Mesin Billing Playstation PS2 / PS3 Game Zone area
Alat ini berguna untuk menghitung pemakaian Playstasion baik itu PS2 maupun PS3 dengan setting waktu yang telah ditentukan. Laporan berupa nama operator dan lama pemakaian bisa dilihat dalam bentuk visualisasi display.
Panduan Installasi Billing
Kini Kami Hadir dengan Versi Terbaru Portable Billing Merah Putih, dengan tampilan yang simple namun mempunyai fitur yang lebih lengkap
Kami Juga menyediakan Billing Billyard
Bisa ditambahkan Alat RFID untuk tambahan fitur Member
Kami Juga menyediahkan Bafo Ori hanya 150ribu + 35 ribu ongkos kirim
Converter usb to serial ORI
Cara Kerja ALat Mesin Billing Playstation :
- Laporan recovery per menit (listrik mati data tetap ada).
- Bisa diset berbeda tarif tiap unit per jamnya.
- Ukuran Kecil Tanpa Relay ,Tidak Panas, suara orang jika Sewa mau Habis.
- Data tidak bisa diubah/dihapus hanya bisa dibaca
- 1 Komputer mampu sampai 20 unit(lebih) Playstation
Billing Studio Alat Musik Deatronik
Segera Hadir Billing Studio Alat Musik
bagi anda pemilik studio music atau karaoke segera manfaatkan Billing kami
Billing masih proses develop, masukan dari rekan-rekan sangat kami harapkan
Rangkaian Display via 74LS164
DISPLAY DARI MIKROKONTROLLER KE 7-SEG VIA 74LS164
GAMBAR DALAM BENTUK PDFdisplay
LIST PROGRAMNYA
line1 bit p0.4
line2 bit p0.5
datata bit p0.6
clockta bit p0.7
clockcm bit p1.0
cnt1 data 12h
cnt2 data 13h
cnt3 data 14h
cnt4 data 15h
cnt5 data 16h
cnt6 data 17h
keyb data 18h
disp1 data 19h
disp2 data 1ah
disp3 data 1bh
disp4 data 1ch
disp5 data 1dh
disp6 data 1eh
roth data 1fh
rotl data 20h
sev1 data 21h
sev2 data 22h
;set1 data 23h
;set2 data 24h
set3 data 25h
set4 data 26h
set5 data 27h
set6 data 28h
srtr data 29h
dlo data 2ah
dhi data 2bh
dec1 data 2ch
dec2 data 2dh
dec3 data 2eh
dec4 data 2fh
dec5 data 30h
dec6 data 31h
mm1 data 32h
mm2 data 33h
mm3 data 34h
mm4 data 35h
step data 36h
setup1 data 37h
setup2 data 38h
dpul1 data 39h
dpul2 data 3ah
dpul3 data 3bh
awal1 data 3ch
awal2 data 3dh
pjg_l1 data 3eh
pjg_l2 data 3fh
pjg_l3 data 40h
pjg_l4 data 41h
pjg_b1 data 42h
pjg_b2 data 43h
pjg_b3 data 44h
pjg_b4 data 45h
tampung1 data 46h
tampung2 data 47h
pul1 data 48h
pul2 data 49h
cm10 data 4ah
cm11 data 4bh
cm1 data 4ch
cm2 data 4dh
cm3 data 4eh
cm4 data 4fh
kodecm data 23h
org 0 ;50h
jmp mulai
mulai:
mov pul1,#0h ;#58h
mov pul2,#0h
; acall konversi
; mov cm10,#0
; mov dptr,#129*1234
; mov pul1,dpl
; mov pul2,dph
; acall konversi
; mov pul1,#0
; mov pul2,#0
; acall displaycm
; mov a,#100
; mov b,#20
; mul ab
; mov a,#10
; mov b,#20
; mul ab
; mov pul1,#0
; mov pul2,#0
; mov pul1,#15
; acall konversi
mov pul1,#0
mov pul2,#0
mov tampung1,#0
mov tampung2,#0
mov awal1,#0
mov awal2,#0
mov dptr,#1295
mov setup1,dpl
mov setup2,dph
mov dptr,#0
; mov setup1,#21h ;#0d2h
; mov setup2,#5 ;#4h
; mov dery,#0
; mov redus,#0
mov step,#0h
mov srtr,#’U’
mov kodecm,#’U’
