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C8CPU.txt
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C8CPU.txt
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If not(C
Then
If D=238
Then
|LSTK(dim(|LSTK->P
dim(|LSTK)-1->dim(|LSTK
Return
End
If D=253
Stop
If D>223
ClrDraw
If D=254
Then
32->L
64->W
Return
End
If D=255
Then
If not(Xmin+|E2DeltaX>Xmax
Then
64->L
128->W
Else
62->L
92->W
End
End
Return
End
If C<32
Then
D+4096fPart(C/16->P
Return
End
If C<48
Then
1+dim(|LSTK->dim(|LSTK
P->|LSTK(dim(|LSTK
D+4096fPart(C/16->P
Return
End
If C<64
Then
P+2(D=L2(1+16fPart(C/16->P
Return
End
If C<80
Then
P+2(D!=L2(1+16fPart(C/16->P
Return
End
If C<96
Then
P+2(L2(1+16fPart(C/16))=L2(1+int(D/16->P
Return
End
If C<112
Then
D->L2(1+16fPart(C/16
Return
End
If C<128
Then
D+L2(1+16fPart(C/16
256fPart(Ans/256->L2(1+16fPart(C/16
Return
End
If C<144
Then
L2(1+int(D/16->H
16fPart(D/16->A
If not(Ans
Then
H->L2(1+16fPart(C/16
Return
End
0->F
L2(1+16fPart(C/16->G
If A=1
Then
For([recursiven],0,8
round(e^([recursiven]ln(2)),0
F+Ans(0<((2fPart(int(G/Ans)/2))+2fPart(.5int(H/Ans->F
End
Ans->L2(1+16fPart(C/16
Return
End
If A=2
Then
For([recursiven],0,8
round(e^([recursiven]ln(2)),0
F+Ans(1<((2fPart(int(G/Ans)/2))+2fPart(.5int(H/Ans->F
End
Ans->L2(1+16fPart(C/16
Return
End
If A=3
Then
For([recursiven],0,8
round(e^([recursiven]ln(2)),0
F+Ans(2fPart(.5((2fPart(int(G/Ans)/2))+2fPart(.5int(H/Ans->F
End
Ans->L2(1+16fPart(C/16
Return
End
If A=4
Then
H+Ans->B
B>255->L2(16
256fPart(B/256->L2(1+16fPart(C/16
Return
End
If A=5
Then
Ans-H->B
B>=0->E
B+256not(Ans->B
256fPart(B/256->L2(1+16fPart(C/16
E->L2(16
Return
End
If A=6
Then
If M
H->G
int(.5Ans->L2(1+16fPart(C/16
2fPart(.5G->L2(16
Return
End
If A=7
Then
H-Ans->B
Ans>=0->E
B+256not(Ans->B
256fPart(B/256->L2(1+16fPart(C/16
E->L2(16
Return
End
If A=14
Then
If M
H->G
256fPart(2Ans/256->L2(1+16fPart(C/16
128<=G->L2(16
End
Return
End
If C<160
Then
P+2(L2(1+(16fPart(C/16)))!=L2(1+(int(D/16->P
Return
End
If C<208
Then
If C<176
Then
D+4096fPart(C/16->I
Return
End
If C<192
Then
D+4096fPart(C/16)+L2(1->P
Return
End
DelVar BrandInt(0,255->R
For([recursiven],0,8
round(e^([recursiven]ln(2)),0
B+Ans(1<2fPart(.5int(D/Ans))+2fPart(.5int(R/Ans->B
End
Ans->L2(1+16fPart(C/16
Return
End
If C<224
Then
0->N
L2(1+(int(D/16->H
If I<420 and not(theta
Then
If I<16
Text(1+LfPart(H/L),1+WfPart(L2(1+16fPart(C/16))/W),sub("0123456789ABCDEF",I+1,1
Else
I->E
For(O,1,16fPart(D/16
L2(1+(16fPart(C/16->G
1+int(E/8->A
8fPart(E/8->B
If B=7
iPart(1000fPart(|E9imag(L1(A
If B=6
iPart(1000fPart(|E6imag(L1(A
If B=5
1000fPart(.001iPart(|E6imag(L1(A
If B=4
iPart(1000imag(L1(A
If B=3
iPart(1000fPart(|E9real(L1(A
If B=2
iPart(1000fPart(|E6real(L1(A
If B=1
1000fPart(.001iPart(|E6real(L1(A
