/*******************************************************************
  This file has been automatically generated by ispc
  DO NOT EDIT THIS FILE DIRECTLY
 *******************************************************************/

/* Provide Declarations */
#include <stdarg.h>
#include <setjmp.h>
#include <limits.h>
#include <stdlib.h>
#ifdef _MSC_VER
  #define NOMINMAX
  #include <windows.h>
#endif // _MSC_VER
#include <stdlib.h>
#include <stdint.h>
/* get a declaration for alloca */
#ifdef _MSC_VER
  #include <malloc.h>
  #define alloca _alloca
#else
  #include <alloca.h>
#endif

#undef ISPC_FAST_MATH
#include "generic_defs.h"

/* Basic Library Function Declarations */
extern "C" {
int puts(unsigned char *);
unsigned int putchar(unsigned int);
int fflush(void *);
int printf(const unsigned char *, ...);
uint8_t *memcpy(uint8_t *, uint8_t *, uint64_t );
uint8_t *memset(uint8_t *, uint8_t, uint64_t );
void memset_pattern16(void *, const void *, uint64_t );
}

#ifndef __GNUC__  /* Can only support "linkonce" vars with GCC */
#define __attribute__(X)
#endif

#if defined(__GNUC__) && defined(__APPLE_CC__)
#define __EXTERNAL_WEAK__ __attribute__((weak_import))
#elif defined(__GNUC__)
#define __EXTERNAL_WEAK__ __attribute__((weak))
#else
#define __EXTERNAL_WEAK__
#endif

#if defined(__GNUC__) && defined(__APPLE_CC__)
#define __ATTRIBUTE_WEAK__
#elif defined(__GNUC__)
#define __ATTRIBUTE_WEAK__ __attribute__((weak))
#else
#define __ATTRIBUTE_WEAK__
#endif

#if defined(__GNUC__)
#define __HIDDEN__ __attribute__((visibility("hidden")))
#endif

#if (defined(__GNUC__) || defined(__clang__)) && !defined(__INTEL_COMPILER)
#define LLVM_NAN(NanStr)   __builtin_nan(NanStr)   /* Double */
#define LLVM_NANF(NanStr)  __builtin_nanf(NanStr)  /* Float */
#define LLVM_NANS(NanStr)  __builtin_nans(NanStr)  /* Double */
#define LLVM_NANSF(NanStr) __builtin_nansf(NanStr) /* Float */
#define LLVM_INF           __builtin_inf()         /* Double */
#define LLVM_INFF          __builtin_inff()        /* Float */
//#define LLVM_PREFETCH(addr,rw,locality) __builtin_prefetch(addr,rw,locality)
//#define __ATTRIBUTE_CTOR__ __attribute__((constructor))
//#define __ATTRIBUTE_DTOR__ __attribute__((destructor))
#elif defined(_MSC_VER) || defined(__INTEL_COMPILER)
#include <limits>
#define LLVM_NAN(NanStr)   std::numeric_limits<double>::quiet_NaN()
#define LLVM_NANF(NanStr)  std::numeric_limits<float>::quiet_NaN()
#define LLVM_NANS(NanStr)  std::numeric_limits<double>::signaling_NaN()
#define LLVM_NANSF(NanStr) std::numeric_limits<float>::signaling_NaN()
#define LLVM_INF           std::numeric_limits<double>::infinity()
#define LLVM_INFF          std::numeric_limits<float>::infinity()
//#define LLVM_PREFETCH(addr,rw,locality)            /* PREFETCH */
//#define __ATTRIBUTE_CTOR__
//#define __ATTRIBUTE_DTOR__
#else
#error "Not MSVC, clang, or g++?"
#endif

#if (defined(__GNUC__) || defined(__clang__))
#define LLVM_ASM(X) __asm(X)
#endif

#if defined(__clang__) || defined(__INTEL_COMPILER) || (__GNUC__ < 4) /* Old GCCs, or compilers not GCC */ 
#define __builtin_stack_save() 0   /* not implemented */
#define __builtin_stack_restore(X) /* noop */
#endif

#define CODE_FOR_MAIN() /* Any target-specific code for main()*/

#ifndef __cplusplus
typedef unsigned char bool;
#endif


/* Support for floating point constants */
typedef uint64_t ConstantDoubleTy;
typedef uint32_t ConstantFloatTy;
typedef struct { unsigned long long f1; unsigned short f2; unsigned short pad[3]; } ConstantFP80Ty;
typedef struct { uint64_t f1, f2; } ConstantFP128Ty;


/* Global Declarations */


/* Helper union for bitcasts */
typedef union {
  unsigned int Int32;
  unsigned long long Int64;
  float Float;
  double Double;
} llvmBitCastUnion;

/* This is special class, designed for operations with long int.*/                       
namespace {                                                                                
template <int num_bits>                                                                    
struct iN {                                                                                
  int num[num_bits / (sizeof (int) * 8)];                                                  
                                                                                           
  iN () {}                                                                                 
                                                                                           
  iN (const char *val) {                                                                   
    if (val == NULL)                                                                       
      return;                                                                              
    int length = num_bits / (sizeof (int) * 8);                                            
    int val_len = 0;                                                                       
    for (val_len = 0; val[val_len]; (val_len)++);                                          
    for (int i = 0; (i < val_len && i < num_bits); i++)                                    
      num[i / (sizeof (int) * 8)] = (num[i / (sizeof (int) * 8)] << 1) | (val[i] - '0');   
  }                                                                                        
                                                                                           
  ~iN () {}                                                                                
                                                                                           
  iN operator >> (const iN rhs) {                                                          
    iN res;                                                                                
    int length = num_bits / (sizeof (int) * 8);                                            
    int cells_shift = rhs.num[0] / (sizeof(int) * 8);                                      
    int small_shift = rhs.num[0] % (sizeof(int) * 8);                                      
    for (int i = 0; i < (length - cells_shift); i++)                                       
      res.num[i] = this->num[cells_shift + i];                                             
    for (int i = 0; i < length - 1; i++) {                                                 
      res.num[i] = this->num[i] >> small_shift;                                            
      res.num[i]  = ((this->num[i + 1] << ((sizeof(int) * 8) - small_shift))) | res.num[i];
    }                                                                                      
    res.num[length - 1] = res.num[length - 1] >> small_shift;                              
    return res;                                                                            
  }                                                                                        
                                                                                           
  iN operator & (iN rhs) {                                                                 
    iN res;                                                                                
    int length = num_bits / (sizeof (int) * 8);                                            
    for (int i = 0; i < length; i++)                                                       
      res.num[i] = (this->num[i]) & (rhs.num[i]);                                          
    return res;                                                                            
  }                                                                                        
                                                                                           
  operator uint32_t() { return this->num[0]; }                                             
                                                                                           
  template <class T>                                                                       
  friend iN<num_bits> __cast_bits(iN<num_bits> to, T from) {                               
    for (int i = 0; i <32; i++)                                         
      to.num[i] = ((int*)(&from))[i];                                                      
    return to;                                                                             
  }                                                                                        
                                                                                           
  template <class T>                                                                       
  friend T __cast_bits(T to, iN<num_bits> from) {                                          
    for (int i = 0; i <32; i++)                                         
      ((int*)(&to))[i] = from.num[i];                                                      
    return to;                                                                             
  }                                                                                        
                                                                                           
  template <int ALIGN, class T>                                                            
  friend void __store(T *p, iN<num_bits> val) {                                            
    for (int i = 0; i <32; i++)                                         
      ((int*)p)[i] = val.num[i];                                                           
  }                                                                                        
};                                                                                         
};


