): With GAIN levels 04H, 08H, and 00H.
- 二次元エッジ (2D edge)
- 負画像 (Inverted)
- 横エッジ強調 (Horizontal edge emphasis)
- 縦エッジ強調 (Vertical edge emphasis)
- EDGE: Set 50%, 75%, 100%, 125%, 200%, 300%, 400%, or 500%.
- パレット (Palette): Set color palette order from 0 to 5.
The following settings are for reference and cannot be selected:
- VREF: Always set to 1.5V.
- ゼロ点 (Zero point): Generally set to 負画像ゼロ点補正 (inverted image zero point compensation), but will change to 無し (none) in 二次元エッジ (2D edge) MODE.
- GAIN: Generally set to 04H, but can change to 08H or 00H in certain 二次元エッジ強調 (2D edge emphasis) MODEs.
- オフセット (Offset)
- CHG
Examples of different MODE settings
(Example photos: Chris Graves)
GALLERY#
A basic photo gallery viewer. Press Up/Down to scroll through photos 00 through 29. Photos cannot be deleted; they can simply be overwritten with new ones from the MOVIE TEST mode.
COM#
A basic Link Cable communication test. When two Testers are connected on this screen, pressing A on either Game Boy will cause the number to quickly "count" from 00 through FF in a loop on both screens.
Unused Graphics#
Fourteen full-size pictures are found throughout the ROM data. Ten of them are photos of Nintendo employee Kentaro Nishimura, who is credited in the final game as coordinator and sound composer. The last four are drawings of a face which appear in the final game, though they're slightly less refined here.
UI elements for some sort of editor.
An alternate, probably earlier, logo for the title screen. It reads "Debagame Tester NEO".
An arrow hanging from a string. Probably an earlier menu cursor graphic, before it was replaced with the spinning face.
Source Code#
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To do: |
Large chunks of commented source code are also found throughout the ROM. The two largest chunks are as follows:
First Big Chunk#
LD (AKARUSA),A ;目標値をワークに
LD A,$00
LD ($4000),A ;ＲＡＭバンクの変更
;-------------現在のチャージタイムの表示---------------
IFE OOE
LD A,(B_CNTR2)
LD (TEST1),A
LD A,(B_CNTR3)
LD (TEST2),A
ENDIF
;-------------黒点数え（真ん中）-----------------------
IFE ZENTAI
LD BC,$00 ;真ん中8×7キャラの１の数を数える
; 市松模様（448バイトをチェック）
LD de,BUF_ADR+$340
CALL LINE_CHECK
LD de,BUF_ADR+$440
CALL LINE_CHECK
LD de,BUF_ADR+$540
CALL LINE_CHECK
LD de,BUF_ADR+$640
CALL LINE_CHECK
LD de,BUF_ADR+$740
CALL LINE_CHECK
LD de,BUF_ADR+$840
CALL LINE_CHECK
LD de,BUF_ADR+$940
CALL LINE_CHECK
ENDIF
;------------黒点数え（画面全体）----------------------
ifn ZENTAI
LD BC,$00
LD DE,BUF_ADR
CALL SCREEN_CHECK
endif
;********この時点で、BCに黒点の個数が入っている***********
;******** BCのとりうる値は 0000～1500H ***********
_COUNT_END
LD A,(AKARUSA)
LD D,A ; AKARUSAが、黒点の数の目標値（0～A8）
SLA C ; BCを3BIT左にシフト
RL B
SLA C
RL B
SLA C ; 黒点の数の上位8BITがBレジスタに入る
RL B ; Bの値は 0～A8
;--------------------------------------------
; ここで現在の黒点の数と目標値を比較する
;--------------------------------------------
LD A,B
SUB D ; B（黒点の数）からC（AKARUSA:目標値）を引く
JR NC,_UP
;===========================================
; 現在の黒点の数が、目標値よりも少なかった時
; チャージタイムを短くする
;===========================================
_DOWN
CPL ; BIT反転
INC A ; これで２の補数
LD B,A
LD (TEST),A
;------------------------------------
LD A,(B_CNTR2) ;現在のチャージタイムをHL,DEに入れる
LD H,A
LD D,A
LD A,(B_CNTR3)
LD L,A
LD E,A
;------------------------------------
LD A,B ; チャージタイム増加分の計算
LD BC,CHG_TIME_TBL_D ;テーブルからシフトする回数を得る
ADD A,C
LD C,A
JR NC,_NO_CARRY
INC B
_NO_CARRY
LD A,(BC) ;ループカウンタ（シフトする回数）
;この数が、何分の1を引くかを決める
;------------------------------------
_DOWN_LP
CP $00
JR Z,_D_LP_E
SRL D ;DEを右シフト
RR E ;ループするごとに減少分が減る
DEC A
JR _DOWN_LP