mov disp1,#12
mov disp2,#12
mov disp3,#10
mov disp4,#10
mov disp5,#10
mov disp6,#10
acall display
; setb EA
; mov TMOD,#20h
; mov TH1,#0FDH
; setb TR1
; mov SCON,#50h
; mov adres,#1
; mov cled_ind,#0
; mov ccled_ind,#0
; mov set1,#9
; mov set2,#9
mov set3,#9
mov set4,#9
mov set5,#9
mov set6,#9
mov pjg_l1,#0
mov pjg_l2,#0
mov pjg_l3,#0
mov pjg_l4,#0
mov pjg_b1,#0
mov pjg_b2,#0
mov pjg_b3,#0
mov pjg_b4,#0
mov mm1,#0h
mov mm2,#0h
mov mm3,#0h
mov mm4,#0h
mov cnt1,#0h
mov cnt2,#0h
mov cnt3,#0h
mov cnt4,#0h
mov cnt5,#0h
mov cnt6,#0h
; mov relay,#0ffh
; mov led,#0ffh
setb line1
setb line2
cek_k:
acall tamp
mov a,tampung2
cjne a,#20,ulang11
mov tampung1,#0
mov tampung2,#0
acall display
acall konversi
acall displaycm
ulang11:
acall keypad
mov a,keyb
jz cek_k
cjne a,#’*’,cek_k1
acall key_in
ajmp cek_k
cek_k1:
mov a,keyb
cjne a,#’D’,cek_k2
acall cont_res
acall out_d
mov disp1,#10
acall display
; acall displaycm
ajmp cek_k
cek_k2:
mov a,keyb
cjne a,#’B’,cek_k3
; acall cont_res
; acall out_d
mov disp1,#1
; acall display
; acall displaycm
; acall line1_on
; acall cont_res
; acall out_d
; mov disp1,#10
; acall display
ajmp cek_k
cek_k3:
mov a,keyb
cjne a,#’C’,cek_k4
; acall cont_res
; acall out_d
mov disp1,#2
; acall display
; acall displaycm
; acall line2_on
; acall cont_res
; acall out_d
; mov disp1,#10
; acall display
ajmp cek_k
cek_k4:
mov a,keyb
cjne a,#’A’,cek_k5
acall cek_res_cm
cek_k5:
ajmp cek_k
tamp:
inc tampung1
mov a,tampung1
cjne a,#255,tampx
inc tampung2
tampx:
ret
cek_res_cm:
acall keypad
mov a,keyb
jz cek_res_cm
mov a,keyb
cjne a,#10,cek_res_cmx
mov pul1,#0 ;kompensasi
mov pul2,#0
; mov pul1,#58h
; mov pul2,#2h
acall konversi
acall displaycm
cek_res_cmx:
ret
konversi:
; push dph
; push dpl
mov dpl,pul1
mov dph,pul2
; mov r7,#11 ;kompensasi
;konv_pen:
; mov a,dpl
; cjne a,#0,konv3_p
; mov dpl,#255
; dec dph
; ajmp konv1_p
;konv3_p:
; dec dpl
;konv1_p:
; djnz r7,konv_pen
mov a,dpl
mov b,#10 ;0ah
clr c
mul ab
mov dpl,a
mov r7,b
mov a,dph
mov b,#10 ;0ah
clr c
mul ab
add a,r7
mov dph,a
mov cm1,#0
mov cm2,#0
mov cm3,#0
mov cm4,#0
mov r7,#0
konv1:
clr c
mov a,dpl
cjne a,#0,konv1n
mov a,dph
cjne a,#0,konv1n
ajmp konv22
konv1n:
; add a,dph
; add a,dph
; jz konv22
inc r7
mov a,r7
cjne a,#128,konv4
; cjne a,#13,konv4
acall cm_up
mov r7,#0
konv4:
mov a,dpl
cjne a,#0,konv3
mov dpl,#255
dec dph
ajmp konv1
konv3:
dec dpl
ajmp konv1
konv22:
; mov cm4,cm3
; mov cm3,cm2
; mov cm2,cm1
mov cm1,#10
mov a,cm4
cjne a,#0,kkv1
mov cm4,#10
kkv1:
mov a,cm3
cjne a,#0,kkv2
mov cm3,#10
kkv2:
mov a,cm2
cjne a,#0,kkv3
mov cm2,#10
kkv3:
; pop dpl
; pop dph
; mov r0,cm4
; mov r1,cm3
; mov r2,cm2
; mov r3,cm1
ret
cm_up:
; inc cm1
; mov a,cm1
; cjne a,#10,cmx
; mov cm1,#0
inc cm2
mov a,cm2
cjne a,#10,cmx
mov cm2,#0
inc cm3
mov a,cm3
cjne a,#10,cmx
mov cm3,#0
inc cm4
cmx:
; mov r0,cm4
; mov r2,cm3
; mov r3,cm2
ret
pul_up:
inc pul1
mov a,pul1
cjne a,#0,pul_upx
inc pul2
pul_upx:
; acall konversi
ret
pul_dn:
mov a,pul1
jnz pul_dnx
mov pul1,#255
dec pul2
ajmp pul_dnxx
pul_dnx:
dec pul1
pul_dnxx:
; acall konversi
ret
;ulang:
; inc tampung
; mov a,tampung
; jz ulang11
; acall display
; acall displaycm
;ulang11:
; acall cek_seven
;; acall rotary
;; acall cek_terima
; mov keyb,#0
; acall keypad
; mov a,keyb
; jz ulang
; mov a,keyb
; cjne a,#’D’,ula1
; acall cont_res
; acall out_d
; mov disp1,#12
; acall display
; acall displaycm
; ajmp ulang
;ula1:
; mov a,keyb
; cjne a,#’*’,ula2
; acall key_in
; ajmp ulang
;ula2:
; mov a,keyb
; cjne a,#’B’,ula3
; acall line1_on
; ajmp ulang
;ula3:
; mov a,keyb
; cjne a,#’C’,ula4
; acall line2_on
; ajmp ulang
;ula4:
; ajmp ulang
;line1_on:
;
;ll1:
; clr line1
; acall keypad
; mov a,keyb
; cjne a,#’B’,ll1
; setb line1
; acall delay
;; acall out_d
;; acall display
; ret
hitung:
mov pjg_b1,#0
mov pjg_b2,set4
mov pjg_b3,set5
mov pjg_b4,set6
mov dec1,set4
mov dec2,set5
mov dec3,set6
mov dec4,#0
acall decimal
mov r7,dph
mov r6,dpl
mov r5,awal2
mov r4,awal1
acall selisih
acall h_pulsa
acall ratusan
mov dec1,set4
mov dec2,set5
mov dec3,set6
mov dec4,#0
acall decimal
mov awal2,dph
mov awal1,dpl
; data di mm1
ret
h_pulsa:
mov a,setup1
mov b,dpl
acall kali
mov dpul1,a
mov dpul2,b ; 961E
mov a,setup2
mov b,dpl
; mul ab ; 4*b7 =2 dc
acall kali
mov dpul3,b ;
mov b,dpul2 ; 96
acall sum
mov dpul2,a
mov a,dpul3
; mov dpul3,b
; mov b,dpul3
; mov b,dpul3
acall sum
mov dpul3,a
; mov r0,dpul1
; mov r1,dpul2
; mov r2,dpul3
; mov r3,dpul4
mov a,dph
mov b,setup1
; mul ab
acall kali
mov r6,b ; hasil
mov r7,a ; sisa
mov a,dph
mov b,setup2
;mul ab
acall kali
mov b,r6
acall sum ; a=4
mov r6,a ;4 =
mov a,dpul2
mov b,r7
acall sum
mov dpul2,a
mov a,r6
acall sum
mov b,dpul3
acall sum
mov dpul3,a
; mov r0,dpul1
; mov r1,dpul2
; mov r2,dpul3
; mov r3,dpul4
ret
ratusan:
mov mm1,#0
mov mm2,#0
mov mm3,#0
mov mm4,#0
mov dptr,#0
mov r7,#0
; mov dpul1,#01eh
; mov dpul2,#044h
; mov dpul3,#8h
rat1:
mov a,dpul1
cjne a,#0,rat2
mov a,dpul2
cjne a,#0,rat3
mov a,dpul3
cjne a,#0,rat4
ajmp ratx
rat2:
dec dpul1
ajmp ratinc
rat3:
mov dpul1,#0ffh
dec dpul2
ajmp ratinc
rat4:
dec dpul3
mov dpul2,#0ffh
mov dpul1,#0ffh
ratinc:
inc r7
mov a,r7
cjne a,#100,rat_ul
mov r7,#0
; inc dptr
inc mm1
mov a,mm1
cjne a,#10,rat_ul
mov mm1,#0
inc mm2
mov a,mm2
cjne a,#10,rat_ul
mov mm2,#0
inc mm3
mov a,mm3
cjne a,#10,rat_ul
mov mm3,#0
inc mm4
; ajmp rat1
rat_ul:
ajmp rat1
ratx:
clr c
mov a,mm1
add a,mm2
add a,mm3
add a,mm4
jz der_out
mov r7,#11 ;kompensasi pulsa
derr:
mov a,mm1
cjne a,#0,derr1
mov mm1,#9
mov a,mm2
cjne a,#0,derr2
mov mm2,#9
mov a,mm3
cjne a,#0,derr3
mov mm3,#9
mov a,mm4
cjne a,#0,derr4
mov mm4,#9
derr1:
dec mm1
ajmp derrx
derr2:
dec mm2
ajmp derrx
derr3:
dec mm3
ajmp derrx
derr4:
dec mm1
ajmp derrx
derrx:
djnz r7,derr
der_out:
acall out_d
acall display
; acall displaycm
ret
line2_on:
; mov disp1,#12
; mov disp2,#12
; mov disp3,#10
; mov disp4,#10
