# extern __builtin_varargs_start: int -> void
# extern __builtin_va_start: int -> int -> void
# extern __builtin_va_end: int -> void
# extern __builtin_va_copy: int -> int -> void
# extern __builtin_va_arg: int -> int -> void
# extern __builtin_types_compatible_p: int -> int -> int
# extern __builtin_tanl: float -> float
# extern __builtin_tanhl: float -> float
# extern __builtin_tanhf: float -> float
# extern __builtin_tanh: float -> float
# extern __builtin_tanf: float -> float
# extern __builtin_tan: float -> float
# extern __builtin_strspn: int -> int -> int
# extern __builtin_strpbrk: int -> int -> int
# extern __builtin_strncpy: int -> int -> int -> int
# extern __builtin_strncmp: int -> int -> int -> int
# extern __builtin_strncat: int -> int -> int -> int
# extern __builtin_strcspn: int -> int -> int
# extern __builtin_strcpy: int -> int -> int
# extern __builtin_strcmp: int -> int -> int
# extern __builtin_strchr: int -> int -> int
# extern __builtin_stpcpy: int -> int -> int
# extern __builtin_stdarg_start: int -> void
# extern __builtin_sqrtl: float -> float
# extern __builtin_sqrtf: float -> float
# extern __builtin_sqrt: float -> float
# extern __builtin_sinl: float -> float
# extern __builtin_sinhl: float -> float
# extern __builtin_sinhf: float -> float
# extern __builtin_sinh: float -> float
# extern __builtin_sinf: float -> float
# extern __builtin_sin: float -> float
# extern __builtin_return_address: int -> int
# extern __builtin_return: int -> void
# extern __builtin_powil: float -> int -> float
# extern __builtin_powif: float -> int -> float
# extern __builtin_powi: float -> int -> float
# extern __builtin_popcountll: int -> int
# extern __builtin_popcountl: int -> int
# extern __builtin_popcount: int -> int
# extern __builtin_parityll: int -> int
# extern __builtin_parityl: int -> int
# extern __builtin_parity: int -> int
# extern __builtin_object_size: int -> int -> int
# extern __builtin_next_arg: int
# extern __builtin_nansl: int -> float
# extern __builtin_nansf: int -> float
# extern __builtin_nans: int -> float
# extern __builtin_nanl: int -> float
# extern __builtin_nanf: int -> float
# extern __builtin_nan: int -> float
# extern __builtin_modfl: float -> int -> float
# extern __builtin_modff: float -> int -> float
# extern __builtin_mempcpy: int -> int -> int -> int
# extern __builtin_memcpy: int -> int -> int -> int
# extern __builtin_logl: float -> float
# extern __builtin_logf: float -> float
# extern __builtin_log10l: float -> float
# extern __builtin_log10f: float -> float
# extern __builtin_log10: float -> float
# extern __builtin_log: float -> float
# extern __builtin_ldexpl: float -> int -> float
# extern __builtin_ldexpf: float -> int -> float
# extern __builtin_ldexp: float -> int -> float
# extern __builtin_infl: float
# extern __builtin_inff: float
# extern __builtin_inf: float
# extern __builtin_huge_vall: float
# extern __builtin_huge_valf: float
# extern __builtin_huge_val: float
# extern __builtin_frexpl: float -> int -> float
# extern __builtin_frexpf: float -> int -> float
# extern __builtin_frexp: float -> int -> float
# extern __builtin_frame_address: int -> int
# extern __builtin_fmodl: float -> float
# extern __builtin_fmodf: float -> float
# extern __builtin_fmod: float -> float
# extern __builtin_floorl: float -> float
# extern __builtin_floorf: float -> float
# extern __builtin_floor: float -> float
# extern __builtin_ffsll: int -> int
# extern __builtin_ffsl: int -> int
# extern __builtin_ffs: int -> int
# extern __builtin_fabsl: float -> float
# extern __builtin_fabsf: float -> float
# extern __builtin_fabs: float -> float
# extern __builtin_expl: float -> float
# extern __builtin_expf: float -> float
# extern __builtin_expect: int -> int -> int
# extern __builtin_exp: float -> float
# extern __builtin_ctzll: int -> int
# extern __builtin_ctzl: int -> int
# extern __builtin_ctz: int -> int
# extern __builtin_cosl: float -> float
# extern __builtin_coshl: float -> float
# extern __builtin_coshf: float -> float
# extern __builtin_cosh: float -> float
# extern __builtin_cosf: float -> float
# extern __builtin_cos: float -> float
# extern __builtin_constant_p: int -> int
# extern __builtin_clzll: int -> int
# extern __builtin_clzl: int -> int
# extern __builtin_clz: int -> int
# extern __builtin_ceill: float -> float
# extern __builtin_ceilf: float -> float
# extern __builtin_ceil: float -> float
# extern __builtin_atanl: float -> float
# extern __builtin_atanf: float -> float
# extern __builtin_atan2l: float -> float -> float
# extern __builtin_atan2f: float -> float -> float
# extern __builtin_atan2: float -> float -> float
# extern __builtin_atan: float -> float
# extern __builtin_asinl: float -> float
# extern __builtin_asinf: float -> float
# extern __builtin_asin: float -> float
# extern __builtin_alloca: int -> int
# extern __builtin_acosl: float -> float
# extern __builtin_acosf: float -> float
# extern __builtin_acos: float -> float
# extern __builtin___vsprintf_chk: int -> int -> int -> int -> int -> int
# extern __builtin___vsnprintf_chk: int -> int -> int -> int -> int -> int -> int
# extern __builtin___vprintf_chk: int -> int -> int -> int
# extern __builtin___vfprintf_chk: int -> int -> int -> int -> int
# extern __builtin___strncpy_chk: int -> int -> int -> int -> int
# extern __builtin___strncat_chk: int -> int -> int -> int -> int
# extern __builtin___strcpy_chk: int -> int -> int -> int
# extern __builtin___strcat_chk: int -> int -> int -> int
# extern __builtin___stpcpy_chk: int -> int -> int -> int
# extern __builtin___memset_chk: int -> int -> int -> int -> int
# extern __builtin___mempcpy_chk: int -> int -> int -> int -> int
# extern __builtin___memmove_chk: int -> int -> int -> int -> int
# extern __builtin___memcpy_chk: int -> int -> int -> int -> int

