📄 r01clk1.ms
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.stabs "D:\Hcy_Projects\CLOCK_KITCHEN\SOURCE\CnvLCDDec05\R01Clk1.S", FileName
;
; Copy right Oriental Skill (Asia) Ltd
; October 24, 2003
;
; Created by Kwan for Testing
;
;
; Scratch Pad memory from 0H ~ 0FH (M0~MF)
; User RAM from 10H ~ 2FH (32 nibbles)
; Stack from 30H~4FH
; LCD RAM from 90H ~ AFH -- However A4H~AFH may be used
; as user RAM because S13~S19 segment are not used
; in this application.
;
; v02 03-12-4 14:14
; 1. after battery insert to the scale, the display time should be 12:00 a.m.
; 2. the scale can enter calibration moe at anytime during clock display
; 3. to avoid abnormal operarion, program EPSON IC so that it cann't turn on
; within 2s after the scale turn off.
;#define SHOWLDIGITCMD 2
;#define SHOWSDIGITCMD 3
;#define SHOWICONCMD 4
;#define SHOWMSGCMD 5
;#define CLOCKMODE 0
;#define WEIGHTMODE 1
;#define CALIBRATEMODE 2
;#define KeyHoldTm M0
;#define KeyFlags M1
;#define RegKeyFlags 1 ; same as KeyFlags
;CommCount EQU M2 ; bit count for comm
;#define KeyHoldFlag 1
;#define NewKeyFlag 2
;#define DisFlashFlag 4
;#define TimeFormatFlag 8 ; 0: 12 hour, 1: 24 hour
;#define KeyCode M3
;#define RegKeyCode 3
;#define SendData M4
;#define RegSendData 4
;#define Tmr30s M5
;CommFlag EQU M6
;#define ComDigHBuf M6
;#define DigitHBuf M7
;#define Tmr1s M8
;#define Tmr2s M9
;
;#define RTCSec 10H
;#define RTCSecL 10H
;#define RTCSecH 11H
;#define RTCMin 12H
;#define RTCMinL 12H
;#define RTCMinH 13H
;#define RTCHour 14H
;#define RTCHourL 14H
;#define RTCHourH 15H
;
;#define RxStartBufL 20h ; start code
;RxCommand equ 21h
;#define RxBuffer0 21H ; LSBL, ___1, decimal place
;#define RxBuffer1 22H ; LSBH
;#define RxBuffer2 23H ; xxx1
;#define RxBuffer3 24H
;#define RxBuffer4 25H ; xx1x
;#define RxBuffer5 26H
;#define RxBuffer6 27H ; x1xx
;#define RxBuffer7 28H
;#define RxIcon0 29h
;#define RxIcon1 2ah
;#define RxIcon2 2bH
;#define RxIcon3 2cH
;#define RxSBuffer 2dH ; SDIGIT
;#define RxBuffer8 2eh
;#define RxBuffer9 2fh
;#define SumNumRxNibble 30h ;
;
;#define ModeOpt 31h ; 0: Clock Mode, 1: weighting Mode, 2: Calibration Mode
;#define DspHourBuf 32H
;#define DspHourLBuf 32H
;#define DspHourHBuf 33H
;#define LCDMapMem0 34H ; 1ST DIGIT
;#define LCDMapMem0H 35H
;#define LCDMapMem1 36H ; 2ND DIGIT
;#define LCDMapMem1H 37H
;#define LCDMapMem2 38H ; 3RD DIGIT
;#define LCDMapMem2H 39H
;#define LCDMapMem3 3AH ; 4TH DIGIT
;#define LCDMapMem3H 3BH
;#define LCDMapMem4 3CH ; 5,6th digit
;#define LCDMapMem4H 3DH
;#define LCDMapMem5 3EH
;#define LCDMapMem5H 3FH
;#define AppFlags 16H
;#define HalfSecFlag 1
;#define SecClickFlag 2
;#define ReqToSendFlag 4 ; set when 4 bits has been sent in background
;#define Rx4BitFlag 8 ; set when 4 bits has been received in background
;b0 -- Half second (0->1 0.5 sec, 1->0 1 sec)
;b1 -- second click
;b2 -- RxReady
;#define CommCount 17H ; bit count for comm
;#define TmpRTCMinute 18H
;#define TmpRTCMinuteL 18H ; for the use of time adjustment
;#define TmpRTCMinuteH 19H
;#define TmpRTCHour 1AH
;#define TmpRTCHourL 1aH