; mov disp5,#10
; mov disp6,#10
; acall display
ll2:
clr line2
acall keypad
mov a,keyb
cjne a,#’C’,ll2
setb line2
acall delay
; acall out_d
; acall display
ret
;reduksi:
; mov dec1,set5
; mov dec2,set6
; mov dec3,#0
; mov dec4,#0
; acall decimal
;reduks:
; mov a,dpl
; mov b,#5
; div ab
; mov b,#2
; mul ab
; mov b,#10
; mul ab
;
; ret
key_in:
; mov disp1,#12
mov disp2,#12
mov disp3,#12
mov disp4,#10
mov disp5,#10
mov disp6,#10
acall display
; acall displaycm
key_in1:
acall keypad
mov a,keyb
jz key_in1
mov a,keyb
cjne a,#’#’,key_in2
mov kodecm,#’M’
;acall hitung
acall oper_sts
acall hitung
acall go_scan
mov pjg_l1,pjg_b1
mov pjg_l2,pjg_b2
mov pjg_l3,pjg_b3
mov pjg_l4,pjg_b4
acall out_digit
acall display
; acall displaycm
ajmp key_inx
key_in2:
mov a,keyb
clr c
subb a,#11
jnc key_in1
mov a,keyb
mov b,disp5
mov disp6,b
mov b,disp4
mov disp5,b
mov b,disp3
mov disp4,a ;b
; mov b,disp2
; mov disp3,a ;b
; mov b,disp1
; mov disp2,b
; mov disp1,a
acall display
; acall displaycm
ajmp key_in1
key_inx:
; mov a,cnt1
; mov disp1,a
; cjne a,#0,kout_d1
; mov disp1,#10
;kout_d1:
; acall out_d
; acall display
ret
oper_sts:
; mov a,disp1
; mov set1,a
; cjne a,#10,oper_s1
; mov set1,#0
oper_s1:
; mov a,disp2
; mov set2,a
; cjne a,#10,oper_s2
; mov set2,#0
oper_s2:
mov a,disp3
mov set3,a
cjne a,#10,oper_s3
mov set3,#0
oper_s3:
mov a,disp4
mov set4,a
cjne a,#10,oper_s4
mov set4,#0
oper_s4:
mov a,disp5
mov set5,a
cjne a,#10,oper_s5
mov set5,#0
oper_s5:
mov a,disp6
mov set6,a
cjne a,#10,oper_s6
mov set6,#0
oper_s6:
; acall out_d
acall display
; acall displaycm
ret
;test:
; mov a,redus
; cjne a,#0,redus1
; mov dec1,set5
; mov dec2,set6
; mov dec3,#0
; mov dec4,#0
; acall decimal
; mov redus,dpl
; mov dph,#0
; acall reduks
; mov dery,a
; ajmp redus2
;redus1:
; mov dec1,set5
; mov dec2,set6
; mov dec3,#0
; mov dec4,#0
; acall decimal
; mov dph,#0
; mov b,redus
; mov a,dpl
; clr c
; subb a,b
; mov dpl,a
; acall reduks
; mov dery,a
;redus2:
; acall compare
; mov febri,srtr
;test1:
; acall keypad
; mov a,keyb
; cjne a,#’*’,atest
; ajmp testx
;atest:
; acall compare
; mov a,srtr
; cjne a,#’U’,lamp_d
; clr line1
;
; ajmp lam_x
;lamp_d:
; clr line2
; mov dery,#0 ;mundur
; clr c
; mov a,mm1
; add a,mm2
; add a,mm3
; add a,mm4
; jz testx
;lam_x:
; mov a,srtr
; cjne a,febri,testx
; acall rotary
; ajmp test1
;testx:
; setb line1
; setb line2
; mov mm1,#0
; mov mm2,set4
; mov mm3,set5
; mov mm4,set6
; acall out_d
; acall display
; ret
decimal:
mov a,dec5
mov dptr,#0
cjne a,#1,hitn1
mov dptr,#2710h
hitn1:
mov dec5,dpl
mov dec6,dph
mov dptr,#0
mov b,dec4
mov a,#10
mul ab
mov b,#100
mul ab
mov dph,b
mov dpl,a
mov b,dec3
clr c
mov a,#100
mul ab
add a,dpl
jnc hit1
inc dph
hit1:
mov dpl,a
mov a,b
add a,dph
mov dph,a
mov b,dec2
mov a,#10
mul ab
add a,dec1
clr c
add a,dpl
jnc hit2
inc dph
hit2:
mov dpl,a
clr c
mov a,dec5
add a,dpl
jnc hit3
inc dph
hit3:
mov dpl,a
mov a,dec6
add a,dph
