bybarisdavulcu
Üye
- Katılım
- 28 Eyl 2006
- Mesajlar
- 33
- Puanları
- 1
- Yaş
- 40
KODLARI STL OLARAK YAZIN variable table q0.0 q0.1 q0.2 tanımlayın ve ı0.0 bitini 1 yapın programın çalışmasını izleyin.bütün programı network 1 de kullanınız. bu arada cpu 315
A I 0.0
S M 0.0
A I 0.1
R M 0.0
R T 1
R C 1
R T 2
R C 2
R T 3
R T 4
R M 0.3
A(
A M 0.0
AN M 0.4
L S5T#40S
SP T 1
NOP 0
L T 1
T MW 10
NOP 0
A T 1
)
A(
A(
L MW 10
L 370
>I
)
A(
L MW 10
L 400
<=I
)
O
A(
L MW 10
L 310
>I
)
A(
L MW 10
L 340
<=I
)
O
A(
L MW 10
L 250
>I
)
A(
L MW 10
L 280
<=I
)
)
= Q 0.0
A M 0.0
= L 0.0
A(
A(
A L 0.0
A Q 0.0
CU C 1
BLD 101
NOP 0
NOP 0
A M 0.1
R C 1
L C 1
T MW 20
NOP 0
A C 1
)
A(
L MW 20
L 3
==I
)
L S5T#40S
SP T 2
NOP 0
L T 2
T MW 30
NOP 0
A T 2
)
A(
A(
L MW 30
L 340
>I
)
A(
L MW 30
L 370
<=I
)
O
A(
L MW 30
L 280
>I
)
A(
L MW 30
L 310
<=I
)
O
A(
L MW 30
L 220
>I
)
A(
L MW 30
L 250
<=I
)
)
= Q 0.1
A L 0.0
A(
L MW 30
L 220
==I
)
= M 0.1
A M 0.0
= L 0.0
A(
A(
A L 0.0
A Q 0.1
CU C 2
BLD 101
NOP 0
NOP 0
A M 0.2
R C 2
L C 2
T MW 40
NOP 0
A C 2
)
A(
L MW 40
L 3
==I
)
L S5T#40S
SP T 3
NOP 0
L T 3
T MW 50
NOP 0
A T 3
)
A(
A(
L MW 50
L 340
>I
)
A(
L MW 50
L 370
<=I
)
O
A(
L MW 50
L 280
>I
)
A(
L MW 50
L 310
<=I
)
O
A(
L MW 50
L 220
>I
)
A(
L MW 50
L 250
<=I
)
)
= Q 0.2
A L 0.0
A(
L MW 50
L 220
==I
)
= M 0.2
A M 0.0
A(
L MW 50
L 220
==I
)
S M 0.3
A(
A M 0.0
A M 0.3
L S5T#40S
SP T 4
NOP 0
L T 4
T MW 60
NOP 0
A T 4
)
A(
A(
L MW 60
L 370
>I
)
A(
L MW 60
L 400
<=I
)
O
A(
L MW 60
L 310
>I
)
A(
L MW 60
L 340
<=I
)
O
A(
L MW 60
L 250
>I
)
A(
L MW 60
L 280
<=I
)
)
JNB _001
L 7
T QB 0
_001: NOP 0
A M 0.0
A(
L MW 60
L 250
==I
)
R T 1
R C 1
R T 2
R C 2
R T 3
R T 4
R M 0.3
= M 0.4
A I 0.0
S M 0.0
A I 0.1
R M 0.0
R T 1
R C 1
R T 2
R C 2
R T 3
R T 4
R M 0.3
A(
A M 0.0
AN M 0.4
L S5T#40S
SP T 1
NOP 0
L T 1
T MW 10
NOP 0
A T 1
)
A(
A(
L MW 10
L 370
>I
)
A(
L MW 10
L 400
<=I
)
O
A(
L MW 10
L 310
>I
)
A(
L MW 10
L 340
<=I
)
O
A(
L MW 10
L 250
>I
)
A(
L MW 10
L 280
<=I
)
)
= Q 0.0
A M 0.0
= L 0.0
A(
A(
A L 0.0
A Q 0.0
CU C 1
BLD 101
NOP 0
NOP 0
A M 0.1
R C 1
L C 1
T MW 20
NOP 0
A C 1
)
A(
L MW 20
L 3
==I
)
L S5T#40S
SP T 2
NOP 0
L T 2
T MW 30
NOP 0
A T 2
)
A(
A(
L MW 30
L 340
>I
)
A(
L MW 30
L 370
<=I
)
O
A(
L MW 30
L 280
>I
)
A(
L MW 30
L 310
<=I
)
O
A(
L MW 30
L 220
>I
)
A(
L MW 30
L 250
<=I
)
)
= Q 0.1
A L 0.0
A(
L MW 30
L 220
==I
)
= M 0.1
A M 0.0
= L 0.0
A(
A(
A L 0.0
A Q 0.1
CU C 2
BLD 101
NOP 0
NOP 0
A M 0.2
R C 2
L C 2
T MW 40
NOP 0
A C 2
)
A(
L MW 40
L 3
==I
)
L S5T#40S
SP T 3
NOP 0
L T 3
T MW 50
NOP 0
A T 3
)
A(
A(
L MW 50
L 340
>I
)
A(
L MW 50
L 370
<=I
)
O
A(
L MW 50
L 280
>I
)
A(
L MW 50
L 310
<=I
)
O
A(
L MW 50
L 220
>I
)
A(
L MW 50
L 250
<=I
)
)
= Q 0.2
A L 0.0
A(
L MW 50
L 220
==I
)
= M 0.2
A M 0.0
A(
L MW 50
L 220
==I
)
S M 0.3
A(
A M 0.0
A M 0.3
L S5T#40S
SP T 4
NOP 0
L T 4
T MW 60
NOP 0
A T 4
)
A(
A(
L MW 60
L 370
>I
)
A(
L MW 60
L 400
<=I
)
O
A(
L MW 60
L 310
>I
)
A(
L MW 60
L 340
<=I
)
O
A(
L MW 60
L 250
>I
)
A(
L MW 60
L 280
<=I
)
)
JNB _001
L 7
T QB 0
_001: NOP 0
A M 0.0
A(
L MW 60
L 250
==I
)
R T 1
R C 1
R T 2
R C 2
R T 3
R T 4
R M 0.3
= M 0.4