# begin preamble       
.data                  
globals:               
.space 384           
nl:                    
.asciiz "\n"      
.align 2             
.text                 
main:                 
la    $gp, globals    
j     main36              
print_int:            
li    $v0, 1          
syscall               
jr     $ra            
print_intln:          
li    $v0, 1          
syscall               
la    $a0, nl         
li    $v0, 4          
syscall               
jr     $ra            
scan_int:             
li    $v0, 5          
syscall               
jr     $ra            
alloc:                
li    $v0, 9          
syscall               
jr     $ra            

pow2:                 
li    $v0, 1          
sllv  $v0, $v0, $a0   
jr    $ra             

mod:                  
beqz  $a0, mod0       
beqz  $a1, mod0       
li    $t2, 0          
mod_t0:               
bgtz  $a0, mod_a0_pos 
neg   $t0, $a0        
addi  $t2, $t2, 1     
j     mod_t1          
mod_a0_pos:           
move  $t0, $a0        
mod_t1:               
bgtz  $a1, mod_a1_pos 
neg   $t1, $a1        
addi  $t2, $t2, 2     
j     mod_main        
mod_a1_pos:           
move  $t1, $a1        
mod_main:             
rem   $v0, $t0, $t1   
beqz  $t2, mod_exit   
addi  $t2, -1         
beqz  $t2, mod_case1  
addi  $t2, -1         
beqz  $t2, mod_case2  
neg   $v0, $v0        
j mod_exit            
mod_case1:            
sub   $v0, $a1, $v0   
j mod_exit            
mod_case2:            
add   $v0, $a1, $v0   
j mod_exit            
mod0:                 
li    $v0, 0          
mod_exit:             
jr    $ra             

toint:                
# $a0: size           
# $a1: int to convert 
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
jal   pow2            
move  $a0, $a1        
move  $a1, $v0        
jal   mod             
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

toint8:               
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
move  $a1, $a0        
li    $a0, 8          
jal   toint           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

toint16:              
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
move  $a1, $a0        
li    $a0, 16         
jal   toint           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

sign_ext:             
# $a0: size           
# $a1: int to extend  
li    $v0, 32         
sub   $a0, $v0, $a0   
sllv  $v0, $a1, $a0   
srav  $v0, $v0, $a0   
jr    $ra             