mov dph,a
ret
;compare:
; ;acall reduksi
; mov dec1,#0
; mov dec2,set4
; mov dec3,set5
; mov dec4,set6
; acall decimal
; ;______
; mov dery,#0
; mov r4,dery
; mov a,r4
; jz dery3
;dery_yes:
; mov a,dpl
; jnz dery1
; mov dpl,#0ffh
; dec dph
; ajmp dery2
;dery1:
; dec dpl
;dery2:
; djnz r4,dery_yes
;dery3:
; mov a,dpl
; mov dlo,a
; mov a,dph
; mov dhi,a
;
;
;
; mov dec1,mm1
; mov dec2,mm2
; mov dec3,mm3
; mov dec4,mm4
; acall decimal
; acall kurang
; mov srtr,r7
; ret
selisih:
selis:
mov a,r6
cjne a,#0,r66
mov a,r7
cjne a,#0,r77
ajmp sel_u
r66:
dec r6
ajmp seli1
r77:
mov r6,#0ffh
dec r7
seli1:
mov a,r4
cjne a,#0,r44
mov a,r5
cjne a,#0,r55
ajmp sel_d
r44:
dec r4
ajmp selis
r55:
mov r4,#0ffh
dec r5
ajmp selis
sel_d:
mov srtr,#’U’
mov disp1,#1
mov dpl,r6
mov dph,r7
inc dptr
ajmp selix
sel_u:
mov srtr,#’D’
mov disp1,#2
mov dpl,r4
mov dph,r5
selix:
ret
;kurang:
; mov a,dpl
; mov b,dlo
; clr c
; subb a,b
; jnc kurnxt1 ;dpl >dlo
; mov a,dph
; jnz kur1
; mov srtr,#’U’ ;#1
; ajmp kurnxt
;kurnxt1:
; mov a,dph
; mov b,dhi
; clr c
; subb a,b
; jnc kur2 ;dph > dlo
; mov srtr,#’U’ ;#2
; ajmp kurnxt
;kur1:
; dec dph
; mov a,dph
; mov b,dhi
; clr c
; subb a,b
; jnc kur2 ;dph>dhi
; mov srtr,#’U’ ;#3
; ajmp kurnxt
;kur2:
; mov srtr,#’D’ ;#4
;
;kurnxt:
;
;kurangx:
; mov r7,srtr
; ret
display:
mov r0,#disp1
mov r2,#6
displayu:
mov a,@r0
mov b,a
cjne a,#10,display1
mov dptr,#s0
ajmp display3
display1:
mov dptr,#s0
mov r1,a
display2:
inc dptr
djnz r1,display2
display3:
acall segmen
; acall segmencm
inc r0
djnz r2,displayu
ret
displaycm:
MOV CM10,#10
mov r0,#cm10 ;#disp1
mov r2,#6
displayucm:
mov a,@r0
mov b,a
cjne a,#10,display1cm
; cjne a,#0,display1cm
mov dptr,#s0
ajmp display3cm
display1cm:
mov dptr,#s0
mov r1,a
display2cm:
inc dptr
djnz r1,display2cm
display3cm:
acall segmencm
inc r0
djnz r2,displayucm
ret
empat:
setb p0.0
clr p0.1
clr p0.2
clr p0.3
ret
tiga:
clr p0.0
setb p0.1
clr p0.2
clr p0.3
ret
dua:
clr p0.0
clr p0.1
setb p0.2
clr p0.3
ret
satu:
clr p0.0
clr p0.1
clr p0.2
setb p0.3
ret
keypad:
mov keyb,#0
acall satu
mov a,p2
anl a,#0fh
jz tombol1
jb p2.0,tt1
ajmp xtt1
tt1:
mov keyb,#1
ajmp ttk1
xtt1:
jb p2.1,tt2
ajmp xtt2
tt2:
mov keyb,#4
ajmp ttk1
xtt2:
jb p2.2,tt3
ajmp xtt4
tt3:
mov keyb,#7
ajmp ttk1
xtt4:
jb p2.3,tt4
ajmp tombol1
tt4:
mov keyb,#’*’
ttk1:
mov a,p2
anl a,#0fh
jnz ttk1
tombol1:
acall dua
mov a,p2
anl a,#0fh
jz tombol2
jb p2.0,tt1A
ajmp xtt1A
tt1A:
mov keyb,#2
; ajmp ttk1A
ajmp t_ok
xtt1A:
jb p2.1,tt2A
ajmp xtt2A
tt2A:
mov keyb,#5
; ajmp ttk1A
ajmp t_ok
xtt2A:
jb p2.2,tt3A
ajmp xtt4A
tt3A:
mov keyb,#8
; ajmp ttk1A
ajmp t_ok
xtt4A:
jb p2.3,tt4A
ajmp tombol2
tt4A:
mov keyb,#10
ajmp t_ok
;ttk1A:
; mov a,p2
; anl a,#0fh
; jnz ttk1A
tombol2:
acall tiga
mov a,p2
anl a,#0fh
jz tombol3
jb p2.0,tt1B
ajmp xtt1B
tt1B:
mov keyb,#3
; ajmp ttk1B
ajmp t_ok
xtt1B:
jb p2.1,tt2B
ajmp xtt2B
tt2B:
mov keyb,#6
; ajmp ttk1B
ajmp t_ok
xtt2B:
jb p2.2,tt3B
ajmp xtt4B
tt3B:
mov keyb,#9
; ajmp ttk1B
ajmp t_ok
xtt4B:
jb p2.3,tt4B
ajmp tombol3
tt4B:
mov keyb,#’#’
ajmp t_ok
;ttk1B:
; mov a,p2
; anl a,#0fh
; jnz ttk1B
tombol3:
acall empat
mov a,p2
anl a,#0fh
jz tombol4
jb p2.0,tt1C
ajmp xtt1C
tt1c:
mov keyb,#’A’
; ajmp ttk1c
ajmp t_ok
xtt1c:
jb p2.1,tt2c
ajmp xtt2c
tt2c:
mov keyb,#’B’
; ajmp ttk1c
ajmp t_ok
xtt2c:
jb p2.2,tt3c
ajmp xtt4c
tt3c:
mov keyb,#’C’
; ajmp ttk1c
ajmp t_ok
xtt4c:
jb p2.3,tt4c
ajmp tombol4
tt4c:
mov keyb,#’D’
t_ok:
ttk1c:
mov a,keyb
cjne a,#’B’,putL
mov kodecm,#’U’
clr line1
acall rotary
ajmp putR
putL:
mov a,keyb
cjne a,#’C’,putR
mov kodecm,#’D’
clr line2
acall rotary
putR:
ACALL ROTARY
; mov cm4,#8
; mov cm3,#8
; mov cm2,#8
; mov cm1,#8
; acall displaycm
mov a,p2
anl a,#0fh
jnz PUTr ;ttk1c
setb line1
setb line2
acall konversi
acall displaycm
tombol4:
ret
segmen:
clr a
movc a,@a+dptr
cpl a
mov r7,a
mov b,#80h
ukl:
mov a,b
rl a
mov b,a
anl a,r7
jnz high_
clr datata
clr clockta
setb clockta
clr clockta
ajmp low_
high_:
setb datata
clr clockta
setb clockta
clr clockta
low_:
mov a,b
cjne a,#80h,ukl
ret
segmencm:
clr a
movc a,@a+dptr
cpl a
mov r7,a
mov b,#80h
uklcm:
mov a,b
rl a
mov b,a
anl a,r7
jnz high_cm
clr datata
clr clockcm
setb clockcm
clr clockcm
ajmp low_cm
high_cm:
setb datata
clr clockcm
setb clockcm
clr clockcm
low_cm:
mov a,b
cjne a,#80h,uklcm
ret
;cek_terima:
; acall terima
; clr c
; jz cek_terima_x
; cjne a,#0ffh,cek_terima
; mov r0,#tampung
;coba1_:
; acall terima
; clr c
; jz coba1_
; mov @r0,a
; clr c
; subb a,#0feh
; jz coba2_
; dec r0
; ajmp coba1_
;coba2_:
; mov r0,#tampung
; mov a,@r0
; cjne a,adres,cek_terima_x
; dec r0
; mov a,@r0
; cjne a,#’X’,send_dt
; mov disp1,#10
; mov disp2,#10
; mov disp3,#10
; mov disp4,#10
; acall display
; ajmp cek_terima_x
;send_dt:
; clr c
; mov a,#’$’
; acall kirim
; mov a,adres
; acall kirim
; mov a,#’#’
; acall kirim
; clr c
;; mov a,dtest
;; add a,#30h
; mov a,disp1
; acall kirim
; mov a,disp2
; acall kirim
; mov a,disp3
; acall kirim
; mov a,disp4
; acall kirim
; mov a,#’Y’
; acall kirim
; mov a,#’E’
; acall kirim
; mov a,#’S’
; acall kirim
;
;cek_terima_x:
; ret
rotary:
jb p2.7,rot1
mov roth,#0
ajmp rotx
rot1:
inc roth
mov a,roth
cjne a,#5,rot2
clr clockcm
setb clockcm
clr clockcm
; mov a,srtr
; cjne a,#’U’,rdown
; acall cont_up
; ajmp rstop
;rdown:
mov a,kodecm
cjne a,#’M’,rot2_
acall cont_down
mov a,srtr
cjne a,#’U’,tarikya
acall pul_up
ajmp yaya
tarikya:
acall pul_dn
yaya:
;rstop:
;acall out_dx
acall out_digit
acall display
; acall displaycm
ajmp rot2
rot2_:
mov a,kodecm
cjne a,#’U’,rot3_
acall pul_up
ajmp rot2
rot3_:
mov a,kodecm
cjne a,#’D’,rot3_
acall pul_dn
ajmp rot2
rot2:
mov a,roth
cjne a,#200,rotx
mov roth,#50
rotx:
ret
cek_seven:
mov a,sev1
inc sev1
mov a,sev1
cjne a,#255,cek_sevenx
; mov a,sev2
; cjne a,#0,cek_sv1
; mov a,cnt1
; mov disp1,a
; cjne a,#0,cek_sv1
; mov disp1,#10
;cek_sv1:
inc sev2
mov a,sev2
cjne a,#50,cek_sevenx