;#define TmpRTCHourH 1bH
;
;#define CommBufferL 1cH ; Tx/Rx Buffer
;RxNibbleCnt equ 00h ;
;#define RxNibbleCnt 1dh
;#define KeyFlag 1eH
;NewKey bit 1eh.0
;KeyHold bit 1eh.1
;#define RTC1SecCnt 1fh
;
;
;===========================================================
; Registers
; IC: 6001
;#define KPort 0E0H
;#define IO_Key_On 1
;#define IO_Key_Off 2
;#define IO_DClk 4
;;
;#define Timer 0E4H ; timer data register
;#define KPortMask 0E8H ; interrupt mask for K-port
;#define TimerMask 0EBH
;#define KIntFactor 0EDH ; interrupt request flags for Kport
;#define TIntFactor 0EFH ; interrupt request flags for Timer
;;
;#define RPort 0F3H ; R0 data port
;#define IO_PowerCtl 1
;#define IO_DataOut 2
;;
;#define PPort 0F6H ; P0 data port
;#define IO_Key_Kg 1
;#define IO_Key_ml 2
;#define IO_DataIn 8
;;
;#define TimerCR 0F9H
;;b2=1 to reset clock timer
;;
;#define HeavyLoad 0FAH ; heavy load protection register
;;b3=1 if heavy load, b3=0 if normal load
;;
;#define LCDSwitch 0FBH ;
;;b3=1 if static, b3=0 if dynamic
;;
;#define PPortDir 0FCH ; P-port direction register
;;b0=1 if whole P-port as output, b0=0 if as inout
;;
;#define BuzzerFreq 0FDH ; Buzzer freq
;===========================================================
; Registers
; IC: 60R08
;KPort EQU 0E3H
;IO_Key_On EQU 1
;IO_Key_Off EQU 2
;IO_DClk EQU 4
;Timer EQU 0E0H ; timer data register
;KPortMask EQU 0E5H ; interrupt mask for K-port
;TimerMask EQU 0E8H
;KIntFactor EQU 0EAH ; interrupt request flags for Kport
;TIntFactor EQU 0E9H ; interrupt request flags for Timer
;RPort EQU 0EBH ; R0 data port
;IO_PowerCtl EQU 1
;IO_DataOut EQU 2
;PPort EQU 0EDH ; P0 data port
;IO_Key_Kg EQU 1
;IO_Key_ml EQU 2
;IO_DataIn EQU 8
;TimerCR EQU 0EEH
;b2=1 to reset clock timer
;
;HeavyLoad EQU 0E6H ; heavy load protection register
;b3=1 if heavy load, b3=0 if normal load
;
;LCDSwitch EQU 0E8H ;
;b3=1 if static, b3=0 if dynamic
;
;PPortDir EQU 0EEH ; P-port direction register
;b0=1 if whole P-port as output, b0=0 if as inout
;
; constants defintion
;
;#define Key_On 0111b ; key code corr. to Samsung's code
;#define Key_Off 1110b
;#define Key_Kg 1101b
;#define Key_ml 1011b
;#define Key_Nil 0
; define by hcy
;#define Key_OnOff 0110b
;#define Key_OnKg 0101b
;===========================================================
.org 0
;-----------------------------------------------------------
;-----------------------------------------------------------
; Display routine
;-----------------------------------------------------------
;-----------------------------------------------------------
; hgfe dcba
; retd 3fh ; 0
; retd 06h ; 1
; retd 5bh ; 2
; retd 4fh ; 3
; retd 66h ; 4
; retd 6dh ; 5
; retd 7dh ; 6
; retd 27h ; 7
; retd 7fh ; 8
; retd 6fh ; 9
; retd 77h ; A
; retd 7ch ; b
; retd 39h ; C
; retd 5eh ; d
; retd 79h ; E
; retd 71h ; F
; retd 76h ; H
; retd 38h ; L
; retd 31h ; r
; retd 73h ; P
; retd 78h ; t
; retd 3eh ; U
; retd 40h ; -
; retd 00h ; ' '
; cgbh defa (h always 0)
.stabn 264, LineInfo
retd 0x0af ; 0
.stabn 265, LineInfo
retd 0x0a0 ; 1
.stabn 266, LineInfo
retd 0x6d ; 2
.stabn 267, LineInfo