/* Function Declarations */
extern "C" {
__vec32_d factorial___vyi(__vec32_i32 num_, __vec32_i1 __mask_);
void sinx___uniuniun_3C_unf_3E_un_3C_unf_3E_(uint32_t N_, uint32_t terms_, float *x_, float *result_, __vec32_i1 __mask_);
void sinx(uint32_t N_, uint32_t terms_, float *x_, float *result_);
}



/* Function Bodies */
template <typename A, typename B> static inline int llvm_fcmp_ord(A X, B Y) { return X == X && Y == Y; }
template <typename A, typename B> static inline int llvm_fcmp_uno(A X, B Y) { return X != X || Y != Y; }
template <typename A, typename B> static inline int llvm_fcmp_ueq(A X, B Y) { return X == Y || llvm_fcmp_uno(X, Y); }
template <typename A, typename B> static inline int llvm_fcmp_une(A X, B Y) { return X != Y; }
template <typename A, typename B> static inline int llvm_fcmp_ult(A X, B Y) { return X <  Y || llvm_fcmp_uno(X, Y); }
template <typename A, typename B> static inline int llvm_fcmp_ugt(A X, B Y) { return X >  Y || llvm_fcmp_uno(X, Y); }
template <typename A, typename B> static inline int llvm_fcmp_ule(A X, B Y) { return X <= Y || llvm_fcmp_uno(X, Y); }
template <typename A, typename B> static inline int llvm_fcmp_uge(A X, B Y) { return X >= Y || llvm_fcmp_uno(X, Y); }
template <typename A, typename B> static inline int llvm_fcmp_oeq(A X, B Y) { return X == Y ; }
template <typename A, typename B> static inline int llvm_fcmp_one(A X, B Y) { return X != Y && llvm_fcmp_ord(X, Y); }
template <typename A, typename B> static inline int llvm_fcmp_olt(A X, B Y) { return X <  Y ; }
template <typename A, typename B> static inline int llvm_fcmp_ogt(A X, B Y) { return X >  Y ; }
template <typename A, typename B> static inline int llvm_fcmp_ole(A X, B Y) { return X <= Y ; }
template <typename A, typename B> static inline int llvm_fcmp_oge(A X, B Y) { return X >= Y ; }
template <typename A> A *Memset(A *ptr, int count, size_t len) { return (A *)memset(ptr, count, len); }


__vec32_d factorial___vyi(__vec32_i32 num_, __vec32_i1 __mask_) {
  __vec32_i1 lessequal_i_load_num_load25_;
  __vec32_i1 internal_mask_26_function_mask726_and_mask_;
  bool internal_mask_26_function_mask7_any27_;
  __vec32_i1 oldMask_26_test30_;
  __vec32_i1 oldMask_26_test30___PHI;
  __vec32_i32 i_2e_029_;
  __vec32_i32 i_2e_029___PHI;
  __vec32_d fact_2e_028_;
  __vec32_d fact_2e_028___PHI;
  __vec32_d v1_2e_i_;
  __vec32_i32 i_load16_plus1_;
  __vec32_i1 oldMask_26_test_and_mask_;
  bool internal_mask_26_function_mask7_any_;
  __vec32_d fact_2e_0_2e_lcssa_;
  __vec32_d fact_2e_0_2e_lcssa___PHI;

  lessequal_i_load_num_load25_ = __signed_greater_than_i32(num_, __setzero_i32<__vec32_i32>());
  internal_mask_26_function_mask726_and_mask_ = __signed_greater_than_i32_and_mask(num_, __setzero_i32<__vec32_i32>(), __mask_);
  internal_mask_26_function_mask7_any27_ = (( /*tail*/ __any(internal_mask_26_function_mask726_and_mask_))&1);
  if (internal_mask_26_function_mask7_any27_) {
    oldMask_26_test30___PHI = lessequal_i_load_num_load25_;   /* for PHI node */
    i_2e_029___PHI = __smear_i32<__vec32_i32>(1u);   /* for PHI node */
    fact_2e_028___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto for_loop_label;
  } else {
    fact_2e_0_2e_lcssa___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto for_exit_label;
  }

  do {     /* Syntactic loop 'for_loop' to make GCC happy */
for_loop_label: {
  oldMask_26_test30_ = oldMask_26_test30___PHI;
  i_2e_029_ = i_2e_029___PHI;
  fact_2e_028_ = fact_2e_028___PHI;
  v1_2e_i_ = __select(oldMask_26_test30_, (__mul(fact_2e_028_, ((__cast_sitofp(__vec32_d (), i_2e_029_))))), fact_2e_028_);
  i_load16_plus1_ = __add(i_2e_029_, __smear_i32<__vec32_i32>(1u));
  oldMask_26_test_and_mask_ = __signed_less_equal_i32_and_mask(i_load16_plus1_, num_, oldMask_26_test30_);
  internal_mask_26_function_mask7_any_ = (( /*tail*/ __any((__and(oldMask_26_test_and_mask_, __mask_))))&1);
  if (internal_mask_26_function_mask7_any_) {
    oldMask_26_test30___PHI = oldMask_26_test_and_mask_;   /* for PHI node */
    i_2e_029___PHI = i_load16_plus1_;   /* for PHI node */
    fact_2e_028___PHI = v1_2e_i_;   /* for PHI node */
    goto for_loop_label;
  } else {
    fact_2e_0_2e_lcssa___PHI = v1_2e_i_;   /* for PHI node */
    goto for_exit_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop' */
for_exit_label: {
  fact_2e_0_2e_lcssa_ = fact_2e_0_2e_lcssa___PHI;
  return fact_2e_0_2e_lcssa_;
}
}


static const int32_t __attribute__ ((aligned(64))) VectorConstant0[] = { 0u, 1u, 2u, 3u, 4u, 5u, 6u, 7u, 8u, 9u, 10u, 11u, 12u, 13u, 14u, 15u, 16u, 17u, 18u, 19u, 20u, 21u, 22u, 23u, 24u, 25u, 26u, 27u, 28u, 29u, 30u, 31u,  };

