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C
C **********************************************************************
C
Subroutine AS0128
C
C Différence de deux variables de type Real*8
C
C **********************************************************************
C
C Déclarations
C
Implicit None
C
Character*80 S
Real*8 R,Rx,Ry
Integer*1 I1(8),I1x(8),I1y(8),K
Equivalence (I1,R),(I1x,Rx),(I1y,Ry)
C
C **********************************************************************
C
C Instructions exécutables
C
Open (4,File='AS0128.txt')
100 Write (*,*) ' '
S='Tapez 8 suites de 8 chiffres binaires'
Call U003(S,Len_Trim(S))
S='Octet 1'
Call U003(S,Len_Trim(S))
S='(Ctrl-Z pour quitter)'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=105) S
If (Len_Trim(S).Ne.8) Go To 105
I1x(8)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(8)=IBSet(I1x(8),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 105
End If
End Do
Go To 110
C
105 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 100
C
110 S='Octet 2'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=115) S
If (Len_Trim(S).Ne.8) Go To 115
I1x(7)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(7)=IBSet(I1x(7),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 115
End If
End Do
Go To 120
C
115 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 110
C
120 S='Octet 3'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=125) S
If (Len_Trim(S).Ne.8) Go To 125
I1x(6)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(6)=IBSet(I1x(6),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 125
End If
End Do
Go To 130
C
125 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 120
C
130 S='Octet 4'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=135) S
If (Len_Trim(S).Ne.8) Go To 135
I1x(5)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(5)=IBSet(I1x(5),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 135
End If
End Do
Go To 140
C
135 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 130
C
140 S='Octet 5'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=145) S
If (Len_Trim(S).Ne.8) Go To 145
I1x(4)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(4)=IBSet(I1x(4),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 145
End If
End Do
Go To 150
C
145 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 140
C
150 S='Octet 6'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=155) S
If (Len_Trim(S).Ne.8) Go To 155
I1x(3)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(3)=IBSet(I1x(3),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 155
End If
End Do
Go To 160
C
155 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 150
C
160 S='Octet 7'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=165) S
If (Len_Trim(S).Ne.8) Go To 165
I1x(2)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(2)=IBSet(I1x(2),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 165
End If
End Do
Go To 170
C
165 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 160
C
170 S='Octet 8'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=175) S
If (Len_Trim(S).Ne.8) Go To 175
I1x(1)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1x(1)=IBSet(I1x(1),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 175
End If
End Do
Go To 180
C
175 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 170
C
180 Write (*,*) ' '
S='Tapez 8 suites de 8 chiffres binaires'
Call U003(S,Len_Trim(S))
S='Octet 1'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=185) S
If (Len_Trim(S).Ne.8) Go To 185
I1y(8)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(8)=IBSet(I1y(8),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 185
End If
End Do
Go To 190
C
185 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 180
C
190 S='Octet 2'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=195) S
If (Len_Trim(S).Ne.8) Go To 195
I1y(7)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(7)=IBSet(I1y(7),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 195
End If
End Do
Go To 200
C
195 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 190
C
200 S='Octet 3'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=205) S