retd 0x0e9 ; 3
.stabn 268, LineInfo
retd 0x0e2 ; 4
.stabn 269, LineInfo
retd 0x0cb ; 5
.stabn 270, LineInfo
retd 0x0cf ; 6
.stabn 271, LineInfo
retd 0x0a3 ; 7
.stabn 272, LineInfo
retd 0x0ef ; 8
.stabn 273, LineInfo
retd 0x0eb ; 9
.stabn 274, LineInfo
retd 0x0e7 ; A
.stabn 275, LineInfo
retd 0x0ce ; b
.stabn 276, LineInfo
retd 0x0f ; C
.stabn 277, LineInfo
retd 0x0af ; D
.stabn 278, LineInfo
retd 0x4f ; E
.stabn 279, LineInfo
retd 0x47 ; F
.stabn 280, LineInfo
retd 0x0e6 ; H
.stabn 281, LineInfo
retd 0x0e ; L
.stabn 282, LineInfo
retd 0x44 ; r
.stabn 283, LineInfo
retd 0x67 ; P
.stabn 284, LineInfo
retd 0x4e ; t
.stabn 285, LineInfo
retd 0x0ae ; U
.stabn 286, LineInfo
retd 0x40 ; -
.stabn 287, LineInfo
retd 0x00 ; ' '
; fraction table
.stabn 290, LineInfo
retd 0x18 ;
.stabn 291, LineInfo
retd 0x14
.stabn 292, LineInfo
retd 0x38
.stabn 293, LineInfo
retd 0x12
.stabn 294, LineInfo
retd 0x58
.stabn 295, LineInfo
retd 0x34
.stabn 296, LineInfo
retd 0x78
.stabn 297, LineInfo
retd 0x98
; denominator(2,4,8) and numerator(1,3,5,7,9) pattern
.stabn 300, LineInfo
retd 0x00 ; dummy
.stabn 301, LineInfo
retd 0x00 ; 1(numerator)
.stabn 302, LineInfo
retd 0x4A ; 2(denominator)
.stabn 303, LineInfo
retd 0x30 ; 3(numerator)
.stabn 304, LineInfo
retd 0x0C4 ; 4(denominator)
.stabn 305, LineInfo
retd 0x31 ; 5(numerator)
.stabn 306, LineInfo
retd 0x00 ; dummy
.stabn 307, LineInfo
retd 0x11 ; 7(numerator)
.stabn 308, LineInfo
retd 0x0CE ; 8(denominator)
.stabn 309, LineInfo
retd 0x31 ; 9(numerator)
DspPattern:
.stabn 313, LineInfo
ld b,0
.stabn 314, LineInfo
jpba
DspPattern1:
.stabn 317, LineInfo
ld b,1
.stabn 318, LineInfo
jpba
DspDenoNume:
.stabn 321, LineInfo
ld b,2
.stabn 322, LineInfo
jpba
;-------------------------------------
; Cate : Display
; By : Hcy
; Func : display the digit(0--9)
; Desc : DspDigit
; I/P : A(0--9),X(address of digit address)
; O/P : --
; Destroy: A,
; Note :
DspDigit:
.stabn 334, LineInfo
push xl
.stabn 335, LineInfo
calz DspPattern
DspDigE:
.stabn 337, LineInfo
pop xl
DspCopy:
.stabn 339, LineInfo
ld my,mx
.stabn 340, LineInfo
inc x
.stabn 341, LineInfo
inc y
.stabn 342, LineInfo
ld my,mx
.stabn 343, LineInfo
ret
DspDigit1:
.stabn 345, LineInfo
push xl
.stabn 346, LineInfo
calz DspPattern1
.stabn 347, LineInfo
jp DspDigE
;-------------------------------------
; Cate : Display
; By : Hcy
; Func : display the digit(0--9)
; Desc : DspDigit
; I/P : A(0--9),X(address of digit address)
; O/P : --
; Destroy: A,
; Note :
DspDigitW:
.stabn 360, LineInfo
push xl
.stabn 361, LineInfo
calz DspPattern
DspDigEW:
.stabn 363, LineInfo
pop xl
.stabn 365, LineInfo
ld my,mx
.stabn 366, LineInfo
inc x
.stabn 367, LineInfo
inc y
.stabn 368, LineInfo
ld a,(M6)
.stabn 369, LineInfo
or a,mx
.stabn 370, LineInfo
ld my,a
.stabn 371, LineInfo
ret
DspDigit1W:
.stabn 373, LineInfo
push xl
.stabn 374, LineInfo
calz DspPattern1
.stabn 375, LineInfo
jp DspDigE
; I: x(lcd ram address)
DspDigitSpa:
.stabn 379, LineInfo
ld a,0x07
.stabn 380, LineInfo
calz DspPattern1
.stabn 381, LineInfo
ret
;-------------------------------------
; Cate : Display