void sinx___uniuniun_3C_unf_3E_un_3C_unf_3E_(uint32_t N_, uint32_t terms_, float *x_, float *result_, __vec32_i1 __mask_) {
  uint32_t aligned_end_;
  uint8_t *x_load_ptr2int_2void_;
  uint8_t *result_load_ptr2int_2void_;
  uint32_t counter_2e_1277_2e_us_;
  uint32_t counter_2e_1277_2e_us___PHI;
  uint64_t tmp__1_;
  __vec32_f ptr_masked_load195_2e_us_;
  uint32_t new_counter_2e_us_;
  uint32_t counter_2e_1277_;
  uint32_t counter_2e_1277___PHI;
  uint64_t tmp__2_;
  __vec32_f ptr_masked_load195_;
  uint32_t counter_2e_1_2e_lcssa_;
  uint32_t counter_2e_1_2e_lcssa___PHI;
  uint32_t j_2e_0274_;
  uint32_t j_2e_0274___PHI;
  uint32_t sign_2e_0273_;
  uint32_t sign_2e_0273___PHI;
  __vec32_f value_2e_0272_;
  __vec32_f value_2e_0272___PHI;
  __vec32_f sign_load_to_float_smear_;
  uint32_t add_mul__j_load57__;
  __vec32_f add_mul__j_load57__to_float_smear_;
  __vec32_f calltmp_2e_i_;
  __vec32_d mul_sign_load_to_float_broadcast_calltmp_to_double_;
  __vec32_i32 add_mul__j_load57__smear_;
  __vec32_i1 lessequal_i_load_num_load_2e_i264_;
  bool internal_mask_26_function_mask7_any_2e_i266_;
  __vec32_i1 oldMask_26_test_2e_i269_;
  __vec32_i1 oldMask_26_test_2e_i269___PHI;
  __vec32_i32 i_2e_0_2e_i268_;
  __vec32_i32 i_2e_0_2e_i268___PHI;
  __vec32_d fact_2e_i_2e_0267_;
  __vec32_d fact_2e_i_2e_0267___PHI;
  __vec32_d v1_2e_i_;
  __vec32_i32 i_load16_plus1_2e_i_;
  __vec32_i1 oldMask_26_test_2e_i_and_mask_;
  bool internal_mask_26_function_mask7_any_2e_i_;
  __vec32_d fact_2e_i_2e_0_2e_lcssa_;
  __vec32_d fact_2e_i_2e_0_2e_lcssa___PHI;
  __vec32_f add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_;
  uint32_t mul_sign_load66__;
  uint32_t j_load67_plus1_;
  uint32_t new_counter_;
  __vec32_i32 counter_2e_1_2e_lcssa_smear_;
  __vec32_i32 iter_val82_;
  __vec32_i32 N_smear_;
  __vec32_i1 cmp85_;
  uint64_t tmp__3_;
  __vec32_f ptr198_masked_load_;
  uint32_t j122_2e_0262_;
  uint32_t j122_2e_0262___PHI;
  uint32_t sign116_2e_0261_;
  uint32_t sign116_2e_0261___PHI;
  __vec32_f value90_2e_0260_;
  __vec32_f value90_2e_0260___PHI;
  __vec32_f sign_load127_to_float_smear_;
  uint32_t add_mul__j_load134__;
  __vec32_f add_mul__j_load134__to_float_smear_;
  __vec32_f calltmp_2e_i229_;
  __vec32_d mul_sign_load127_to_float_broadcast_calltmp137_to_double_;
  __vec32_i32 add_mul__j_load134__smear_;
  __vec32_i1 lessequal_i_load_num_load_2e_i233252_;
  __vec32_i1 internal_mask_26_function_mask7_2e_i254_and_mask_;
  bool internal_mask_26_function_mask7_any_2e_i235255_;
  __vec32_i1 oldMask_26_test_2e_i234258_;
  __vec32_i1 oldMask_26_test_2e_i234258___PHI;
  __vec32_i32 i_2e_0_2e_i232257_;
  __vec32_i32 i_2e_0_2e_i232257___PHI;
  __vec32_d fact_2e_i230_2e_0256_;
  __vec32_d fact_2e_i230_2e_0256___PHI;
  __vec32_d v1_2e_i245_;
  __vec32_i32 i_load16_plus1_2e_i240_;
  __vec32_i1 oldMask_26_test_2e_i234_and_mask_;
  __vec32_i1 internal_mask_26_function_mask7_2e_i_and_mask_;
  bool internal_mask_26_function_mask7_any_2e_i235_;
  __vec32_d fact_2e_i230_2e_0_2e_lcssa_;
  __vec32_d fact_2e_i230_2e_0_2e_lcssa___PHI;
  __vec32_f add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_;
  uint32_t mul_sign116_load__;
  uint32_t j_load144_plus1_;
  __vec32_f value90_2e_0_2e_lcssa_;
  __vec32_f value90_2e_0_2e_lcssa___PHI;

  aligned_end_ = ((uint32_t )(((uint32_t )N_) - ((uint32_t )(((int32_t )(((int32_t )N_) % ((int32_t )32u)))))));
  if ((((int32_t )aligned_end_) > ((int32_t )0u))) {
    goto foreach_full_body_2e_lr_2e_ph_label;
  } else {
    counter_2e_1_2e_lcssa___PHI = 0u;   /* for PHI node */
    goto partial_inner_all_outer_label;
  }

foreach_full_body_2e_lr_2e_ph_label: {
  x_load_ptr2int_2void_ = ((uint8_t *)x_);
  result_load_ptr2int_2void_ = ((uint8_t *)result_);
  if ((((int32_t )terms_) < ((int32_t )1u))) {
    counter_2e_1277_2e_us___PHI = 0u;   /* for PHI node */
    goto for_exit_2e_us_label;
  } else {
    counter_2e_1277___PHI = 0u;   /* for PHI node */
    goto for_loop_2e_lr_2e_ph_label;
  }

}
  do {     /* Syntactic loop 'for_exit.us' to make GCC happy */
for_exit_2e_us_label: {
  counter_2e_1277_2e_us_ = counter_2e_1277_2e_us___PHI;
  tmp__1_ = ((int64_t )(int32_t )(counter_2e_1277_2e_us_ << 2u));
  ptr_masked_load195_2e_us_ = __load<4>((((__vec32_f (*))((&x_load_ptr2int_2void_[((int64_t )tmp__1_)])))));
  __store<4>((((__vec32_f (*))((&result_load_ptr2int_2void_[((int64_t )tmp__1_)])))), ptr_masked_load195_2e_us_);
  new_counter_2e_us_ = ((uint32_t )(((uint32_t )counter_2e_1277_2e_us_) + ((uint32_t )32u)));
  if ((((int32_t )new_counter_2e_us_) < ((int32_t )aligned_end_))) {
    counter_2e_1277_2e_us___PHI = new_counter_2e_us_;   /* for PHI node */
    goto for_exit_2e_us_label;
  } else {
    counter_2e_1_2e_lcssa___PHI = new_counter_2e_us_;   /* for PHI node */
    goto partial_inner_all_outer_label;
  }

