public static object Binary_Search(DVVectorLike vec, DeviceViewable value, Functor comp)
{
return(Native.binary_search(vec.m_cptr, value.m_cptr, comp.m_cptr));
}
public static object Lower_Bound(DVVectorLike vec, DeviceViewable value)
{
return(Native.lower_bound(vec.m_cptr, value.m_cptr));
}
public static object Upper_Bound(DVVectorLike vec, DeviceViewable value, Functor comp)
{
return(Native.upper_bound(vec.m_cptr, value.m_cptr, comp.m_cptr));
}
public static bool Replace_If(DVVectorLike vec, Functor pred, DeviceViewable new_value)
{
return(Native.replace_if(vec.m_cptr, pred.m_cptr, new_value.m_cptr));
}
public static object Transform_Reduce(DVVectorLike vec, Functor unary_op, DeviceViewable init, Functor binary_op)
{
return(Native.transform_reduce(vec.m_cptr, unary_op.m_cptr, init.m_cptr, binary_op.m_cptr));
}
public static bool Exclusive_Scan_By_Key(DVVectorLike vec_key, DVVectorLike vec_value, DVVectorLike vec_out, DeviceViewable init, Functor binary_pred, Functor binary_op)
{
return(Native.exclusive_scan_by_key(vec_key.m_cptr, vec_value.m_cptr, vec_out.m_cptr, init.m_cptr, binary_pred.m_cptr, binary_op.m_cptr));
}
public static long Remove(DVVectorLike vec, DeviceViewable value)
{
return((long)Native.remove(vec.m_cptr, value.m_cptr));
}
public DVConstant(DeviceViewable dvobj, long size = -1)
: base(Native.dvconstant_create(dvobj.m_cptr, (ulong)size))
{
m_dvobj = dvobj;
}
public static object Reduce(DVVectorLike vec, DeviceViewable init)
{
return(Native.reduce(vec.m_cptr, init.m_cptr));
}
public static bool Fill(DVVectorLike vec, DeviceViewable value)
{
return(Native.fiil(vec.m_cptr, value.m_cptr));
}
public DVCounter(DeviceViewable dvobj_init, long size = -1)
: base(Native.dvcounter_create(dvobj_init.m_cptr, (ulong)size))
{
m_dvobj_init = dvobj_init;
}
public static bool Sequence(DVVectorLike vec, DeviceViewable value_init, DeviceViewable value_step)
{
return(Native.sequence(vec.m_cptr, value_init.m_cptr, value_step.m_cptr));
}
public static bool Replace_Copy_If(DVVectorLike vec_in, DVVectorLike vec_out, Functor pred, DeviceViewable new_value)
{
return(Native.replace_copy_if(vec_in.m_cptr, vec_out.m_cptr, pred.m_cptr, new_value.m_cptr));
}
public static bool Replace_Copy(DVVectorLike vec_in, DVVectorLike vec_out, DeviceViewable old_value, DeviceViewable new_value)
{
return(Native.replace_copy(vec_in.m_cptr, vec_out.m_cptr, old_value.m_cptr, new_value.m_cptr));
}
public static object Find(DVVectorLike vec, DeviceViewable value)
{
return(Native.find(vec.m_cptr, value.m_cptr));
}
public static object Reduce(DVVectorLike vec, DeviceViewable init, Functor binary_op)
{
return(Native.reduce(vec.m_cptr, init.m_cptr, binary_op.m_cptr));
}
public static bool Exclusive_Scan(DVVectorLike vec_in, DVVectorLike vec_out, DeviceViewable init)
{
return(Native.exclusive_scan(vec_in.m_cptr, vec_out.m_cptr, init.m_cptr));
}
public static long Count(DVVectorLike vec, DeviceViewable value)
{
return((long)Native.count(vec.m_cptr, value.m_cptr));
}
public static bool Transform_Exclusive_Scan(DVVectorLike vec_in, DVVectorLike vec_out, Functor unary_op, DeviceViewable init, Functor binary_op)
{
return(Native.transform_exclusive_scan(vec_in.m_cptr, vec_out.m_cptr, unary_op.m_cptr, init.m_cptr, binary_op.m_cptr));
}
public static object Inner_Product(DVVectorLike vec1, DVVectorLike vec2, DeviceViewable init, Functor binary_op1, Functor binary_op2)
{
return(Native.inner_product(vec1.m_cptr, vec2.m_cptr, init.m_cptr, binary_op1.m_cptr, binary_op2.m_cptr));
}
public static long Remove_Copy(DVVectorLike vec_in, DVVectorLike vec_out, DeviceViewable value)
{
return((long)Native.remove_copy(vec_in.m_cptr, vec_out.m_cptr, value.m_cptr));
}
public static bool Replace(DVVectorLike vec, DeviceViewable old_value, DeviceViewable new_value)
{
return(Native.replace(vec.m_cptr, old_value.m_cptr, new_value.m_cptr));
}