mov sev2,#0
acall display
cek_sevenx:
ret
out_d:
; mov disp1,#12
; mov disp2,#12
mov a,mm1
mov disp3,a
cjne a,#0,mil1
mov disp3,#10
mil1:
mov a,mm2
mov disp4,a
cjne a,#0,mil2
mov disp4,#10
mil2:
mov a,mm3
mov disp5,a
cjne a,#0,mil3
mov disp5,#10
mil3:
mov a,mm4
mov disp6,a
cjne a,#0,mil4
mov disp6,#10
mil4:
ret
out_digit:
mov a,pjg_l1
mov disp3,a
cjne a,#0,dout_d3
mov disp3,#10
dout_d3:
mov a,pjg_l2
mov disp4,a
cjne a,#0,dout_d4
mov disp4,#10
dout_d4:
mov a,pjg_l3
mov disp5,a
cjne a,#0,dout_d5
mov disp5,#10
dout_d5:
mov a,pjg_l4
mov disp6,a
cjne a,#0,dout_d6
mov disp6,#10
dout_d6:
ret
out_dx:
; mov a,cnt2
; mov disp2,a
; cjne a,#0,out_d2
; mov disp2,#10
;out_d2:
mov a,cnt1
mov disp3,a
cjne a,#0,out_d3
mov disp3,#10
out_d3:
mov a,cnt2
mov disp4,a
cjne a,#0,out_d4
mov disp4,#10
out_d4:
mov a,cnt3
mov disp5,a
cjne a,#0,out_d5
mov disp5,#10
out_d5:
mov a,cnt4
mov disp6,a
cjne a,#0,out_d6
mov disp6,#10
out_d6:
ret
;cont_up:
; inc cnt1
; mov a,cnt1
; cjne a,#10,cont_upx
;; mov disp1,#11
; mov cnt1,#0
; mov sev1,#254
; mov sev2,#49
; inc cnt2
; mov a,cnt2
; cjne a,#10,cont_upx
; mov cnt2,#0
; inc cnt3
; mov a,cnt3
; cjne a,#10,cont_upx
; mov cnt3,#0
; inc cnt4
; mov a,cnt4
; cjne a,#10,cont_upx
; mov cnt4,#0
; inc cnt5
; mov a,cnt5
; cjne a,#10,cont_upx
; mov cnt5,#0
; inc cnt6
; mov a,cnt6
; cjne a,#10,cont_upx
; acall cont_res
;cont_upx:
; inc step
; inc mm1
; mov a,step
;; cjne a,#2,stepx
;; mov step,#0
; mov a,mm1
;; add a,#5
;; mov mm1,a
; cjne a,#12,stepx
; mov mm1,#0
; inc mm2
; mov a,mm2
; cjne a,#10,stepx
; mov mm2,#0
; inc mm3
; mov a,mm3
; cjne a,#10,stepx
; mov mm3,#0
; inc mm4
; mov a,mm4
; cjne a,#10,stepx
; mov mm1,#0
; mov mm2,#0
; mov mm3,#0
; mov mm4,#0
;
;stepx:
; ret
go_scan:
mov cnt1,mm1
mov cnt2,mm2
mov cnt3,mm3
mov cnt4,mm4
mov cnt5,#0
mov cnt6,#0
go_scan1:
acall rotary
clr c
mov a,cnt1
add a,cnt2
add a,cnt3
add a,cnt4
jz go_x
mov a,srtr
cjne a,#’U’,tarik
clr line1
ajmp dorong
tarik:
clr line2
dorong:
; clr c
; mov a,cnt1
; add a,cnt2
; add a,cnt3
; add a,cnt4
; jz go_x
acall keypad
mov a,keyb
cjne a,#’*’,go_scan1
acall cont_res
acall display
; acall displaycm
ajmp go_x
go_x:
setb line1
setb line2
acall konversi
acall displaycm
ret
cont_down:
mov a,cnt1
cjne a,#0,down1
mov cnt1,#9
mov a,cnt2
cjne a,#0,down2
mov cnt2,#9
mov a,cnt3
cjne a,#0,down3
mov cnt3,#9
mov a,cnt4
cjne a,#0,down4
mov cnt4,#9
mov a,cnt5
cjne a,#0,down5
mov cnt5,#9
mov a,cnt6
cjne a,#0,down6
mov cnt6,#9
ajmp cont_downx
down1:
dec cnt1
ajmp cont_downx
down2:
dec cnt2
ajmp cont_downx
down3:
dec cnt3
ajmp cont_downx
down4:
dec cnt4
ajmp cont_downx
down5:
dec cnt5
ajmp cont_downx
down6:
dec cnt6
ajmp cont_downx
cont_downx:
mov pjg_l1,cnt1
inc step
mov a,step
cjne a,#12,stepdwnx ;buat bujuk’i display data ada di cnt
mov a,srtr
cjne a,#’D’,rot_naik
; acall pul_dn
mov step,#0
mov a,pjg_l2
cjne a,#0,mmd1
mov pjg_l2,#9
mov a,pjg_l3
cjne a,#0,mmd2
mov pjg_l3,#9