}
  } while (1); /* end of syntactic loop 'for_exit.us' */
  do {     /* Syntactic loop 'for_loop.lr.ph' to make GCC happy */
for_loop_2e_lr_2e_ph_label: {
  counter_2e_1277_ = counter_2e_1277___PHI;
  tmp__2_ = ((int64_t )(int32_t )(counter_2e_1277_ << 2u));
  ptr_masked_load195_ = __load<4>((((__vec32_f (*))((&x_load_ptr2int_2void_[((int64_t )tmp__2_)])))));
  j_2e_0274___PHI = 1u;   /* for PHI node */
  sign_2e_0273___PHI = 4294967295u;   /* for PHI node */
  value_2e_0272___PHI = ptr_masked_load195_;   /* for PHI node */
  goto for_loop_label;

}
  do {     /* Syntactic loop 'for_loop' to make GCC happy */
for_loop_label: {
  j_2e_0274_ = j_2e_0274___PHI;
  sign_2e_0273_ = sign_2e_0273___PHI;
  value_2e_0272_ = value_2e_0272___PHI;
  sign_load_to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )sign_2e_0273_)));
  add_mul__j_load57__ = (j_2e_0274_ << 1u) | 1u;
  add_mul__j_load57__to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )add_mul__j_load57__)));
  calltmp_2e_i_ =  /*tail*/ __pow_varying_float(ptr_masked_load195_, add_mul__j_load57__to_float_smear_);
  mul_sign_load_to_float_broadcast_calltmp_to_double_ = (__cast_fpext(__vec32_d (), (__mul(sign_load_to_float_smear_, calltmp_2e_i_))));
  add_mul__j_load57__smear_ = __smear_i32<__vec32_i32>(add_mul__j_load57__);
  lessequal_i_load_num_load_2e_i264_ = __signed_greater_than_i32(add_mul__j_load57__smear_, __setzero_i32<__vec32_i32>());
  internal_mask_26_function_mask7_any_2e_i266_ = (( /*tail*/ __any(lessequal_i_load_num_load_2e_i264_))&1);
  if (internal_mask_26_function_mask7_any_2e_i266_) {
    oldMask_26_test_2e_i269___PHI = lessequal_i_load_num_load_2e_i264_;   /* for PHI node */
    i_2e_0_2e_i268___PHI = __smear_i32<__vec32_i32>(1u);   /* for PHI node */
    fact_2e_i_2e_0267___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto for_loop_2e_i_label;
  } else {
    fact_2e_i_2e_0_2e_lcssa___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto factorial___vyi_2e_exit_label;
  }

}
  do {     /* Syntactic loop 'for_loop.i' to make GCC happy */
for_loop_2e_i_label: {
  oldMask_26_test_2e_i269_ = oldMask_26_test_2e_i269___PHI;
  i_2e_0_2e_i268_ = i_2e_0_2e_i268___PHI;
  fact_2e_i_2e_0267_ = fact_2e_i_2e_0267___PHI;
  v1_2e_i_ = __select(oldMask_26_test_2e_i269_, (__mul(fact_2e_i_2e_0267_, ((__cast_sitofp(__vec32_d (), i_2e_0_2e_i268_))))), fact_2e_i_2e_0267_);
  i_load16_plus1_2e_i_ = __add(i_2e_0_2e_i268_, __smear_i32<__vec32_i32>(1u));
  oldMask_26_test_2e_i_and_mask_ = __signed_less_equal_i32_and_mask(i_load16_plus1_2e_i_, add_mul__j_load57__smear_, oldMask_26_test_2e_i269_);
  internal_mask_26_function_mask7_any_2e_i_ = (( /*tail*/ __any(oldMask_26_test_2e_i_and_mask_))&1);
  if (internal_mask_26_function_mask7_any_2e_i_) {
    oldMask_26_test_2e_i269___PHI = oldMask_26_test_2e_i_and_mask_;   /* for PHI node */
    i_2e_0_2e_i268___PHI = i_load16_plus1_2e_i_;   /* for PHI node */
    fact_2e_i_2e_0267___PHI = v1_2e_i_;   /* for PHI node */
    goto for_loop_2e_i_label;
  } else {
    fact_2e_i_2e_0_2e_lcssa___PHI = v1_2e_i_;   /* for PHI node */
    goto factorial___vyi_2e_exit_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop.i' */
factorial___vyi_2e_exit_label: {
  fact_2e_i_2e_0_2e_lcssa_ = fact_2e_i_2e_0_2e_lcssa___PHI;
  add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_ = __add(value_2e_0272_, ((__cast_fptrunc(__vec32_f (), (__div(mul_sign_load_to_float_broadcast_calltmp_to_double_, fact_2e_i_2e_0_2e_lcssa_))))));
  mul_sign_load66__ = -(sign_2e_0273_);
  j_load67_plus1_ = ((uint32_t )(((uint32_t )j_2e_0274_) + ((uint32_t )1u)));
  if ((((int32_t )j_load67_plus1_) > ((int32_t )terms_))) {
    goto for_exit_label;
  } else {
    j_2e_0274___PHI = j_load67_plus1_;   /* for PHI node */
    sign_2e_0273___PHI = mul_sign_load66__;   /* for PHI node */
    value_2e_0272___PHI = add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_;   /* for PHI node */
    goto for_loop_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop' */
for_exit_label: {
  __store<4>((((__vec32_f (*))((&result_load_ptr2int_2void_[((int64_t )tmp__2_)])))), add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_);
  new_counter_ = ((uint32_t )(((uint32_t )counter_2e_1277_) + ((uint32_t )32u)));
  if ((((int32_t )new_counter_) < ((int32_t )aligned_end_))) {
    counter_2e_1277___PHI = new_counter_;   /* for PHI node */
    goto for_loop_2e_lr_2e_ph_label;
  } else {
    counter_2e_1_2e_lcssa___PHI = new_counter_;   /* for PHI node */
    goto partial_inner_all_outer_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop.lr.ph' */
foreach_reset_label: {
  return;
}
partial_inner_all_outer_label: {
  counter_2e_1_2e_lcssa_ = counter_2e_1_2e_lcssa___PHI;
  if ((((int32_t )counter_2e_1_2e_lcssa_) < ((int32_t )N_))) {
    goto partial_inner_only_label;
  } else {
    goto foreach_reset_label;
  }