_D_LP_E
;--------DEの2の補数の計算-----------
LD A,D
CPL
LD D,A
LD A,E
CPL
LD E,A
INC DE
;------------------------------------
ADD HL,DE
JR _SET
;===========================================
; 現在の黒点の数が、目標値よりも多かった時
; チャージタイムを長くする
;===========================================
_UP
LD B,A ;引き算結果をBに入れる
LD (TEST),A
;------------------------------------
LD A,(B_CNTR2) ;現在のチャージタイムを、HL,DEに入れる
LD H,A
LD D,A
LD A,(B_CNTR3)
LD L,A
LD E,A
;------------------------------------
LD A,B ; チャージタイム増加分の計算
;------------------------------------
CP $00 ;00なら変更の必要無し。戻る。
RET Z
;------------------------------------
LD BC,CHG_TIME_TBL_U ;テーブルからシフトする回数を得る
ADD A,C
LD C,A
JR NC,_NO_CARRY_U
INC B
_NO_CARRY_U
LD A,(BC) ;ループカウンタ（シフトする回数）
;------------------------------------
_UP_LP
CP $00
JR Z,_U_LP_E
SRL D
RR E
DEC A
JR _UP_LP
_U_LP_E
ADD HL,DE
JR NC,_SET
LD HL,$FFFF ; MAX値（FFFFH）超えた場合はMAXに
;------------------------------------
;======================================================
; 実際にチャージタイムを変更する（チップへの転送も）
;======================================================
_SET
LD A,H
LD (B_CNTR2),A
LD A,L
LD (B_CNTR3),A
LD DE,$FFDF ; 21Hより下は使えないので
ADD HL,DE
JR C,_SET_OK
LD A,$00
LD (B_CNTR2),A ; 強制的に21Hにする
LD A,$21
LD (B_CNTR3),A
_SET_OK
LD A,$10
LD ($4000),A ; RAM BANKの変更
LD A,(B_CNTR2)
LD (CNTR2),A ;実際に変更する
LD A,(B_CNTR3)
LD (CNTR3),A
RET
;=================================================
; １の数を数えるサブルーチン １行分
;=================================================
LINE_CHECK
ld a,$4
ld (r0),a ; loop counter
_lp
call BIT_COUNT
inc de
inc de
call BIT_COUNT
inc de
inc de
call BIT_COUNT
inc de
inc de
call BIT_COUNT
inc de
inc de
inc de
inc de
call BIT_COUNT
inc de
inc de
call BIT_COUNT
inc de
inc de
call BIT_COUNT
inc de
inc de
call BIT_COUNT
ld a,(r0)
dec a
ret z
ld (r0),a
jr _lp
;************************************************
;* SCREEN_CHECK 画面全体 *
;************************************************
SCREEN_CHECK
ld a,$1C
ld (r0),a ; loop counter
_lp
CALL BIT_COUNT ;最初のキャラクタの1行目
LD HL,$14
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT ;次のキャラクタの４行目
LD HL,$14
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT ;次のキャラクタの７行目
LD HL,$4
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT ;次のキャラクタの１行目
LD HL,$14
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT
LD HL,$14
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT
LD HL,$4
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT
LD HL,$14
ADD HL,DE
LD D,H
LD E,L
CALL BIT_COUNT
LD HL,$4
ADD HL,DE
LD D,H
LD E,L
ld a,(r0)
dec a
ret z
ld (r0),a
jr _lp
;==================================================
; 色の濃度を計算する 色データ00､01､10､11を0,1,2,3
; として足しあわせる。
; bc : bit counter
; de : チェックする画像データのアドレス
;==================================================
BIT_COUNT
LD H,$3E ; テーブルのアドレス$3E00
LD A,(DE)
INC DE
LD L,A
LD L,(HL)
LD H,$00
ADD HL,BC
LD B,H
LD C,L
LD H,$3E
LD A,(DE)
INC DE
LD L,A
LD L,(HL)
SLA L ; 1BIT左シフト
LD H,$00
ADD HL,BC
LD B,H
LD C,L
RET
;//////////////////////////////////////////////////////////////////////
;//////////////////////////////////////////////////////////////////////
;*******************************************************
;* SET DITH MATRIX *
;* B : ディザパターン *
;* C : コントラスト *
;*******************************************************
SET_DITH_MATRIX
;++++++コントラストからS0,S1,S2,W0,W1,W2を決定する+++++++
LD HL,CONT_PATTERN
LD DE,$6
_LP0
DEC C ;コントラスト１～２１Ｈ
JR Z,_GET_PAT
ADD HL,DE
JR _LP0
_GET_PAT
LD DE,S0 ; DEにS0のアドレスをセット
LD A,(HLI)
LD (DE),A
INC DE
LD A,(HLI)
LD (DE),A
INC DE
LD A,(HLI)
LD (DE),A
INC DE
LD A,(HLI)
LD (DE),A
