vr_interp_operator_impl.h

/*Tools for copy : workaround to avoid limitation of 6args*/

#ifndef INTERFLOP_VECTO
static double arg1CopyAvxDouble[4];
static VG_REGPARM(3) void vr_AvxDoubleCopyFirstArg (ULong a0, ULong a1, ULong a2,ULong a3) {
  arg1CopyAvxDouble[0] =*((double*)(&a0));
  arg1CopyAvxDouble[1] =*((double*)(&a1));
  arg1CopyAvxDouble[2] =*((double*)(&a2));
  arg1CopyAvxDouble[3] =*((double*)(&a3));    
}

static float arg1CopyAvxFloat[8];
static VG_REGPARM(3) void vr_AvxFloatCopyFirstArg (ULong a0, ULong a1, ULong a2,ULong a3) {
  V256* reg1=(V256*)(&arg1CopyAvxFloat) ;
  reg1->w64[0]=a0;
  reg1->w64[1]=a1;
  reg1->w64[2]=a2;
  reg1->w64[3]=a3;
}
#else
static doublex4 arg1CopyAvxDouble;

static VG_REGPARM(3) void vr_AvxDoubleCopyFirstArg (ULong a0, ULong a1, ULong a2,ULong a3) {
  arg1CopyAvxDouble= (doublex4){*((double*)(&a0)),*((double*)(&a1)),*((double*)(&a2)),*((double*)(&a3))};
}

static floatx8 arg1CopyAvxFloat;

static VG_REGPARM(3) void vr_AvxFloatCopyFirstArg (ULong a0, ULong a1, ULong a2,ULong a3) {
  V256* reg1=(V256*)(&arg1CopyAvxFloat) ;
  reg1->w64[0]=a0;
  reg1->w64[1]=a1;
  reg1->w64[2]=a2;
  reg1->w64[3]=a3;
  arg1CopyAvxFloat=*reg1;
}

#endif