}
partial_inner_only_label: {
  counter_2e_1_2e_lcssa_smear_ = __smear_i32<__vec32_i32>(counter_2e_1_2e_lcssa_);
  iter_val82_ = __add(counter_2e_1_2e_lcssa_smear_, __load<64>((const __vec32_i32  *)(VectorConstant0)));
  N_smear_ = __smear_i32<__vec32_i32>(N_);
  cmp85_ = __signed_less_than_i32(iter_val82_, N_smear_);
  tmp__3_ = ((int64_t )(int32_t )(counter_2e_1_2e_lcssa_ << 2u));
  ptr198_masked_load_ =  /*tail*/ __masked_load_float(((&(((uint8_t *)x_))[((int64_t )tmp__3_)])), cmp85_);
  if ((((int32_t )terms_) < ((int32_t )1u))) {
    value90_2e_0_2e_lcssa___PHI = ptr198_masked_load_;   /* for PHI node */
    goto for_exit120_label;
  } else {
    j122_2e_0262___PHI = 1u;   /* for PHI node */
    sign116_2e_0261___PHI = 4294967295u;   /* for PHI node */
    value90_2e_0260___PHI = ptr198_masked_load_;   /* for PHI node */
    goto for_loop119_label;
  }

}
  do {     /* Syntactic loop 'for_loop119' to make GCC happy */
for_loop119_label: {
  j122_2e_0262_ = j122_2e_0262___PHI;
  sign116_2e_0261_ = sign116_2e_0261___PHI;
  value90_2e_0260_ = value90_2e_0260___PHI;
  sign_load127_to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )sign116_2e_0261_)));
  add_mul__j_load134__ = (j122_2e_0262_ << 1u) | 1u;
  add_mul__j_load134__to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )add_mul__j_load134__)));
  calltmp_2e_i229_ =  /*tail*/ __pow_varying_float(ptr198_masked_load_, add_mul__j_load134__to_float_smear_);
  mul_sign_load127_to_float_broadcast_calltmp137_to_double_ = (__cast_fpext(__vec32_d (), (__mul(sign_load127_to_float_smear_, calltmp_2e_i229_))));
  add_mul__j_load134__smear_ = __smear_i32<__vec32_i32>(add_mul__j_load134__);
  lessequal_i_load_num_load_2e_i233252_ = __signed_greater_than_i32(add_mul__j_load134__smear_, __setzero_i32<__vec32_i32>());
  internal_mask_26_function_mask7_2e_i254_and_mask_ = __signed_greater_than_i32_and_mask(add_mul__j_load134__smear_, __setzero_i32<__vec32_i32>(), cmp85_);
  internal_mask_26_function_mask7_any_2e_i235255_ = (( /*tail*/ __any(internal_mask_26_function_mask7_2e_i254_and_mask_))&1);
  if (internal_mask_26_function_mask7_any_2e_i235255_) {
    oldMask_26_test_2e_i234258___PHI = lessequal_i_load_num_load_2e_i233252_;   /* for PHI node */
    i_2e_0_2e_i232257___PHI = __smear_i32<__vec32_i32>(1u);   /* for PHI node */
    fact_2e_i230_2e_0256___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto for_loop_2e_i241_label;
  } else {
    fact_2e_i230_2e_0_2e_lcssa___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto factorial___vyi_2e_exit243_label;
  }

}
  do {     /* Syntactic loop 'for_loop.i241' to make GCC happy */
for_loop_2e_i241_label: {
  oldMask_26_test_2e_i234258_ = oldMask_26_test_2e_i234258___PHI;
  i_2e_0_2e_i232257_ = i_2e_0_2e_i232257___PHI;
  fact_2e_i230_2e_0256_ = fact_2e_i230_2e_0256___PHI;
  v1_2e_i245_ = __select(oldMask_26_test_2e_i234258_, (__mul(fact_2e_i230_2e_0256_, ((__cast_sitofp(__vec32_d (), i_2e_0_2e_i232257_))))), fact_2e_i230_2e_0256_);
  i_load16_plus1_2e_i240_ = __add(i_2e_0_2e_i232257_, __smear_i32<__vec32_i32>(1u));
  oldMask_26_test_2e_i234_and_mask_ = __signed_less_equal_i32_and_mask(i_load16_plus1_2e_i240_, add_mul__j_load134__smear_, oldMask_26_test_2e_i234258_);
  internal_mask_26_function_mask7_2e_i_and_mask_ = __signed_less_than_i32_and_mask(iter_val82_, N_smear_, oldMask_26_test_2e_i234_and_mask_);
  internal_mask_26_function_mask7_any_2e_i235_ = (( /*tail*/ __any(internal_mask_26_function_mask7_2e_i_and_mask_))&1);
  if (internal_mask_26_function_mask7_any_2e_i235_) {
    oldMask_26_test_2e_i234258___PHI = oldMask_26_test_2e_i234_and_mask_;   /* for PHI node */
    i_2e_0_2e_i232257___PHI = i_load16_plus1_2e_i240_;   /* for PHI node */
    fact_2e_i230_2e_0256___PHI = v1_2e_i245_;   /* for PHI node */
    goto for_loop_2e_i241_label;
  } else {
    fact_2e_i230_2e_0_2e_lcssa___PHI = v1_2e_i245_;   /* for PHI node */
    goto factorial___vyi_2e_exit243_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop.i241' */
factorial___vyi_2e_exit243_label: {
  fact_2e_i230_2e_0_2e_lcssa_ = fact_2e_i230_2e_0_2e_lcssa___PHI;
  add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_ = __add(value90_2e_0260_, ((__cast_fptrunc(__vec32_f (), (__div(mul_sign_load127_to_float_broadcast_calltmp137_to_double_, fact_2e_i230_2e_0_2e_lcssa_))))));
  mul_sign116_load__ = -(sign116_2e_0261_);
  j_load144_plus1_ = ((uint32_t )(((uint32_t )j122_2e_0262_) + ((uint32_t )1u)));
  if ((((int32_t )j_load144_plus1_) > ((int32_t )terms_))) {
    value90_2e_0_2e_lcssa___PHI = add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_;   /* for PHI node */
    goto for_exit120_label;
  } else {
    j122_2e_0262___PHI = j_load144_plus1_;   /* for PHI node */
    sign116_2e_0261___PHI = mul_sign116_load__;   /* for PHI node */
    value90_2e_0260___PHI = add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_;   /* for PHI node */
    goto for_loop119_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop119' */
for_exit120_label: {
  value90_2e_0_2e_lcssa_ = value90_2e_0_2e_lcssa___PHI;
  __masked_store_float((((__vec32_f (*))((&(((uint8_t *)result_))[((int64_t )tmp__3_)])))), value90_2e_0_2e_lcssa_, cmp85_);
  goto foreach_reset_label;