INC DE
LD A,(HLI)
LD (DE),A
INC DE
LD A,(HLI)
LD (DE),A
;++++++ディザパターンの先頭アドレスをＨＬに入れる++++++++
LD HL,NO_DITHER_PAT
LD DE,$10
LD A,B
OR A
JR Z,_LP_START
_LP1
ADD HL,DE
DEC B
JR NZ,_LP1
;++++++閾値バッファに書き込んでいく+++++++++++
_LP_START
LD DE,B_TH000 ; 書き込み先バッファ（４８バイト）の先頭
LD A,$10
LD (LOOP_COUNT),A
_LP2
LD A,(W0)
LD C,A
LD A,(HLI)
LD B,A
XOR A
_LP21
DEC C
JR Z,_LP22
ADD A,B
JR _LP21
_LP22
LD B,A
LD A,(S0)
ADD A,B
LD (DE),A
INC DE
LD A,(LOOP_COUNT)
DEC A
LD (LOOP_COUNT),A
JR NZ,_LP2
;------------------------------
LD BC,$FFF0
ADD HL,BC
LD A,$10
LD (LOOP_COUNT),A
_LP3
LD A,(W1)
LD C,A
LD A,(HLI)
LD B,A
XOR A
_LP31
DEC C
JR Z,_LP32
ADD A,B
JR _LP31
_LP32
LD B,A
LD A,(S1)
ADD A,B
LD (DE),A
INC DE
LD A,(LOOP_COUNT)
DEC A
LD (LOOP_COUNT),A
JR NZ,_LP3
;-------------------------------
LD BC,$FFF0
ADD HL,BC
LD A,$10
LD (LOOP_COUNT),A
_LP4
LD A,(W2)
LD C,A
LD A,(HLI)
LD B,A
XOR A
_LP41
DEC C
JR Z,_LP42
ADD A,B
JR _LP41
_LP42
LD B,A
LD A,(S2)
ADD A,B
LD (DE),A
INC DE
LD A,(LOOP_COUNT)
DEC A
LD (LOOP_COUNT),A
JR NZ,_LP4
;=======閾値をバッファから網膜チップに書き込む=========
C_RAMBK $10
LD HL,$A006
LD A,(B_TH000)
LD (HLI),A
LD A,(B_TH001)
LD (HLI),A
LD A,(B_TH002)
LD (HLI),A
LD A,(B_TH010)
LD (HLI),A
LD A,(B_TH011)
LD (HLI),A
LD A,(B_TH012)
LD (HLI),A
LD A,(B_TH020)
LD (HLI),A
LD A,(B_TH021)
LD (HLI),A
LD A,(B_TH022)
LD (HLI),A
LD A,(B_TH030)
LD (HLI),A
LD A,(B_TH031)
LD (HLI),A
LD A,(B_TH032)
LD (HLI),A
LD A,(B_TH100)
LD (HLI),A
LD A,(B_TH101)
LD (HLI),A
LD A,(B_TH102)
LD (HLI),A
LD A,(B_TH110)
LD (HLI),A
LD A,(B_TH111)
LD (HLI),A
LD A,(B_TH112)
LD (HLI),A
LD A,(B_TH120)
LD (HLI),A
LD A,(B_TH121)
LD (HLI),A
LD A,(B_TH122)
LD (HLI),A
LD A,(B_TH130)
LD (HLI),A
LD A,(B_TH131)
LD (HLI),A
LD A,(B_TH132)
LD (HLI),A
LD A,(B_TH200)
LD (HLI),A
LD A,(B_TH201)
LD (HLI),A
LD A,(B_TH202)
LD (HLI),A
LD A,(B_TH210)
LD (HLI),A
LD A,(B_TH211)
LD (HLI),A
LD A,(B_TH212)
LD (HLI),A
LD A,(B_TH220)
LD (HLI),A
LD A,(B_TH221)
LD (HLI),A
LD A,(B_TH222)
LD (HLI),A
LD A,(B_TH230)
LD (HLI),A
LD A,(B_TH231)
LD (HLI),A
LD A,(B_TH232)
LD (HLI),A
LD A,(B_TH300)
LD (HLI),A
LD A,(B_TH301)
LD (HLI),A
LD A,(B_TH302)
LD (HLI),A
LD A,(B_TH310)
LD (HLI),A
LD A,(B_TH311)
LD (HLI),A
LD A,(B_TH312)
LD (HLI),A
LD A,(B_TH320)
LD (HLI),A
LD A,(B_TH321)
LD (HLI),A
LD A,(B_TH322)
LD (HLI),A
LD A,(B_TH330)
LD (HLI),A
LD A,(B_TH331)
LD (HLI),A
LD A,(B_TH332)
LD (HLI),A
R_RAMBK
RET
;=========================================================
; REGISTER_SETTING
;
; 人工網膜チップのレジスタの設定
;
; Aレジスタ : 上位4ビット エッジの強さ ０～７
; 下位4ビット モード 0:負画像
; 1:横エッジ強調
; 2:縦エッジ強調
; 3:二次元エッジ強調
; 4:横エッジ
; 5:縦エッジ
; 6:二次元エッジ
;==========================================================
REGISTER_SETTING
LD B,A ;モードとエッジの強さ
AND $0F
CP $00
JR Z,_FUGAZOU
CP $01
JR Z,_YOKO_KYOUTYOU
CP $02
JR Z,_TATE_KYOUTYOU
CP $03
JR Z,_NIJIGEN_KYOUTYOU
CP $04
JP Z,_YOKO_EDGE
CP $05
JP Z,_TATE_EDGE
JP _NIJIGEN_EDGE
RET
;--------------負画像------------------
_FUGAZOU
LD A,$02
LD (B_CNTR0),A
LD A,$02
LD (CNTR1),A
LD (B_CNTR1),A
LD A,$02
LD (CNTR4),A
LD (B_CNTR4),A
; LD A,$80
; LD (B_CNTR5),A
RET
;-----------横エッジ強調--------------
_YOKO_KYOUTYOU
LD A,$02
LD (B_CNTR0),A
LD A,$22
LD (B_CNTR1),A
LD (CNTR1),A
LD A,B
AND $F0
CP $00
JR Z,_EDGE_YOWAI1
CP $10
JR Z,_EDGE_YOWAI1
CP $20
JR Z,_EDGE_YOWAI1
ADD A,$6
JR _V_SET_YK
_EDGE_YOWAI1
ADD A,$03
_V_SET_YK
LD (CNTR4),A
LD (B_CNTR4),A
; LD A,$80
; LD (B_CNTR5),A
RET
;-----------縦エッジ強調--------------
_TATE_KYOUTYOU
LD A,$00
LD (B_CNTR0),A
LD A,$C2
LD (CNTR1),A
LD (B_CNTR1),A
LD A,B
AND $F0
ADD A,$03
LD (CNTR4),A
LD (B_CNTR4),A
RET
;---------二次元エッジ強調------------