mov a,pjg_l4
cjne a,#0,mmd3
mov pjg_l4,#9
ajmp stepdwnx
mmd1:
dec pjg_l2
ajmp stepdwnx
mmd2:
dec pjg_l3
ajmp stepdwnx
mmd3:
dec pjg_l4
ajmp stepdwnx
rot_naik:
; acall pul_up
mov step,#0
inc pjg_l2
mov a,pjg_l2
cjne a,#10,rot_n1
mov pjg_l2,#0
inc pjg_l3
mov a,pjg_l3
cjne a,#10,rot_n1
mov pjg_l3,#0
inc pjg_l4
rot_n1:
stepdwnx:
ret
cont_res:
mov awal1,#0
mov awal2,#0
mov dptr,#0
; mov redus,#0
mov mm1,#0
mov mm2,#0
mov mm3,#0
mov mm4,#0
mov cnt1,#0
mov cnt2,#0
mov cnt3,#0
mov cnt4,#0
mov cnt5,#0
mov cnt6,#0
mov pjg_l1,#0
mov pjg_l2,#0
mov pjg_l3,#0
mov pjg_l4,#0
mov pjg_b1,#0
mov pjg_b2,#0
mov pjg_b3,#0
mov pjg_b4,#0
ret
;p_164:
; clr enb_ic ;data= p3.2 clock =p3.3
; mov r1,#1h
; mov r0,#8
;p_164_led:
; mov a,relay
; anl a,r1
; cjne a,#0,p_164_1
; acall clock0
; ajmp p_164_2
;p_164_1:
; acall clock1
;p_164_2:
; mov a,r1
; rl a
; MOV R1,A
; djnz r0,p_164_led
; mov r1,#1h
; mov r0,#8
;pp_164_led:
; mov a,led
; anl a,r1
; cjne a,#0,pp_164_1
; acall clock0
; ajmp pp_164_2
;pp_164_1:
; acall clock1
;pp_164_2:
; mov a,r1
; rl a
; MOV R1,A
; djnz r0,pp_164_led
; setb enb_ic
; clr enb_ic
; ret
;p_out:
; anl led,#11011111b
; mov a,led_ind
; cjne a,#0,p_out1
; orl led,#00100000b
;p_out1:
; anl led,#11101111b
; mov a,leda
; cjne a,#0,p_out3
; orl led,#00010000b
;p_out3:
; anl led,#11110111b
; mov a,ledb
; cjne a,#0,p_out5
; orl led,#00001000b
;p_out5:
; anl led,#11111011b
; mov a,ledc ;952
; cjne a,#0,p_out7
; orl led,#00000100b
;p_out7:
; anl led,#11111101b
; mov a,ledd
; cjne a,#0,p_out9
; orl led,#00000010b
;p_out9:
; anl led,#11111110b
; mov a,lede
; cjne a,#0,p_out11
; orl led,#00000001b
;p_out11:
; anl relay,#11101111b
; mov a,rel1
; cjne a,#0,p_out13
; orl relay,#00010000b
;p_out13:
; anl relay,#11110111b
; mov a,rel2
; cjne a,#0,p_out15
; orl relay,#00001000b
;p_out15:
; anl relay,#11111011b
; mov a,rel3
; cjne a,#0,p_out17
; orl relay,#00000100b
;p_out17:
; anl relay,#11111101b
; mov a,rel4
; cjne a,#0,p_out19
; orl relay,#00000010b
;p_out19:
; anl relay,#11111110b
; mov a,rel5
; cjne a,#0,p_out21
; orl relay,#00000001b
;p_out21:
; acall p_164
; ret
kali:
mov r5,a
mov r4,b
mul ab
mov a,b
jnz kali1
mov a,r5
mov b,r4
mul ab
; mov a,b
; mov b,#0
; mov b,r5
; mov a,#0
ajmp kalix
kali1:
mov a,r5
mov b,r4
mul ab
; mov r5,a
; mov a,b
; mov b,r5
; mov b,a
; mov a,r5
kalix:
ret
sum:
clr c
add a,b
jnc sum1
mov b,#1
ajmp sumx
sum1:
MOV B,#0
sumx:
ret
;terima:
; jnb ri,no_terima
; mov A,sbuf
; clr ri
; ajmp terima_x
;no_terima:
; mov a,#0
;terima_x:
; ret
;kirim:
; mov sbuf,a
; jnb ti,$
; clr ti
; ret
delay:
mov R7,#0
ld2:
mov r6,#0
Ld1:
djnz R6,ld1
djnz R7,Ld2
ret
s0: db 11111100b ;abcdefgxb
s1: db 10000100b
s2: db 01101110b
S3: DB 11001110b
S4: DB 10010110b
S5: DB 11011010b
S6: DB 11111010b
S7: DB 10001100b
S8: DB 11111110b
S9: DB 11011110b
sz: db 0ffh
sz1: db 0ffh
sx: db 0
end
BLACK BOX
Gambar Skema Black Box
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