}
}


static const int32_t __attribute__ ((aligned(64))) VectorConstant1[] = { 0u, 1u, 2u, 3u, 4u, 5u, 6u, 7u, 8u, 9u, 10u, 11u, 12u, 13u, 14u, 15u, 16u, 17u, 18u, 19u, 20u, 21u, 22u, 23u, 24u, 25u, 26u, 27u, 28u, 29u, 30u, 31u,  };

void sinx(uint32_t N_, uint32_t terms_, float *x_, float *result_) {
  uint32_t aligned_end_;
  uint8_t *x_load_ptr2int_2void_;
  uint8_t *result_load_ptr2int_2void_;
  uint32_t counter_2e_1277_2e_us_;
  uint32_t counter_2e_1277_2e_us___PHI;
  uint64_t tmp__4_;
  __vec32_f ptr_masked_load195_2e_us_;
  uint32_t new_counter_2e_us_;
  uint32_t counter_2e_1277_;
  uint32_t counter_2e_1277___PHI;
  uint64_t tmp__5_;
  __vec32_f ptr_masked_load195_;
  uint32_t counter_2e_1_2e_lcssa_;
  uint32_t counter_2e_1_2e_lcssa___PHI;
  uint32_t j_2e_0274_;
  uint32_t j_2e_0274___PHI;
  uint32_t sign_2e_0273_;
  uint32_t sign_2e_0273___PHI;
  __vec32_f value_2e_0272_;
  __vec32_f value_2e_0272___PHI;
  __vec32_f sign_load_to_float_smear_;
  uint32_t add_mul__j_load57__;
  __vec32_f add_mul__j_load57__to_float_smear_;
  __vec32_f calltmp_2e_i_;
  __vec32_d mul_sign_load_to_float_broadcast_calltmp_to_double_;
  __vec32_i32 add_mul__j_load57__smear_;
  __vec32_i1 lessequal_i_load_num_load_2e_i264_;
  bool internal_mask_26_function_mask7_any_2e_i266_;
  __vec32_i1 oldMask_26_test_2e_i269_;
  __vec32_i1 oldMask_26_test_2e_i269___PHI;
  __vec32_i32 i_2e_0_2e_i268_;
  __vec32_i32 i_2e_0_2e_i268___PHI;
  __vec32_d fact_2e_i_2e_0267_;
  __vec32_d fact_2e_i_2e_0267___PHI;
  __vec32_d v1_2e_i_;
  __vec32_i32 i_load16_plus1_2e_i_;
  __vec32_i1 oldMask_26_test_2e_i_and_mask_;
  bool internal_mask_26_function_mask7_any_2e_i_;
  __vec32_d fact_2e_i_2e_0_2e_lcssa_;
  __vec32_d fact_2e_i_2e_0_2e_lcssa___PHI;
  __vec32_f add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_;
  uint32_t mul_sign_load66__;
  uint32_t j_load67_plus1_;
  uint32_t new_counter_;
  __vec32_i32 counter_2e_1_2e_lcssa_smear_;
  __vec32_i32 iter_val82_;
  __vec32_i32 N_smear_;
  __vec32_i1 cmp85_;
  uint64_t tmp__6_;
  __vec32_f ptr198_masked_load_;
  uint32_t j122_2e_0262_;
  uint32_t j122_2e_0262___PHI;
  uint32_t sign116_2e_0261_;
  uint32_t sign116_2e_0261___PHI;
  __vec32_f value90_2e_0260_;
  __vec32_f value90_2e_0260___PHI;
  __vec32_f sign_load127_to_float_smear_;
  uint32_t add_mul__j_load134__;
  __vec32_f add_mul__j_load134__to_float_smear_;
  __vec32_f calltmp_2e_i229_;
  __vec32_d mul_sign_load127_to_float_broadcast_calltmp137_to_double_;
  __vec32_i32 add_mul__j_load134__smear_;
  __vec32_i1 lessequal_i_load_num_load_2e_i233252_;
  __vec32_i1 internal_mask_26_function_mask7_2e_i254_and_mask_;
  bool internal_mask_26_function_mask7_any_2e_i235255_;
  __vec32_i1 oldMask_26_test_2e_i234258_;
  __vec32_i1 oldMask_26_test_2e_i234258___PHI;
  __vec32_i32 i_2e_0_2e_i232257_;
  __vec32_i32 i_2e_0_2e_i232257___PHI;
  __vec32_d fact_2e_i230_2e_0256_;
  __vec32_d fact_2e_i230_2e_0256___PHI;
  __vec32_d v1_2e_i245_;
  __vec32_i32 i_load16_plus1_2e_i240_;
  __vec32_i1 oldMask_26_test_2e_i234_and_mask_;
  __vec32_i1 internal_mask_26_function_mask7_2e_i_and_mask_;
  bool internal_mask_26_function_mask7_any_2e_i235_;
  __vec32_d fact_2e_i230_2e_0_2e_lcssa_;
  __vec32_d fact_2e_i230_2e_0_2e_lcssa___PHI;
  __vec32_f add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_;
  uint32_t mul_sign116_load__;
  uint32_t j_load144_plus1_;
  __vec32_f value90_2e_0_2e_lcssa_;
  __vec32_f value90_2e_0_2e_lcssa___PHI;

  aligned_end_ = ((uint32_t )(((uint32_t )N_) - ((uint32_t )(((int32_t )(((int32_t )N_) % ((int32_t )32u)))))));
  if ((((int32_t )aligned_end_) > ((int32_t )0u))) {
    goto foreach_full_body_2e_lr_2e_ph_label;
  } else {
    counter_2e_1_2e_lcssa___PHI = 0u;   /* for PHI node */
    goto partial_inner_all_outer_label;
  }

foreach_full_body_2e_lr_2e_ph_label: {
  x_load_ptr2int_2void_ = ((uint8_t *)x_);
  result_load_ptr2int_2void_ = ((uint8_t *)result_);
  if ((((int32_t )terms_) < ((int32_t )1u))) {
    counter_2e_1277_2e_us___PHI = 0u;   /* for PHI node */
    goto for_exit_2e_us_label;
  } else {
    counter_2e_1277___PHI = 0u;   /* for PHI node */
    goto for_loop_2e_lr_2e_ph_label;
  }

}
  do {     /* Syntactic loop 'for_exit.us' to make GCC happy */
for_exit_2e_us_label: {
  counter_2e_1277_2e_us_ = counter_2e_1277_2e_us___PHI;
  tmp__4_ = ((int64_t )(int32_t )(counter_2e_1277_2e_us_ << 2u));
  ptr_masked_load195_2e_us_ = __load<4>((((__vec32_f (*))((&x_load_ptr2int_2void_[((int64_t )tmp__4_)])))));
  __store<4>((((__vec32_f (*))((&result_load_ptr2int_2void_[((int64_t )tmp__4_)])))), ptr_masked_load195_2e_us_);
  new_counter_2e_us_ = ((uint32_t )(((uint32_t )counter_2e_1277_2e_us_) + ((uint32_t )32u)));
  if ((((int32_t )new_counter_2e_us_) < ((int32_t )aligned_end_))) {
    counter_2e_1277_2e_us___PHI = new_counter_2e_us_;   /* for PHI node */
    goto for_exit_2e_us_label;
  } else {
    counter_2e_1_2e_lcssa___PHI = new_counter_2e_us_;   /* for PHI node */
    goto partial_inner_all_outer_label;
  }