_NIJIGEN_KYOUTYOU
LD A,$00
LD (B_CNTR0),A
LD A,$E2
LD (B_CNTR1),A
LD (CNTR1),A
LD A,B
AND $F0
CP $00
JR Z,_EDGE_YOWAI
CP $10
JR Z,_EDGE_YOWAI
CP $20
JR Z,_EDGE_YOWAI
CP $30
JR Z,_EDGE_TYUU
ADD A,$6
JR _V_SET
_EDGE_YOWAI
ADD A,$03
JR _V_SET
_EDGE_TYUU
ADD A,$04
_V_SET
LD (CNTR4),A
LD (B_CNTR4),A
; LD A,$80
; LD (B_CNTR5),A
RET
;--------------横エッジ-----------------
_YOKO_EDGE
RET
;--------------縦エッジ-----------------
_TATE_EDGE
RET
;------------二次元エッジ---------------
_NIJIGEN_EDGE
LD A,$00
LD (B_CNTR0),A
LD A,$E2
LD (CNTR1),A
LD (B_CNTR1),A
LD A,B
AND $F0
ADD A,$03
SET 7,A
LD (CNTR4),A
LD (B_CNTR4),A
RET
;///////////////////////////////////////////////////////////////////
;///////////////////////////////////////////////////////////////////
;=====================================================
;
; オフセット調整
;
; 閾値が変更されるので、この後ディザの設定をすること
;=====================================================
GET_OFFSET
;-------------------------
LD A,$10 ; RAMBK $10
LD ($4000),A
LD B,$70
LD A,(B_MODE)
CP $06
JR NZ,_SET_TH
LD B,$55 ;閾値を55H(1V)に設定する
_SET_TH
LD HL,TH000
LD DE,$30
_TH_LOOP
LD (HL),B
DEC DE
LD A,D
OR E
JR NZ,_TH_LOOP
;--------------------------
XOR A ;チャージタイムを0021Hに設定する
LD (CNTR2),A
LD A,$21
LD (CNTR3),A
;---------------------------
LD A,(B_CNTR5)
AND $C0
LD B,$3F ;オフセットの初期値は3FH(+1FH)
OR B
LD (B_CNTR5),A
LD (CNTR5),A
;-------------------------------------
LD A,$10
LD ($4000),A
LD A,(B_CNTR0) ;スタートビットを立てる
SET 0,A
LD (CNTR0),A
_POLL1 ;画像取得ポーリング
LD A,(CNTR0)
BIT 0,A
JR NZ,_POLL1
LD A,(B_CNTR0) ;スタートビットを立てる
SET 0,A
LD (CNTR0),A
_POLL2 ;画像取得ポーリング
LD A,(CNTR0)
BIT 0,A
JR NZ,_POLL2
;-------------------------------------------------------
_LOOP
LD A,$10
LD ($4000),A
LD A,(B_CNTR0) ;スタートビットを立てる
SET 0,A
LD (CNTR0),A
_POLL ;画像取得ポーリング
LD A,(CNTR0)
BIT 0,A
JR NZ,_POLL
CALL CHECK_BLACK ;黒レベルに到達したか？
OR A ;Ａレジスタが１のとき終了
JR NZ,_LOOP_END
CALL OFFSET_DOWN ;オフセットを下げて繰り返し
OR A ;Ａレジスタが１のとき終了
JR Z,_LOOP
;--------------------------------------------------------
_LOOP_END
LD A,(B_CNTR2) ;チャージタイムを元に戻す
LD (CNTR2),A
LD A,(B_CNTR3)
LD (CNTR3),A
RET
;=================
;CHECK_BLACK
;=================
CHECK_BLACK
XOR A
LD ($4000),A ;RAM BANK 0
; LD HL,$AD0A
LD HL,$A770
LD E,$10
_LOOP
LD A,(HLI)
CP $FF
JR NZ,_RET
; LD A,(HLI)
; CP $FF
; JR NZ,_RET
; LD A,L
; ADD A,$0E
; LD L,A
DEC E
JR NZ,_LOOP
;---黒レベルがでた！
LD A,$10
LD ($4000),A ;RAM BANK 10H
LD A,$01 ;黒レベルが出たよフラグセット！
RET
;---黒レベルは出なかった。オフセットを下げて出直そう
_RET
LD A,$10
LD ($4000),A ;RAM BANK 10H
XOR A
RET
;=================
;OFFSET_DOWN
;=================
OFFSET_DOWN
LD A,(B_CNTR5)
BIT 5,A ;符号チェック
JR Z,_MINUS
;------------------------------
_PLUS
AND $3F ;下位6BITをみて
CP $20
JR Z,_PLUS_END ;現在＋０の時は・・・_PLUS_END
DEC A ;減らす
; SET 5,A ;符号ビットをたてる
LD B,$00
JR _DOWN_END
_PLUS_END ;-1にする
LD A,$01
LD B,$00
JR _DOWN_END
;------------------------------
_MINUS
AND $1F
CP $1F
JR NZ,_MINUS_DOWN
LD B,$01 ;終了フラグ
JR _DOWN_END
_MINUS_DOWN
INC A ;へらす
LD B,$00
;-----------------------------
_DOWN_END
LD C,A
LD A,(B_CNTR5)
AND $C0
OR C
LD (B_CNTR5),A
LD (CNTR5),A
LD A,B ;一番下までいったかフラグ
RET
;///////////////////////////////////////////////////////////////////////
;///////////////////////////////////////////////////////////////////////
;=======================================================
;
; TRANSFER_TO_BUF
;
; 画像をバッファに転送する
; Ａレジスタ : パレットとモード
;=======================================================
TRANSFER_TO_BUF
AND $1F ; 下位５ＢＩＴがモード
_TENSOU1
CP 13
JR NZ,_TENSOU2
CALL TENSOU_TATE
JP _TENSOU_END
_TENSOU2
CP 16
JR NZ,_TENSOU3
CALL TENSOU_YOKO
JP _TENSOU_END
