gistfile1.txt

; ModuleID = 'Kaleidescope'

declare i32 @putchar(i32)

define double @put(double) {
  %2 = fptoui double %0 to i32
  %3 = call i32 @putchar(i32 %2)
  ret double %0
}

define double @"unary!"(double %v) {
entry:
  %0 = alloca double
  store double %v, double* %0
  %v1 = load double* %0
  %booltmp = fptoui double %v1 to i1
  br i1 %booltmp, label %then, label %else

then:                                             ; preds = %entry
  br label %merge

else:                                             ; preds = %entry
  br label %merge

merge:                                            ; preds = %else, %then
  %iftmp = phi double [ 0.000000e+00, %then ], [ 1.000000e+00, %else ]
  ret double %iftmp
}

define double @unary-(double %v) {
entry:
  %0 = alloca double
  store double %v, double* %0
  %v1 = load double* %0
  %subtmp = fsub double 0.000000e+00, %v1
  ret double %subtmp
}

define double @"binary>"(double %lhs, double %rhs) {
entry:
  %0 = alloca double
  store double %lhs, double* %0
  %1 = alloca double
  store double %rhs, double* %1
  %rhs1 = load double* %1
  %lhs2 = load double* %0
  %cmptmp = fcmp ule double %rhs1, %lhs2
  %booltmp = uitofp i1 %cmptmp to double
  ret double %booltmp
}

define double @"binary|"(double %lhs, double %rhs) {
entry:
  %0 = alloca double
  store double %lhs, double* %0
  %1 = alloca double
  store double %rhs, double* %1
  %lhs1 = load double* %0
  %booltmp = fptoui double %lhs1 to i1
  br i1 %booltmp, label %merge, label %else

else:                                             ; preds = %entry
  %rhs2 = load double* %1
  %booltmp3 = fptoui double %rhs2 to i1
  br i1 %booltmp3, label %merge, label %else5

merge:                                            ; preds = %else5, %else, %entry
  %iftmp7 = phi double [ 1.000000e+00, %entry ], [ 0.000000e+00, %else5 ], [ 1.000000e+00, %else ]
  ret double %iftmp7

else5:                                            ; preds = %else
  br label %merge
}

define double @"binary&"(double %lhs, double %rhs) {
entry:
  %0 = alloca double
  store double %lhs, double* %0
  %1 = alloca double
  store double %rhs, double* %1
  %lhs1 = load double* %0
  %unop = call double @"unary!"(double %lhs1)
  %booltmp = fptoui double %unop to i1
  br i1 %booltmp, label %then, label %else

then:                                             ; preds = %entry
  br label %merge

else:                                             ; preds = %entry
  %rhs2 = load double* %1
  %unop3 = call double @"unary!"(double %rhs2)
  %unop4 = call double @"unary!"(double %unop3)
  br label %merge

merge:                                            ; preds = %else, %then
  %iftmp = phi double [ 0.000000e+00, %then ], [ %unop4, %else ]
  ret double %iftmp
}

define double @"binary:"(double %x, double %y) {
entry:
  %0 = alloca double
  store double %x, double* %0
  %1 = alloca double
  store double %y, double* %1
  %y1 = load double* %1
  ret double %y1
}

define double @printdensity(double %d) {
entry:
  %0 = alloca double
  store double %d, double* %0
  %d1 = load double* %0
  %binop = call double @"binary>"(double %d1, double 8.000000e+00)
  %booltmp = fptoui double %binop to i1
  br i1 %booltmp, label %then, label %else

then:                                             ; preds = %entry
  %calltmp = call double @put(double 3.200000e+01)
  br label %merge

else:                                             ; preds = %entry
  %d2 = load double* %0
  %binop3 = call double @"binary>"(double %d2, double 4.000000e+00)
  %booltmp4 = fptoui double %binop3 to i1
  br i1 %booltmp4, label %then5, label %else6

merge:                                            ; preds = %then12, %else13, %then5, %then
  %iftmp18 = phi double [ %calltmp, %then ], [ %calltmp8, %then5 ], [ %calltmp15, %then12 ], [ %calltmp16, %else13 ]
  ret double %iftmp18

then5:                                            ; preds = %else
  %calltmp8 = call double @put(double 4.600000e+01)
  br label %merge

else6:                                            ; preds = %else
  %d9 = load double* %0
  %binop10 = call double @"binary>"(double %d9, double 2.000000e+00)
  %booltmp11 = fptoui double %binop10 to i1
  br i1 %booltmp11, label %then12, label %else13

then12:                                           ; preds = %else6
  %calltmp15 = call double @put(double 4.300000e+01)
  br label %merge

else13:                                           ; preds = %else6
  %calltmp16 = call double @put(double 4.200000e+01)
  br label %merge
}

define double @mandleconverger(double %real, double %imag, double %iters, double %creal, double %cimag) {
entry:
  %0 = alloca double
  store double %real, double* %0
  %1 = alloca double
  store double %imag, double* %1
  %2 = alloca double
  store double %iters, double* %2
  %3 = alloca double
  store double %creal, double* %3
  %4 = alloca double
  store double %cimag, double* %4
  %iters1 = load double* %2
  %binop = call double @"binary>"(double %iters1, double 2.550000e+02)
  %real2 = load double* %0
  %real3 = load double* %0
  %multmp = fmul double %real2, %real3
  %imag4 = load double* %1
  %addtmp = fadd double %multmp, %imag4
  %imag5 = load double* %1
  %multmp6 = fmul double %addtmp, %imag5
  %binop7 = call double @"binary>"(double %multmp6, double 4.000000e+00)
  %binop8 = call double @"binary|"(double %binop, double %binop7)
  %booltmp = fptoui double %binop8 to i1
  br i1 %booltmp, label %then, label %else