}
  } while (1); /* end of syntactic loop 'for_exit.us' */
  do {     /* Syntactic loop 'for_loop.lr.ph' to make GCC happy */
for_loop_2e_lr_2e_ph_label: {
  counter_2e_1277_ = counter_2e_1277___PHI;
  tmp__5_ = ((int64_t )(int32_t )(counter_2e_1277_ << 2u));
  ptr_masked_load195_ = __load<4>((((__vec32_f (*))((&x_load_ptr2int_2void_[((int64_t )tmp__5_)])))));
  j_2e_0274___PHI = 1u;   /* for PHI node */
  sign_2e_0273___PHI = 4294967295u;   /* for PHI node */
  value_2e_0272___PHI = ptr_masked_load195_;   /* for PHI node */
  goto for_loop_label;

}
  do {     /* Syntactic loop 'for_loop' to make GCC happy */
for_loop_label: {
  j_2e_0274_ = j_2e_0274___PHI;
  sign_2e_0273_ = sign_2e_0273___PHI;
  value_2e_0272_ = value_2e_0272___PHI;
  sign_load_to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )sign_2e_0273_)));
  add_mul__j_load57__ = (j_2e_0274_ << 1u) | 1u;
  add_mul__j_load57__to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )add_mul__j_load57__)));
  calltmp_2e_i_ =  /*tail*/ __pow_varying_float(ptr_masked_load195_, add_mul__j_load57__to_float_smear_);
  mul_sign_load_to_float_broadcast_calltmp_to_double_ = (__cast_fpext(__vec32_d (), (__mul(sign_load_to_float_smear_, calltmp_2e_i_))));
  add_mul__j_load57__smear_ = __smear_i32<__vec32_i32>(add_mul__j_load57__);
  lessequal_i_load_num_load_2e_i264_ = __signed_greater_than_i32(add_mul__j_load57__smear_, __setzero_i32<__vec32_i32>());
  internal_mask_26_function_mask7_any_2e_i266_ = (( /*tail*/ __any(lessequal_i_load_num_load_2e_i264_))&1);
  if (internal_mask_26_function_mask7_any_2e_i266_) {
    oldMask_26_test_2e_i269___PHI = lessequal_i_load_num_load_2e_i264_;   /* for PHI node */
    i_2e_0_2e_i268___PHI = __smear_i32<__vec32_i32>(1u);   /* for PHI node */
    fact_2e_i_2e_0267___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto for_loop_2e_i_label;
  } else {
    fact_2e_i_2e_0_2e_lcssa___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto factorial___vyi_2e_exit_label;
  }

}
  do {     /* Syntactic loop 'for_loop.i' to make GCC happy */
for_loop_2e_i_label: {
  oldMask_26_test_2e_i269_ = oldMask_26_test_2e_i269___PHI;
  i_2e_0_2e_i268_ = i_2e_0_2e_i268___PHI;
  fact_2e_i_2e_0267_ = fact_2e_i_2e_0267___PHI;
  v1_2e_i_ = __select(oldMask_26_test_2e_i269_, (__mul(fact_2e_i_2e_0267_, ((__cast_sitofp(__vec32_d (), i_2e_0_2e_i268_))))), fact_2e_i_2e_0267_);
  i_load16_plus1_2e_i_ = __add(i_2e_0_2e_i268_, __smear_i32<__vec32_i32>(1u));
  oldMask_26_test_2e_i_and_mask_ = __signed_less_equal_i32_and_mask(i_load16_plus1_2e_i_, add_mul__j_load57__smear_, oldMask_26_test_2e_i269_);
  internal_mask_26_function_mask7_any_2e_i_ = (( /*tail*/ __any(oldMask_26_test_2e_i_and_mask_))&1);
  if (internal_mask_26_function_mask7_any_2e_i_) {
    oldMask_26_test_2e_i269___PHI = oldMask_26_test_2e_i_and_mask_;   /* for PHI node */
    i_2e_0_2e_i268___PHI = i_load16_plus1_2e_i_;   /* for PHI node */
    fact_2e_i_2e_0267___PHI = v1_2e_i_;   /* for PHI node */
    goto for_loop_2e_i_label;
  } else {
    fact_2e_i_2e_0_2e_lcssa___PHI = v1_2e_i_;   /* for PHI node */
    goto factorial___vyi_2e_exit_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop.i' */
factorial___vyi_2e_exit_label: {
  fact_2e_i_2e_0_2e_lcssa_ = fact_2e_i_2e_0_2e_lcssa___PHI;
  add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_ = __add(value_2e_0272_, ((__cast_fptrunc(__vec32_f (), (__div(mul_sign_load_to_float_broadcast_calltmp_to_double_, fact_2e_i_2e_0_2e_lcssa_))))));
  mul_sign_load66__ = -(sign_2e_0273_);
  j_load67_plus1_ = ((uint32_t )(((uint32_t )j_2e_0274_) + ((uint32_t )1u)));
  if ((((int32_t )j_load67_plus1_) > ((int32_t )terms_))) {
    goto for_exit_label;
  } else {
    j_2e_0274___PHI = j_load67_plus1_;   /* for PHI node */
    sign_2e_0273___PHI = mul_sign_load66__;   /* for PHI node */
    value_2e_0272___PHI = add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_;   /* for PHI node */
    goto for_loop_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop' */
for_exit_label: {
  __store<4>((((__vec32_f (*))((&result_load_ptr2int_2void_[((int64_t )tmp__5_)])))), add_value_load_div_mul_sign_load_to_float_broadcast_calltmp_to_double_calltmp63_to_float_);
  new_counter_ = ((uint32_t )(((uint32_t )counter_2e_1277_) + ((uint32_t )32u)));
  if ((((int32_t )new_counter_) < ((int32_t )aligned_end_))) {
    counter_2e_1277___PHI = new_counter_;   /* for PHI node */
    goto for_loop_2e_lr_2e_ph_label;
  } else {
    counter_2e_1_2e_lcssa___PHI = new_counter_;   /* for PHI node */
    goto partial_inner_all_outer_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop.lr.ph' */
foreach_reset_label: {
  return;
}
partial_inner_all_outer_label: {
  counter_2e_1_2e_lcssa_ = counter_2e_1_2e_lcssa___PHI;
  if ((((int32_t )counter_2e_1_2e_lcssa_) < ((int32_t )N_))) {
    goto partial_inner_only_label;
  } else {
    goto foreach_reset_label;
  }