_TENSOU3
CP 2
JR NZ,_TENSOU4
CALL MIRROR_MODE
JP _TENSOU_END
_TENSOU4
CP 8
JR NZ,_TENSOU5
CALL MABIKI_MODE
JP _TENSOU_END
_TENSOU5
CP 9
JR NZ,_TENSOU6
CALL MABIKI_MODE2
JP _TENSOU_END
_TENSOU6
CP 5
JR NZ,_TENSOU7
CALL TATE_NOBASI_MODE
JP _TENSOU_END
_TENSOU7
CP 6
JR NZ,_TENSOU8
CALL YOKO_NOBASI_MODE
JP _TENSOU_END
_TENSOU8
CP 7
JR NZ,_TENSOU0
CALL KAKUDAI_MODE
JP _TENSOU_END
_TENSOU0
XOR A
LD ($4000),A
LD HL,$A100
LD DE,$D000
LD B,$0E
CALL DATA_MOV_F
JR _TENSOU_END
_TENSOU_END
RET
;=====================Second Big Chunk#
AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB $AA,$AA,$AA,$B6,$1D,$A0,$A0,$A0,$A0
DEFB $A0,$A0,$A0,$A0,$A0,$A0,$A0,$1F
DEFB $AA,$AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB $AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB $AA,$AA,$AA,$AA,$1D,$A0,$A0,$A0,$A0
DEFB $A0,$A0,$A0,$A0,$␀ﾀ�ﾂA0,$A0,$1F
DEFB $AA,$AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB $AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB $AA,$AA,$AA,$AA,$1D,$A0,$A0,$A0,$A0
DEFB $A0,$A0,$A0,$A0,$A0,$A0,$A0,$1F
DEFB $AA,$AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB $AA,$AA,$AA,$AA,$AA,$AA,$AA
DEFB04
DB $59,$70,$87,$03,$03,$04
DB $5A,$70,$86,$03,$03,$04
DB $5B,$70,$85,$03,$03,$04
DB $5C,$70,$84,$03,$03,$04
DB $5D,$70,$83,$03,$03,$04
DB $5E,$70,$82,$03,$03,$04
DB $5F,$70,$81,$03,$03,$04
DB $60,$70,$80,$02,$02,$03
DB $61,$70,$7F,$02,$02,$03
DB $62,$70,$7E,$02,$02,$03
DB $63,$70,$7D,$02,$02,$03
DB $64,$70,$7C,$02,$02,$03
DB $65,$70,$7B,$02,$02,$03
DB $66,$70,$7A,$02,$02,$03
DB $67,$70,$79,$02,$02,$03
DB $68,$70,$78,$02,$02,$03
DB $69,$70,$77,$02,$02,$03
DB $6A,$70,$76,$02,$02,$03
DB $6B,$70,$75,$02,$02,$03
DB $6C,$70,$74,$02,$02,$03
DB $6D,$70,$73,$02,$02,$03
DB $6E,$70,$72,$02,$02,$03
DB $6F,$70,$71,$02,$02,$03
DB $70,$70,$70,$03,$03,$03
DB $60,$78,$A0,$03,$04,$04
DB $60,$74,$98,$03,$04,$04
DB $60,$70,$90,$02,$03,$04
DB $60,$6C,$84,$02,$03,$04
DB $60,$68,$78,$02,$02,$03
DB $68,$78,$98,$02,$03,$04
DB $70,$80,$A0,$02,$03,$04
DB $78,$88,$A8,$02,$03,$04
DB $80,$90,$B0,$02,$03,$04
DB $40,$60,$A0,$03,$05,$05
DB $41,$60,$9E,$03,$05,$05
DB $42,$60,$9C,$03,$05,$05
DB $43,$60,$9A,$03,$05,$05
DB $44,$60,$98,$03,$05,$05
DB $45,$60,$96,$03,$05,$05
DB $46,$60,$94,$03,$05,$05
DB $47,$60,$92,$03,$05,$05
DB $48,$60,$90,$03,$04,$05
DB $49,$60,$8E,$03,$04,$05
DB $4A,$60,$8C,$03,$04,$05
DB $4B,$60,$8A,$03,$04,$05
DB $4C,$60,$88,$03,$04,$05
DB $4D,$60,$86,$03,$04,$05
DB $4E,$60,$84,$03,$04,$05
DB $4F,$60,$82,$03,$04,$05
DB $50,$60,$80,$03,$04,$05
DB $51,$60,$7E,$03,$04,$05
DB $52,$60,$7C,$03,$04,$05
DB $53,$60,$7A,$03,$04,$05
DB $54,$60,$78,$03,$04,$05
DB $55,$60,$76,$03,$04,$05
DB $56,$60,$74,$03,$04,$05
DB $57,$60,$72,$03,$04,$05
DB $58,$60,$70,$03,$04,$05
DB $59,$60,$6E,$03,$04,$05
DB $5A,$60,$6C,$03,$04,$05
DB $5B,$60,$6A,$03,$04,$05
DB $5C,$60,$68,$03,$04,$05
DB $5D,$60,$66,$03,$04,$05
DB $5E,$60,$64,$03,$04,$05
DB $5F,$60,$62,$03,$04,$05
DB $60,$60,$60,$04,$04,$04
DB $40,$58,$88,$03,$04,$05
DB $41,$58,$86,$03,$04,$05
DB $42,$58,$84,$03,$04,$05
DB $43,$58,$82,$03,$04,$05
DB $44,$58,$80,$03,$04,$05
DB $45,$58,$8E,$03,$04,$05
DB $46,$58,$7C,$03,$04,$05
DB $47,$58,$7A,$03,$04,$05
DB $48,$58,$78,$02,$03,$05
DB $49,$58,$76,$02,$03,$05
DB $4A,$58,$74,$02,$03,$05
DB $4B,$58,$72,$02,$03,$05
DB $4C,$58,$70,$02,$03,$05
DB $4D,$58,$6E,$02,$03,$05
DB $4E,$58,$6C,$02,$03,$05
DB $4F,$58,$6A,$02,$03,$05
DB $50,$58,$68,$02,$02,$04
DB $51,$58,$66,$02,$02,$04
DB $52,$58,$64,$02,$02,$04
DB $53,$58,$62,$02,$02,$04
DB $54,$58,$60,$02,$02,$04