; By : loren
; Func : display the icon
; Desc : DspColonOn
; I/P : --
; O/P : --
; Destroy:
; Note :
DspColonOn:
.stabn 392, LineInfo
ld y,(0x37)
.stabn 393, LineInfo
ld a,my
.stabn 394, LineInfo
or a,0x01
.stabn 395, LineInfo
ld y,0x094
.stabn 396, LineInfo
ld my,a
.stabn 397, LineInfo
ret
;-------------------------------------
; Cate : Display
; By : loren
; Func : display off the icon
; Desc : DspColonOff
; I/P : --
; O/P : --
; Destroy:
; Note :
DspColonOff:
.stabn 409, LineInfo
ld y,(0x37)
.stabn 410, LineInfo
ld a,my
.stabn 411, LineInfo
and a,0b1110
.stabn 412, LineInfo
ld y,0x094
.stabn 413, LineInfo
ld my,a
DspCO:
.stabn 415, LineInfo
ret
;-------------------------------------
;-------------------------------------
; Cate :Dosplay
; By :Kwan
; Func :Flash the colon
; Desc :
; I/P :---
; O/P :
; Destroy:
; Note : turn on/off the colon according to
; HalfSecFlag
;
FlashColon:
.stabn 430, LineInfo
ld y,(0x31)
.stabn 431, LineInfo
fan my,0b1111
.stabn 432, LineInfo
jp nz,DspCO ; jmp if not clock mode
.stabn 434, LineInfo
ld y,(0x16)
.stabn 435, LineInfo
FAN my,(1)
.stabn 436, LineInfo
Jp z,DspColonOff
.stabn 437, LineInfo
jp DspColonOn
DspHourL:
.stabn 440, LineInfo
ld x,(0x36)
.stabn 441, LineInfo
ld y,0x093
.stabn 442, LineInfo
calz DspPattern
.stabn 443, LineInfo
ld x,(0x36)
.stabn 444, LineInfo
ld my,mx
.stabn 445, LineInfo
inc x
.stabn 446, LineInfo
inc y
.stabn 447, LineInfo
ld a,mx
.stabn 448, LineInfo
or a,0b0001
.stabn 449, LineInfo
ld my,a
.stabn 450, LineInfo
ret
ClrAmPm:
.stabn 452, LineInfo
ld x,0x090
.stabn 453, LineInfo
calz DspDigitSpa ; ' '
.stabn 454, LineInfo
ld x,0x09c
.stabn 455, LineInfo
calz DspDigitSpa
.stabn 456, LineInfo
ret
FlashHour:
.stabn 459, LineInfo
ld x,(0x16)
.stabn 460, LineInfo
FAN mx,(1)
.stabn 461, LineInfo
Jp z,DspHourOff
;-------------------------------------
; Cate : Display
; By : Hcy
; Func : Display the time
; Desc : DspTime
; I/P : y(ram address)
; O/P : --
; Destroy:
; Note :
DspTime:
DspHour:
; display hour xx
; ld x,RTCHourH
.stabn 475, LineInfo
ld x,(1)
.stabn 476, LineInfo
fan mx,(8)
.stabn 477, LineInfo
jp nz,DspH0 ; jmp if 24 hour format
.stabn 478, LineInfo
call IsEquZero
.stabn 479, LineInfo
jp c,NDspH00
.stabn 480, LineInfo
call IsEqu12
.stabn 481, LineInfo
jp c,DspH00 ; jmp if hour =12
.stabn 482, LineInfo
call Sub12D
.stabn 483, LineInfo
jp nc,DspH00 ; current time > 12
.stabn 484, LineInfo
call CopyByte
NDspH00:
.stabn 486, LineInfo
ld a,0x08
.stabn 487, LineInfo
ld x,0x090
.stabn 488, LineInfo
ld mx,a ; 'AM'
.stabn 489, LineInfo
ld x,0x09c
.stabn 490, LineInfo
ld a,0
.stabn 491, LineInfo
ld mx,a ; clr'pm'
.stabn 492, LineInfo
jp DspH1
DspH00:
.stabn 494, LineInfo
ld a,0x01
.stabn 495, LineInfo
ld x,0x09c
.stabn 496, LineInfo
ld mx,a ; 'PM'
.stabn 497, LineInfo
ld a,0
.stabn 498, LineInfo
ld x,0x090
.stabn 499, LineInfo
ld mx,a ; clr 'am'
.stabn 500, LineInfo
jp DspH1
DspH0:
; ld x,090h
; calz DspDigitSpa ; ' '
; ld x,09ch
; calz DspDigitSpa
.stabn 506, LineInfo
calz ClrAmPm
.stabn 507, LineInfo
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