}
partial_inner_only_label: {
  counter_2e_1_2e_lcssa_smear_ = __smear_i32<__vec32_i32>(counter_2e_1_2e_lcssa_);
  iter_val82_ = __add(counter_2e_1_2e_lcssa_smear_, __load<64>((const __vec32_i32  *)(VectorConstant1)));
  N_smear_ = __smear_i32<__vec32_i32>(N_);
  cmp85_ = __signed_less_than_i32(iter_val82_, N_smear_);
  tmp__6_ = ((int64_t )(int32_t )(counter_2e_1_2e_lcssa_ << 2u));
  ptr198_masked_load_ =  /*tail*/ __masked_load_float(((&(((uint8_t *)x_))[((int64_t )tmp__6_)])), cmp85_);
  if ((((int32_t )terms_) < ((int32_t )1u))) {
    value90_2e_0_2e_lcssa___PHI = ptr198_masked_load_;   /* for PHI node */
    goto for_exit120_label;
  } else {
    j122_2e_0262___PHI = 1u;   /* for PHI node */
    sign116_2e_0261___PHI = 4294967295u;   /* for PHI node */
    value90_2e_0260___PHI = ptr198_masked_load_;   /* for PHI node */
    goto for_loop119_label;
  }

}
  do {     /* Syntactic loop 'for_loop119' to make GCC happy */
for_loop119_label: {
  j122_2e_0262_ = j122_2e_0262___PHI;
  sign116_2e_0261_ = sign116_2e_0261___PHI;
  value90_2e_0260_ = value90_2e_0260___PHI;
  sign_load127_to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )sign116_2e_0261_)));
  add_mul__j_load134__ = (j122_2e_0262_ << 1u) | 1u;
  add_mul__j_load134__to_float_smear_ = __smear_float<__vec32_f>((((float )(int32_t )add_mul__j_load134__)));
  calltmp_2e_i229_ =  /*tail*/ __pow_varying_float(ptr198_masked_load_, add_mul__j_load134__to_float_smear_);
  mul_sign_load127_to_float_broadcast_calltmp137_to_double_ = (__cast_fpext(__vec32_d (), (__mul(sign_load127_to_float_smear_, calltmp_2e_i229_))));
  add_mul__j_load134__smear_ = __smear_i32<__vec32_i32>(add_mul__j_load134__);
  lessequal_i_load_num_load_2e_i233252_ = __signed_greater_than_i32(add_mul__j_load134__smear_, __setzero_i32<__vec32_i32>());
  internal_mask_26_function_mask7_2e_i254_and_mask_ = __signed_greater_than_i32_and_mask(add_mul__j_load134__smear_, __setzero_i32<__vec32_i32>(), cmp85_);
  internal_mask_26_function_mask7_any_2e_i235255_ = (( /*tail*/ __any(internal_mask_26_function_mask7_2e_i254_and_mask_))&1);
  if (internal_mask_26_function_mask7_any_2e_i235255_) {
    oldMask_26_test_2e_i234258___PHI = lessequal_i_load_num_load_2e_i233252_;   /* for PHI node */
    i_2e_0_2e_i232257___PHI = __smear_i32<__vec32_i32>(1u);   /* for PHI node */
    fact_2e_i230_2e_0256___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto for_loop_2e_i241_label;
  } else {
    fact_2e_i230_2e_0_2e_lcssa___PHI = __smear_double<__vec32_d>(0x1p+0);   /* for PHI node */
    goto factorial___vyi_2e_exit243_label;
  }

}
  do {     /* Syntactic loop 'for_loop.i241' to make GCC happy */
for_loop_2e_i241_label: {
  oldMask_26_test_2e_i234258_ = oldMask_26_test_2e_i234258___PHI;
  i_2e_0_2e_i232257_ = i_2e_0_2e_i232257___PHI;
  fact_2e_i230_2e_0256_ = fact_2e_i230_2e_0256___PHI;
  v1_2e_i245_ = __select(oldMask_26_test_2e_i234258_, (__mul(fact_2e_i230_2e_0256_, ((__cast_sitofp(__vec32_d (), i_2e_0_2e_i232257_))))), fact_2e_i230_2e_0256_);
  i_load16_plus1_2e_i240_ = __add(i_2e_0_2e_i232257_, __smear_i32<__vec32_i32>(1u));
  oldMask_26_test_2e_i234_and_mask_ = __signed_less_equal_i32_and_mask(i_load16_plus1_2e_i240_, add_mul__j_load134__smear_, oldMask_26_test_2e_i234258_);
  internal_mask_26_function_mask7_2e_i_and_mask_ = __signed_less_than_i32_and_mask(iter_val82_, N_smear_, oldMask_26_test_2e_i234_and_mask_);
  internal_mask_26_function_mask7_any_2e_i235_ = (( /*tail*/ __any(internal_mask_26_function_mask7_2e_i_and_mask_))&1);
  if (internal_mask_26_function_mask7_any_2e_i235_) {
    oldMask_26_test_2e_i234258___PHI = oldMask_26_test_2e_i234_and_mask_;   /* for PHI node */
    i_2e_0_2e_i232257___PHI = i_load16_plus1_2e_i240_;   /* for PHI node */
    fact_2e_i230_2e_0256___PHI = v1_2e_i245_;   /* for PHI node */
    goto for_loop_2e_i241_label;
  } else {
    fact_2e_i230_2e_0_2e_lcssa___PHI = v1_2e_i245_;   /* for PHI node */
    goto factorial___vyi_2e_exit243_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop.i241' */
factorial___vyi_2e_exit243_label: {
  fact_2e_i230_2e_0_2e_lcssa_ = fact_2e_i230_2e_0_2e_lcssa___PHI;
  add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_ = __add(value90_2e_0260_, ((__cast_fptrunc(__vec32_f (), (__div(mul_sign_load127_to_float_broadcast_calltmp137_to_double_, fact_2e_i230_2e_0_2e_lcssa_))))));
  mul_sign116_load__ = -(sign116_2e_0261_);
  j_load144_plus1_ = ((uint32_t )(((uint32_t )j122_2e_0262_) + ((uint32_t )1u)));
  if ((((int32_t )j_load144_plus1_) > ((int32_t )terms_))) {
    value90_2e_0_2e_lcssa___PHI = add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_;   /* for PHI node */
    goto for_exit120_label;
  } else {
    j122_2e_0262___PHI = j_load144_plus1_;   /* for PHI node */
    sign116_2e_0261___PHI = mul_sign116_load__;   /* for PHI node */
    value90_2e_0260___PHI = add_value90_load_div_mul_sign_load127_to_float_broadcast_calltmp137_to_double_calltmp141_to_float_;   /* for PHI node */
    goto for_loop119_label;
  }

}
  } while (1); /* end of syntactic loop 'for_loop119' */
for_exit120_label: {
  value90_2e_0_2e_lcssa_ = value90_2e_0_2e_lcssa___PHI;
  __masked_store_float((((__vec32_f (*))((&(((uint8_t *)result_))[((int64_t )tmp__6_)])))), value90_2e_0_2e_lcssa_, cmp85_);
  goto foreach_reset_label;

}
}