DB $55,$58,$5E,$02,$02,$04
DB $56,$58,$5C,$02,$02,$04
DB $57,$58,$5A,$02,$02,$04
DB $58,$58,$58,$04,$04,$04
DB $40,$58,$A0,$03,$06,$05
DB $41,$58,$9D,$03,$06,$05
DB $42,$58,$9A,$03,$06,$05
DB $43,$58,$97,$03,$05,$05
DB $44,$58,$94,$03,$05,$05
DB $45,$58,$91,$03,$05,$05
DB $46,$58,$8E,$03,$05,$05
DB $47,$58,$8B,$03,$05,$05
DB $48,$58,$88,$02,$04,$05
DB $49,$58,$85,$02,$04,$05
DB $4A,$58,$82,$02,$04,$05
DB $4B,$58,$7F,$02,$04,$05
DB $4C,$58,$7C,$02,$04,$05
DB $4D,$58,$79,$02,$04,$05
DB $4E,$58,$76,$02,$03,$05
DB $4F,$58,$73,$02,$03,$05
DB $50,$58,$70,$02,$03,$04
DB $51,$58,$6D,$02,$03,$04
DB $52,$58,$6A,$02,$03,$04
DB $53,$58,$67,$02,$02,$04
DB $54,$58,$64,$02,$02,$04
DB $55,$58,$61,$02,$02,$04
DB $56,$58,$5E,$02,$02,$04
DB $57,$58,$5B,$02,$02,$04
DB $58,$58,$58,$04,$04,$04
NO_DITHER_PAT
DB $8,$8,$8,$8
DB $8,$8,$8,$8
DB $8,$8,$8,$8
DB $8,$8,$8,$8
BAYER_PAT
DB $0,$8,$2,$A
DB $C,$4,$E,$6
DB $3,$B,$1,$9
DB $F,$7,$D,$5
HARF_PAT
DB $A,$4,$6,$8
DB $C,$0,$1,$E
DB $7,$9,$B,$5
DB $3,$F,$D,$1
SCREW_PAT
DB $D,$7,$6,$C
DB $8,$1,$0,$5
DB $9,$2,$3,$4
DB $E,$A,$B,$F
SCREW2_PAT
DB $F,$4,$8,$C
DB $B,$0,$1,$5
DB $7,$3,$2,$9
DB $E,$A,$6,$D
TYUUKAN_PAT
DB $C,$4,$8,$E
DB $B,$0,$2,$6
DB $7,$3,$1,$A
DB $F,$9,$5,$D
CONCENT_PAT
DB $D,$4,$8,$E
DB $A,$0,$1,$7
DB $6,$3,$2,$B
DB $F,$9,$5,$C
DB $F,$0,$F,$0 ;Ｈ
DB $F,$F,$F,$0
DB $F,$0,$F,$0
DB $0,$0,$0,$0
DB $8,$0,$8,$F ;斜線
DB $0,$8,$F,$8
DB $8,$F,$8,$0
DB $F,$8,$0,$8
DB $F,$0,$0,$0 ;ばってん
DB $0,$F,$0,$F
DB $0,$0,$F,$0
DB $0,$F,$0,$F
DB $7,$3,$7,$B ;白丸
DB $3,$0,$3,$7
DB $7,$3,$7,$B
DB $B,$7,$B,$F
DB $8,$8,$8,$0 ;■
DB $8,$F,$8,$0
DB $8,$8,$8,$0
DB $0,$0,$0,$0
;*******************************************
;* チャージタイム決定時に使用するテーブル *
;*******************************************
CHG_TIME_TBL_U
DB $10,$07,$06,$06,$06,$05,$05,$05
DB $05,$05,$04,$04,$04,$04,$04,$04
DB $03,$03,$03,$03,$03,$03,$03,$03
DB $02,$02,$02,$02,$02,$02,$02,$02
DB $02,$02,$02,$02,$02,$02,$02,$02
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00,$00,$00,$00,$00,$00,$00,$00
DB $00
CHG_TIME_TBL_D
DB $10,$07,$06,$06,$06,$05,$05,$05
DB $05,$05,$04,$04,$04,$04,$04,$04
DB $03,$03,$03,$03,$03,$03,$03,$03
DB $02,$02,$02,$02,$02,$02,$02,$02
DB $02,$02,$02,$02,$02,$02,$02,$02
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01,$01,$01,$01,$01,$01,$01,$01
DB $01
;*********************************
;* ミラーモード用のテーブル *
;*********************************
ORG $3D00
MIRROR_TABLE
DB $00,$80,$40,$C0,$20,$A0,$60,$E0
DB $10,$90,$50,$D0,$30,$B0,$70,$F0
DB $08,$88,$48,$C8,$28,$A8,$68,$E8
DB $18,$98,$58,$D8,$38,$B8,$78,$F8
DB $04,$84,$44,$C4,$24,$A4,$64,$E4
DB $14,$94,$54,$D4,$34,$B4,$74,$F4
DB $0C,$8C,$4C,$CC,$2C,$AC,$6C,$EC
DB $1C,$9C,$5C,$DC,$3C,$BC,$7C,$FC
DB $02,$82,$42,$C2,$22,$A2,$62,$E2
DB $12,$92,$52,$D2,$32,$B2,$72,$F2
DB $0A,$8A,$4A,$CA,$2A,$AA,$6A,$EA
DB $1A,$9A,$5A,$DA,$3A,$BA,$7A,$FA
DB $06,$86,$46,$C6,$26,$A6,$66,$E6
DB $16,$96,$56,$D6,$36,$B6,$76,$F6
DB $0E,$8E,$4E,$CE,$2E,$AE,$6E,$EE
DB $1E,$9E,$5E,$DE,$3E,$BE,$7E,$FE
DB $01,$81,$41,$C1,$21,$A1,$61,$E1
DB $11,$91,$51,$D1,$31,$B1,$71,$F1
DB $09,$89,$49,$C9,$29,$A9,$69,$E9
DB $19,$99,$59,$D9,$39,$B9,$79,$F9
DB $05,$85,$45,$C5,$25,$A5,$65,$E5
DB $15,$95,$55,$D5,$35,$B5,$75,$F5
DB $0D,$8D,$4D,$CD,$2D,$AD,$6D,$ED
DB $1D,$9D,$5D,$DD,$3D,$BD,$7D,$FD
DB $03,$83,$43,$C3,$23,$A3,$63,$E3
DB $13,$93,$53,$D3,$33,$B3,$73,$F3
DB $0B,$8B,$4B,$CB,$2B,$AB,$6B,$EB
DB $1B,$9B,$5B,$DB,$3B,$BB,$7B,$FB
DB $07,$87,$47,$C7,$27,$A7,$67,$E7
DB $17,$97,$57,$D7,$37,$B7,$77,$F7
DB $0F,$8F,$4F,$CF,$2F,$AF,$6F,$EF
DB $1F,$9F,$5F,$DF,$3F,$BF,$7F,$FF