then:                                             ; preds = %entry
  %iters9 = load double* %2
  br label %merge

else:                                             ; preds = %entry
  %real10 = load double* %0
  %real11 = load double* %0
  %multmp12 = fmul double %real10, %real11
  %imag13 = load double* %1
  %subtmp = fsub double %multmp12, %imag13
  %imag14 = load double* %1
  %multmp15 = fmul double %subtmp, %imag14
  %creal16 = load double* %3
  %addtmp17 = fadd double %multmp15, %creal16
  %real18 = load double* %0
  %multmp19 = fmul double 2.000000e+00, %real18
  %imag20 = load double* %1
  %multmp21 = fmul double %multmp19, %imag20
  %cimag22 = load double* %4
  %addtmp23 = fadd double %multmp21, %cimag22
  %iters24 = load double* %2
  %addtmp25 = fadd double %iters24, 1.000000e+00
  %creal26 = load double* %3
  %cimag27 = load double* %4
  %calltmp = call double @mandleconverger(double %addtmp17, double %addtmp23, double %addtmp25, double %creal26, double %cimag27)
  br label %merge

merge:                                            ; preds = %else, %then
  %iftmp = phi double [ %iters9, %then ], [ %calltmp, %else ]
  ret double %iftmp
}

define double @mandleconverge(double %real2, double %imag2) {
entry:
  %0 = alloca double
  store double %real2, double* %0
  %1 = alloca double
  store double %imag2, double* %1
  %real21 = load double* %0
  %imag22 = load double* %1
  %real23 = load double* %0
  %imag24 = load double* %1
  %calltmp = call double @mandleconverger(double %real21, double %imag22, double 0.000000e+00, double %real23, double %imag24)
  ret double %calltmp
}

define double @mandel(double %xmin, double %xstep, double %xcount, double %ymin, double %ystep, double %ycount) {
entry:
  %0 = alloca double
  store double %xmin, double* %0
  %1 = alloca double
  store double %xstep, double* %1
  %2 = alloca double
  store double %xcount, double* %2
  %3 = alloca double
  store double %ymin, double* %3
  %4 = alloca double
  store double %ystep, double* %4
  %5 = alloca double
  store double %ycount, double* %5
  %6 = alloca double
  %ymin1 = load double* %3
  store double %ymin1, double* %6
  br label %7

; <label>:7                                       ; preds = %afterloop, %entry
  %8 = alloca double
  %xmin2 = load double* %0
  store double %xmin2, double* %8
  br label %9

; <label>:9                                       ; preds = %9, %7
  %x = load double* %8
  %y = load double* %6
  %calltmp = call double @mandleconverge(double %x, double %y)
  %calltmp3 = call double @printdensity(double %calltmp)
  %xstep4 = load double* %1
  %x5 = load double* %8
  %nextvar = fadd double %x5, %xstep4
  store double %nextvar, double* %8
  %x6 = load double* %8
  %xmin7 = load double* %0
  %xcount8 = load double* %2
  %xstep9 = load double* %1
  %multmp = fmul double %xcount8, %xstep9
  %addtmp = fadd double %xmin7, %multmp
  %cmptmp = fcmp ule double %x6, %addtmp
  %booltmp = uitofp i1 %cmptmp to double
  %loopcond = fcmp oeq double %booltmp, 0.000000e+00
  br i1 %loopcond, label %afterloop, label %9

afterloop:                                        ; preds = %9
  %calltmp10 = call double @put(double 1.000000e+01)
  %binop = call double @"binary:"(double %x5, double %calltmp10)
  %ystep11 = load double* %4
  %y12 = load double* %6
  %nextvar13 = fadd double %y12, %ystep11
  store double %nextvar13, double* %6
  %y14 = load double* %6
  %ymin15 = load double* %3
  %ycount16 = load double* %5
  %ystep17 = load double* %4
  %multmp18 = fmul double %ycount16, %ystep17
  %addtmp19 = fadd double %ymin15, %multmp18
  %cmptmp20 = fcmp ule double %y14, %addtmp19
  %booltmp21 = uitofp i1 %cmptmp20 to double
  %loopcond23 = fcmp oeq double %booltmp21, 0.000000e+00
  br i1 %loopcond23, label %afterloop22, label %7

afterloop22:                                      ; preds = %afterloop
  ret double %y12
}

define double @0() {
entry:
  %unop = call double @unary-(double 3.000000e+00)
  %unop1 = call double @unary-(double 2.400000e+00)
  %calltmp = call double @mandel(double %unop, double 3.000000e-02, double 1.700000e+02, double %unop1, double 1.000000e-01, double 4.500000e+01)
  ret double %calltmp
}

define i32 @main(i32) {
  %2 = call double @0()
  ret i32 0
}
Function parsed unary! with v
Function parsed unary- with v
Function parsed binary> with lhs-rhs
Function parsed binary| with lhs-rhs
Function parsed binary& with lhs-rhs
Function parsed binary: with x-y
Function parsed printdensity
Function parsed printdensity with d
Function parsed mandleconverger
Function parsed mandleconverger with real-imag-iters-creal-cimag
Function parsed mandleconverge
Function parsed mandleconverge with real2-imag2
Function parsed mandel
Function parsed mandel with xmin-xstep-xcount-ymin-ystep-ycount
Evaluated mandel(-3.0,0.03,170.0,-2.4,0.1,45.0) to 2.0000000000000018
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