If not(B
iPart(1000real(L1(A
Ans->R
For([recursiven],1,8
If R>127
Then
If pxl-Test(1+LfPart(H/L),1+WfPart(G/W
1->N
Pxl-Change(1+LfPart(H/L),1+WfPart(G/W
End
256fPart((2R)/256->R
G+1->G
End
H+1->H
E+1->E
End
End
N->L2(16
Return
End
If C<240
Then
~1->K
getKey
If Ans=103
0->K
If Ans=72
1->K
If Ans=73 or Ans=25
2->K
If Ans=74
3->K
If Ans=82 or Ans=24
4->K
If Ans=83 or Ans=34
5->K
If Ans=84 or Ans=26
6->K
If Ans=92
7->K
If Ans=93
8->K
If Ans=94
9->K
If Ans=102
10->K
If Ans=104
11->K
If Ans=75
12->K
If Ans=85
13->K
If Ans=95
14->K
If Ans=105
15->K
If D=158
Then
P+2(K=L2(1+16fPart(C/16->P
Else
P+2(K!=L2(1+16fPart(C/16->P
End
Return
End
If D=7
Then
Q->L2(1+16fPart(C/16
Return
End
If D=10
Then
0->K
Repeat Ans>71 and 1<10fPart(Ans/10
If Q
Q-1->Q
getKey
End
If Ans=72
1->K
If Ans=73 or Ans=25
2->K
If Ans=74
3->K
If Ans=82 or Ans=24
4->K
If Ans=83 or Ans=34
5->K
If Ans=84 or Ans=26
6->K
If Ans=92
7->K
If Ans=93
8->K
If Ans=94
9->K
If Ans=102
10->K
If Ans=104
11->K
If Ans=75
12->K
If Ans=85
13->K
If Ans=95
14->K
If Ans=105
15->K
K->L2(1+16fPart(C/16
Return
End
If D=21
Then
L2(1+16fPart(C/16->Q
Return
End
If D=24
Then
L2(1+16fPart(C/16->S
Return
End
If D=30
Then
4096fPart((I+L2(1+16fPart(C/16)))/4096->I
Return
End
If D=41
Then
(5^theta)L2(1+16fPart(C/16->I
Return
End
If D=48
Then
80+10^(theta)L2(1+16fPart(C/16->I
Return
End
If D=51
Then
For([recursiven],0,2
1+int(.125(I+[recursiven]->A
8fPart(.125(I+[recursiven]->B
|E~12iPart(1000fPart(|E9imag(L1(A
If B=6
|E~9iPart(1000fPart(|E6imag(L1(A
If B=5
.001fPart(.001iPart(|E6imag(L1(A
If B=4
.001iPart(1000imag(L1(A
If B=3
|E~12iPart(1000fPart(|E9real(L1(A
If B=2
|E~9iPart(1000fPart(|E6real(L1(A
If B=1
.001fPart(.001iPart(|E6real(L1(A
If not(B
.001iPart(1000real(L1(A
Ans->Z
4fPart(.25B->E
10fPart(.1L2(1+16fPart(C/16
If [recursiven]=1
10fPart(.1int(.1L2(1+16fPart(C/16
If not([recursiven]
int(.01L2(1+16fPart(C/16
Ans10^(~3(E+1
If B>3
[i]Ans
Ans-Z+L1(A->L1(A
End
Return
End
If D<102
Then
For([recursiven],0,16fPart(C/16
1+int(.125(I+[recursiven]->A
8fPart(.125(I+[recursiven]->B
|E~12iPart(1000fPart(|E9imag(L1(A
If B=6
|E~9iPart(1000fPart(|E6imag(L1(A
If B=5
.001fPart(.001iPart(|E6imag(L1(A
If B=4
.001iPart(1000imag(L1(A
If B=3
|E~12iPart(1000fPart(|E9real(L1(A
If B=2
|E~9iPart(1000fPart(|E6real(L1(A
If B=1
.001fPart(.001iPart(|E6real(L1(A
If not(B
.001iPart(1000real(L1(A
Ans->Z
4fPart(.25B->E
If D=85
Then
L2([recursiven]+1)10^(~3(E+1
If B>3
[i]Ans
Ans-Z+L1(A->L1(A
End
If D=101
Z(10^(E3+3->L2([recursiven]+1
End
If J
I+[recursiven]+1->I
Return
End
If D=117
Then
For([recursiven],0,16fPart(C/16
|LRPL([recursiven]+1->L2([recursiven]+1
End
Return
End
If D=133
Then
For([recursiven],0,16fPart(C/16
L2([recursiven]+1->|LRPL([recursiven]+1
End
End