ofint:                
# $a0: signedness     
# $a1: size           
# $a2: int to convert 
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
beqz  $a0, ofint_unsigned 
move  $a0, $a1        
move  $a1, $a2        
jal   sign_ext        
j     ofint_exit      
ofint_unsigned:       
move  $v0, $a2        
ofint_exit:           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

ofint8:               
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
move  $a2, $a0        
li    $a1, 8          
li    $a0, 1          
jal   ofint           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

ofuint8:              
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
move  $a2, $a0        
li    $a1, 8          
li    $a0, 0          
jal   ofint           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

ofint16:              
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
move  $a2, $a0        
li    $a1, 16         
li    $a0, 1          
jal   ofint           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             

ofuint16:             
addi  $sp, $sp, -4    
sw    $ra, 0($sp)     
move  $a2, $a0        
li    $a1, 16         
li    $a0, 0          
jal   ofint           
lw    $ra, 0($sp)     
addi  $sp, $sp, 4     
jr    $ra             
# end preamble        


# begin init
init97:
c9:
c8:
li      $a2, 0
init40:
li      $a0, 0
c7:
li      $v0, 16
slt     $v0, $a2, $v0
seq     $v0, $v0, $zero
beq     $v0, $a0, init34
jr      $ra
init34:
c5:
li      $a1, 2
li      $v0, 4
mulo    $a0, $a2, $v0
move    $v0, $gp
add     $v0, $v0, $a0
sw      $a1, 0($v0)
c4:
li      $a1, 2
li      $v0, 4
mulo    $a0, $a2, $v0
move    $v0, $gp
add     $v0, $v0, $a0
sw      $a1, 64($v0)
c3:
li      $a1, 2
li      $v0, 4
mulo    $a0, $a2, $v0
move    $v0, $gp
add     $v0, $v0, $a0
sw      $a1, 128($v0)
c2:
li      $a1, 2
li      $v0, 4
mulo    $a0, $a2, $v0
move    $v0, $gp
add     $v0, $v0, $a0
sw      $a1, 192($v0)
c1:
li      $a1, 2
li      $v0, 4
mulo    $a0, $a2, $v0
move    $v0, $gp
add     $v0, $v0, $a0
sw      $a1, 256($v0)
c0:
li      $a1, 2
li      $v0, 4
mulo    $a0, $a2, $v0
move    $v0, $gp
add     $v0, $v0, $a0
sw      $a1, 320($v0)
c6:
li      $v0, 1
add     $a2, $a2, $v0
j       init40
# end init