If (Len_Trim(S).Ne.8) Go To 205
I1y(6)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(6)=IBSet(I1y(6),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 205
End If
End Do
Go To 210
C
205 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 200
C
210 S='Octet 4'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=215) S
If (Len_Trim(S).Ne.8) Go To 215
I1y(5)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(5)=IBSet(I1y(5),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 215
End If
End Do
Go To 220
C
215 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 210
C
220 S='Octet 5'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=225) S
If (Len_Trim(S).Ne.8) Go To 225
I1y(4)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(4)=IBSet(I1y(4),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 225
End If
End Do
Go To 230
C
225 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 220
C
230 S='Octet 6'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=235) S
If (Len_Trim(S).Ne.8) Go To 235
I1y(3)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(3)=IBSet(I1y(3),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 235
End If
End Do
Go To 240
C
235 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 230
C
240 S='Octet 7'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=245) S
If (Len_Trim(S).Ne.8) Go To 245
I1y(2)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(2)=IBSet(I1y(2),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 245
End If
End Do
Go To 250
C
245 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 240
C
250 S='Octet 8'
Call U003(S,Len_Trim(S))
Read (*,*,End=999,Err=255) S
If (Len_Trim(S).Ne.8) Go To 255
I1y(1)=0
Do K=1,8
If (S(K:K).Eq.'1') Then
I1y(1)=IBSet(I1y(1),8-K)
Else If (S(K:K).Ne.'0') Then
Go To 255
End If
End Do
Go To 260
C
255 S='Donnée incorrecte'
Call U003(S,Len_Trim(S))
Go To 250
C
260 R=Rx-Ry
Write (*,'(//1X,A)') 'Adr+7 Adr+6 Adr+5 Adr+4 '//
* 'Adr+3 Adr+2 Adr+1 Adr'
Write (*,'(8(1X,8I1))')
* (-BTest(I1x(8),K),K=7,0,-1),(-BTest(I1x(7),K),K=7,0,-1),
* (-BTest(I1x(6),K),K=7,0,-1),(-BTest(I1x(5),K),K=7,0,-1),
* (-BTest(I1x(4),K),K=7,0,-1),(-BTest(I1x(3),K),K=7,0,-1),
* (-BTest(I1x(2),K),K=7,0,-1),(-BTest(I1x(1),K),K=7,0,-1)
Write (*,'(D25.18)') Rx
Write (*,'(/1X,A)') 'Adr+7 Adr+6 Adr+5 Adr+4 '//
* 'Adr+3 Adr+2 Adr+1 Adr'
Write (*,'(8(1X,8I1))')
* (-BTest(I1y(8),K),K=7,0,-1),(-BTest(I1y(7),K),K=7,0,-1),
* (-BTest(I1y(6),K),K=7,0,-1),(-BTest(I1y(5),K),K=7,0,-1),
* (-BTest(I1y(4),K),K=7,0,-1),(-BTest(I1y(3),K),K=7,0,-1),
* (-BTest(I1y(2),K),K=7,0,-1),(-BTest(I1y(1),K),K=7,0,-1)
Write (*,'(D25.18)') Rx
Write (*,'(/1X,A)') 'Adr+7 Adr+6 Adr+5 Adr+4 '//
* 'Adr+3 Adr+2 Adr+1 Adr'
Write (*,'(8(1X,8I1))')
* (-BTest(I1(8),K),K=7,0,-1),(-BTest(I1(7),K),K=7,0,-1),
* (-BTest(I1(6),K),K=7,0,-1),(-BTest(I1(5),K),K=7,0,-1),
* (-BTest(I1(4),K),K=7,0,-1),(-BTest(I1(3),K),K=7,0,-1),
* (-BTest(I1(2),K),K=7,0,-1),(-BTest(I1(1),K),K=7,0,-1)
Write (*,'(D25.18)') R
C
Write (4,'(//1X,A)') 'Adr+7 Adr+6 Adr+5 Adr+4 '//
* 'Adr+3 Adr+2 Adr+1 Adr'
Write (4,'(8(1X,8I1))')
* (-BTest(I1x(8),K),K=7,0,-1),(-BTest(I1x(7),K),K=7,0,-1),
* (-BTest(I1x(6),K),K=7,0,-1),(-BTest(I1x(5),K),K=7,0,-1),
* (-BTest(I1x(4),K),K=7,0,-1),(-BTest(I1x(3),K),K=7,0,-1),
* (-BTest(I1x(2),K),K=7,0,-1),(-BTest(I1x(1),K),K=7,0,-1)
Write (4,'(D25.18)') Rx
Write (4,'(/1X,A)') 'Adr+7 Adr+6 Adr+5 Adr+4 '//
* 'Adr+3 Adr+2 Adr+1 Adr'
Write (4,'(8(1X,8I1))')
* (-BTest(I1y(8),K),K=7,0,-1),(-BTest(I1y(7),K),K=7,0,-1),
* (-BTest(I1y(6),K),K=7,0,-1),(-BTest(I1y(5),K),K=7,0,-1),
* (-BTest(I1y(4),K),K=7,0,-1),(-BTest(I1y(3),K),K=7,0,-1),
* (-BTest(I1y(2),K),K=7,0,-1),(-BTest(I1y(1),K),K=7,0,-1)
Write (4,'(D25.18)') Rx
Write (4,'(/1X,A)') 'Adr+7 Adr+6 Adr+5 Adr+4 '//
* 'Adr+3 Adr+2 Adr+1 Adr'
Write (4,'(8(1X,8I1))')
* (-BTest(I1(8),K),K=7,0,-1),(-BTest(I1(7),K),K=7,0,-1),
* (-BTest(I1(6),K),K=7,0,-1),(-BTest(I1(5),K),K=7,0,-1),
* (-BTest(I1(4),K),K=7,0,-1),(-BTest(I1(3),K),K=7,0,-1),
* (-BTest(I1(2),K),K=7,0,-1),(-BTest(I1(1),K),K=7,0,-1)
Write (4,'(D25.18)') R
Go To 100
C
999 Close (4)
Return
End |
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