;********************************************
;* バイト中のビットの数を数える為のテーブル *
;********************************************
ORG $3E00
COUNT_TABLE
DB $00,$01,$01,$02,$01,$02,$02,$03
DB $01,$02,$02,$03,$02,$03,$03,$04
DB $01,$02,$02,$03,$02,$03,$03,$04
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $01,$02,$02,$03,$02,$03,$03,$04
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $01,$02,$02,$03,$02,$03,$03,$04
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $04,$05,$05,$06,$05,$06,$06,$07
DB $01,$02,$02,$03,$02,$03,$03,$04
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $04,$05,$05,$06,$05,$06,$06,$07
DB $02,$03,$03,$04,$03,$04,$04,$05
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $04,$05,$05,$06,$05,$06,$06,$07
DB $03,$04,$04,$05,$04,$05,$05,$06
DB $04,$05,$05,$06,$05,$06,$06,$07
DB $04,$05,$05,$06,$05,$06,$06,$07
DB $05,$06,$06,$07,$06,$07,$07,$08
CK
LD de,BUF_ADR+$940
CALL LINE_CHECK
ENDIF
;------------黒点数え（画面全体）----------------------
ifn ZENTAI
LD BC,$00
LD DE,BUF_ADR
CALL SCREEN_CHECK
endif
;********この時点で、BCに黒点の個数が入っている***********
;******** BCのとりうる値は 0000～1500H ***********
_COUNT_END
LD A,(AKARUSA)
LD D,A ; AKARUSAが、黒点の数の目標値（0～A8）
SLA C B_TH320)
LD (HLI),A
LD A,(B_TH321)
LD (HLI),A
LD A,(B_TH322)
LD (HLI),A
LD A,(B_TH330)
LD (HLI),A
LD A,(B_TH331)
LD (HLI),A
LD A,(B_TH332)
LD (HLI),A
R_RAMBK
RET
;=========================================================
; REGISTER_SETTING
;
; 人工網膜チップのレジスタの設定
;
; Aレジスタ : 上位4ビット エッジの強さ ０～７
; 下位4ビット モード 0:負画像
; 1:横エッジ強調
; 2:縦エッジ強調
; 3:二次元エッジ強調
; 4:横エッジ
; 5:縦エッジ
; 6:二次元エッジ
;==========================================================
REGISTER_SETTING
LD B,A ;モードとエッジの強さ
AND $0F
CP $00
JR Z,_FUGAZOU
CP $01
JR Z,_YOKO_KYOUTYOU
CP $02
JR Z,_TATE_KYOUTYOU
CP $03
JR Z,_NIJIGEN_KYOUTYOU
CP $04
JR Z,_YOKO_EDGE
CP $05
JR Z,_TATE_EDGE
JR _NIJIGEN_EDGE
;--------------負画像------------------
_FUGAZOU
LD A,$02
LD (B_CNTR0),A
LD A,$02
LD (CNTR1),A
LD (B_CNTR1),A
LD A,$02
LD (CNTR4),A
LD (B_CNTR4),A
; LD A,$80
; LD (B_CNTR5),A
JR _REGI_SET_END
;-----------横エッジ強調--------------
_YOKO_KYOUTYOU
LD A,$02
LD (B_CNTR0),A
LD A,$22
LD (B_CNTR1),A
LD (CNTR1),A
LD A,B
AND $F0
CP $00
JR Z,_EDGE_YOWAI1
CP $10
JR Z,_EDGE_YOWAI1
CP $20
JR Z,_EDGE_YOWAI1
ADD A,$6
JR _V_SET_YK
_EDGE_YOWAI1
ADD A,$03
_V_SET_YK
LD (CNTR4),A
LD (B_CNTR4),A
; LD A,$80
; LD (B_CNTR5),A
JR _REGI_SET_END
;-----------縦エッジ強調--------------
_TATE_KYOUTYOU
JR _REGI_SET_END
;---------二次元エッジ強調------------
_NIJIGEN_KYOUTYOU
LD A,$00
LD (B_CNTR0),A
LD A,$E2
LD (B_CNTR1),A
LD (CNTR1),A
LD A,B
AND $F0
CP $00
JR Z,_EDGE_YOWAI
CP $10
JR Z,_EDGE_YOWAI
CP $20
JR Z,_EDGE_YOWAI
CP $30
JR Z,_EDGE_TYUU
ADD A,$6
JR _V_SET
_EDGE_YOWAI
ADD A,$03
JR _V_SET
_EDGE_TYUU
ADD A,$04
_V_SET
LD (CNTR4),A
LD (B_CNTR4),A
; LD A,$80
; LD (B_CNTR5),A
JR _REGI_SET_END
;--------------横エッジ-----------------
_YOKO_EDGE
JR _REGI_SET_END
;--------------縦エッジ-----------------
_TATE_EDGE
JR _REGI_SET_END
;------------二次元エッジ---------------
_NIJIGEN_EDGE
JR _REGI_SET_END
_REGI_SET_END
RET
;///////////////////////////////////////////////////////////////////
;///////////////////////////////////////////////////////////////////
;=====================================================
;
; オフセット調整
;
; 閾値が変更されるので、この後ディザの設定をすること
;=====================================================
GET_OFFSET
;-------------------------
LD A,$10 ; RAMBK $10
LD ($4000),A
LD B,$55 ;閾値を55H(1V)に設定する
LD HL,TH000
LD DE,$30
_TH_LOOP
LD (HL),B
DEC DE
LD A,D
OR E
JR NZ,_TH_LOOP
;--------------------------
XOR A ;チャージタイムを0000Hに設定する