# begin comp_fir_complexe
comp_fir_complexe265:
addi    $sp, $sp, -188
sw      $ra, 172($sp)
sw      $s7, 168($sp)
sw      $s6, 164($sp)
sw      $s5, 160($sp)
sw      $s4, 156($sp)
sw      $s3, 152($sp)
sw      $s2, 148($sp)
sw      $s1, 144($sp)
sw      $s0, 140($sp)
sw      $a0, 128($sp)
sw      $a1, 132($sp)
move    $s6, $a2
move    $s5, $a3
lw      $v1, 176($sp)
sw      $v1, 136($sp)
lw      $s7, 180($sp)
lw      $s4, 184($sp)
c39:
c38:
li      $a1, 0
comp_fir_complexe127:
li      $a0, 0
c37:
li      $v0, 16
slt     $v0, $a1, $v0
seq     $v0, $v0, $zero
beq     $v0, $a0, comp_fir_complexe121
c33:
li      $v0, 0
c32:
li      $s0, 0
c31:
li      $s3, 0
c30:
c29:
li      $s2, 0
comp_fir_complexe96:
li      $a1, 0
c28:
slt     $a0, $s2, $s4
seq     $a0, $a0, $zero
beq     $a0, $a1, comp_fir_complexe91
c10:
li      $v0, 0
lw      $ra, 172($sp)
lw      $s7, 168($sp)
lw      $s6, 164($sp)
lw      $s5, 160($sp)
lw      $s4, 156($sp)
lw      $s3, 152($sp)
lw      $s2, 148($sp)
lw      $s1, 144($sp)
lw      $s0, 140($sp)
addi    $sp, $sp, 188
jr      $ra
comp_fir_complexe91:
c26:
li      $a0, 4
mulo    $a0, $s2, $a0
lw      $v1, 128($sp)
add     $a0, $v1, $a0
lw      $a2, 0($a0)
move    $a1, $sp
li      $a0, 4
mulo    $a0, $v0, $a0
add     $a0, $a1, $a0
sw      $a2, 0($a0)
c25:
li      $a0, 4
mulo    $a0, $s2, $a0
lw      $v1, 132($sp)
add     $a0, $v1, $a0
lw      $a2, 0($a0)
move    $a1, $sp
addi    $a1, $a1, 64
li      $a0, 4
mulo    $a0, $v0, $a0
add     $a0, $a1, $a0
sw      $a2, 0($a0)
c24:
c23:
li      $s1, 0
comp_fir_complexe72:
li      $a1, 0
c22:
li      $a0, 16
slt     $a0, $s1, $a0
seq     $a0, $a0, $zero
beq     $a0, $a1, comp_fir_complexe66
c13:
li      $a0, 1
add     $a0, $v0, $a0
li      $a1, 16
la      $v0, mod
jalr    $v0
c12:
li      $a0, 4
mulo    $a0, $s2, $a0
lw      $v1, 136($sp)
add     $a0, $v1, $a0
sw      $s0, 0($a0)
c11:
li      $a0, 4
mulo    $a0, $s2, $a0
add     $a0, $s7, $a0
sw      $s3, 0($a0)
c27:
li      $a0, 1
add     $s2, $s2, $a0
j       comp_fir_complexe96
comp_fir_complexe66:
c20:
move    $a1, $sp
li      $a0, 4
mulo    $a0, $v0, $a0
add     $a0, $a1, $a0
lw      $a2, 0($a0)
c19:
move    $a1, $sp
addi    $a1, $a1, 64
li      $a0, 4
mulo    $a0, $v0, $a0
add     $a0, $a1, $a0
lw      $a3, 0($a0)
c18:
li      $a0, 4
mulo    $a0, $s1, $a0
add     $a0, $s6, $a0
lw      $a0, 0($a0)
mulo    $a1, $a2, $a0
li      $a0, 4
mulo    $a0, $s1, $a0
add     $a0, $s5, $a0
lw      $a0, 0($a0)
mulo    $a0, $a3, $a0
sub     $a1, $a1, $a0
li      $a0, 4
srav    $a1, $a1, $a0
c17:
li      $a0, 4
mulo    $a0, $s1, $a0
add     $a0, $s5, $a0
lw      $a0, 0($a0)
mulo    $a2, $a2, $a0
li      $a0, 4
mulo    $a0, $s1, $a0
add     $a0, $s6, $a0
lw      $a0, 0($a0)
mulo    $a0, $a3, $a0
add     $a2, $a2, $a0
li      $a0, 4
srav    $a0, $a2, $a0
c16:
add     $s0, $s0, $a1
c15:
add     $s3, $s3, $a0
c14:
li      $a0, 1
add     $a0, $v0, $a0
li      $a1, 16
la      $v0, mod
jalr    $v0
c21:
li      $a0, 1
add     $s1, $s1, $a0
j       comp_fir_complexe72
comp_fir_complexe121:
c35:
move    $a0, $sp
li      $v0, 4
mulo    $v0, $a1, $v0
add     $v0, $a0, $v0
sw      $zero, 0($v0)
c34:
move    $a0, $sp
addi    $a0, $a0, 64
li      $v0, 4
mulo    $v0, $a1, $v0
add     $v0, $a0, $v0
sw      $zero, 0($v0)
c36:
li      $v0, 1
add     $a1, $a1, $v0
j       comp_fir_complexe127
# end comp_fir_complexe


# begin _main
main36:
addi    $sp, $sp, -4
sw      $ra, 0($sp)
c42:
la      $v0, init97
jalr    $v0
c41:
move    $a0, $gp
move    $a1, $gp
addi    $a1, $a1, 64
move    $a2, $gp
addi    $a2, $a2, 128
move    $a3, $gp
addi    $a3, $a3, 192
move    $v0, $gp
addi    $v0, $v0, 256
addi    $gp, $gp, 320
li      $t1, 16
la      $t0, comp_fir_complexe265
sw      $v0, -12($sp)
sw      $gp, -8($sp)
sw      $t1, -4($sp)
jalr    $t0
c40:
lw      $ra, 0($sp)
addi    $sp, $sp, 4
jr      $ra
# end _main