LD (CNTR2),A
LD (CNTR3),A
;---------------------------
LD A,(B_CNTR5)
AND $C0
LD B,$3F ;オフセットの初期値は3FH(+1FH)
OR B
LD (B_CNTR5),A
LD (CNTR5),A
;-------------------------------------
LD A,$10
LD ($4000),A
LD A,(B_CNTR0) ;スタートビットを立てる
SET 0,A
LD (CNTR0),A
_POLL1 ;画像取得ポーリング
LD A,(CNTR0)
BIT 0,A
JR NZ,_POLL1
LD A,(B_CNTR0) ;スタートビットを立てる
SET 0,A
LD (CNTR0),A
_POLL2 ;画像取得ポーリング
LD A,(CNTR0)
BIT 0,A
JR NZ,_POLL2
;-------------------------------------------------------
_LOOP
LD A,$10
LD ($4000),A
LD A,(B_CNTR0) ;スタートビットを立てる
SET 0,A
LD (CNTR0),A
_POLL ;画像取得ポーリング
LD A,(CNTR0)
BIT 0,A
JR NZ,_POLL
CALL CHECK_BLACK ;黒レベルに到達したか？
OR A ;Ａレジスタが１のとき終了
JR NZ,_LOOP_END
CALL OFFSET_DOWN ;オフセットを下げて繰り返し
OR A ;Ａレジスタが１のとき終了
JR Z,_LOOP
;--------------------------------------------------------
_LOOP_END
LD A,(B_CNTR2) ;チャージタイムを元に戻す
LD (CNTR2),A
LD A,(B_CNTR3)
LD (CNTR3),A
RET
;=================
;CHECK_BLACK
;=================
CHECK_BLACK
XOR A
LD ($4000),A ;RAM BANK 0
LD HL,$AD0A
LD E,$10
_LOOP
LD A,(HLI)
CP $FF
JR NZ,_RET
LD A,(HLI)
CP $FF
JR NZ,_RET
LD A,L
ADD A,$0E
LD L,A
DEC E
JR NZ,_LOOP
;---黒レベルがでた！
LD A,$10
LD ($4000),A ;RAM BANK 10H
LD A,$01 ;黒レベルが出たよフラグセット！
RET
;---黒レベルは出なかった。オフセットを下げて出直そう
_RET
LD A,$10
LD ($4000),A ;RAM BANK 10H
XOR A
RET
;=================
;OFFSET_DOWN
;=================
OFFSET_DOWN
LD A,(B_CNTR5)
BIT 5,A ;符号チェック
JR Z,_MINUS
;------------------------------
_PLUS
AND $3F ;下位6BITをみて
CP $20
JR Z,_PLUS_END ;現在＋０の時は・・・_PLUS_END
DEC A ;減らす
; SET 5,A ;符号ビットをたてる
LD B,$00
JR _DOWN_END
_PLUS_END ;-1にする
LD A,$01
LD B,$00
JR _DOWN_END
;------------------------------
_MINUS
AND $1F
CP $1F
JR NZ,_MINUS_DOWN
LD B,$01 ;終了フラグ
JR _DOWN_END
_MINUS_DOWN
INC A ;へらす
LD B,$00
;-----------------------------
_DOWN_END
LD C,A
LD A,(B_CNTR5)
AND $C0
OR C
LD (B_CNTR5),A
LD (CNTR5),A
LD A,B ;一番下までいったかフラグ
RET
;///////////////////////////////////////////////////////////////////////
;///////////////////////////////////////////////////////////////////////
;=======================================================
;
; TRANSFER_TO_BUF
;
; 画像をバッファに転送する
; Ａレジスタ : パレットとモード
;=======================================================
TRANSFER_TO_BUF
AND $1F ; 下位５ＢＩＴがモード
_TENSOU1
CP 13
JR NZ,_TENSOU2
CALL TENSOU_TATE
JP _TENSOU_END
_TENSOU2
CP 16
JR NZ,_TENSOU3
CALL TENSOU_YOKO
JP _TENSOU_END
_TENSOU3
CP 2
JR NZ,_TENSOU4
CALL MIRROR_MODE
JP _TENSOU_END
_TENSOU4
CP 8
JR NZ,_TENSOU5
CALL MABIKI_MODE
JP _TENSOU_END
_TENSOU5
CP 9
JR NZ,_TENSOU6
CALL MABIKI_MODE2
JP _TENSOU_END
_TENSOU6
CP 5
JR NZ,_TENSOU7
CALL TATE_NOBASI_MODE
JP _TENSOU_END
_TENSOU7
CP 6
JR NZ,_TENSOU8
CALL YOKO_NOBASI_MODE
JP _TENSOU_END
_TENSOU8
CP 7
JR NZ,_TENSOU0
CALL KAKUDAI_MODE
JP _TENSOU_END
_TENSOU0
XOR A
LD ($4000),A
LD HL,$A100
LD DE,$D000
LD B,$0E
CALL DATA_MOV_F
JR _TENSOU_END
_TENSOU_END
RET
;============================================
;-- DDDD AAA TTTTT AAA ---------------
;-- D D A A T A A ---------------
;-- D D AAAAA T AAAAA ---------------
;-- D D A A T A A ---------------
;-- DDDD A A T A A ---------------
;****'(,$5C,$5C ;0155
DEFB $98,$98,$18,$18,$1E,$1E,$00,$00
DEFB $1B,$18,$1B,$18,$1C,$18,$1C,$18 ;0156
DEFB $1B,$18,$1B,$18,$1C,$18,$1C,$18
DEFB $FF,$09,$FF,$0F,$FF,$09,$FF,$00 ;0157
DEFB $FF,$00,$FF,$00,$FF,$00,$FF,$00
DEFB $FF,$1F,$FF,$04,$FF,$04,$F␀ﾐ�ﾂ0 ;0158
DEFB $FF,$00,$FF,$00,$FF,$00,$FF,$00
DEFB $E0,$1F,$FC,$03,$FC,$03,$FC,$03 ;0159
DEFB $FF,$00,$FF,$00,$FF,$00,$FF,$00
DEFB $1F,$E0,$FF,$00,$FF,$00,$FF,$00 ;015A
DEFB $FF,$00,$FF,$00,$FF,$00,$FF,$00
DEFB $FF,$A8,$FF,$00,$FF,$00,$FF,$0