internal static NpyArray NpyArray_FlatView(NpyArray a)
{
return(numpyinternal.NpyArray_FlatView(a));
}
internal static bool Npy_IsAligned(NpyArray ap)
{
return(numpyinternal.Npy_IsAligned(ap));
}
internal static VoidPtr NpyArray_Index2Ptr(NpyArray mp, npy_intp i)
{
return(numpyinternal.NpyArray_Index2Ptr(mp, i));
}
internal static NpyArray NpyArray_IsNaN(NpyArray self)
{
return(numpyinternal.NpyArray_IsNaN(self));
}
internal static NpyArray NpyArray_NumericOpUpscaleSourceArray(NpyArray srcArray, NpyArray operandArray)
{
return(numpyinternal.NpyArray_NumericOpUpscaleSourceArray(srcArray, operandArray));
}
internal static NpyArray NpyArray_ArgMin(NpyArray op, int axis, NpyArray _out)
{
return(numpyinternal.NpyArray_ArgMin(op, axis, _out));
}
internal static NpyArray NpyArray_CumProd(NpyArray self, int axis, NPY_TYPES rtype, NpyArray _out)
{
return(numpyinternal.NpyArray_CumProd(self, axis, rtype, _out));
}
internal static NpyArray NpyArrayAccess_ViewLike(NpyArray a, NpyArray prototype)
{
return(numpyinternal.NpyArrayAccess_ViewLike(a, prototype));
}
internal static void NpyArrayAccess_ToFile(NpyArray array, string fileName, string sep, string format)
{
numpyinternal.NpyArrayAccess_ToFile(array, fileName, sep, format);
}
internal static void NpyArrayAccess_ZeroFill(NpyArray arr, npy_intp offset)
{
numpyinternal.NpyArrayAccess_ZeroFill(arr, offset);
}
internal static void NpyArrayAccess_ClearUPDATEIFCOPY(NpyArray self)
{
numpyinternal.NpyArrayAccess_ClearUPDATEIFCOPY(self);
}
internal static void NpyArrayAccess_SetState(NpyArray self, int ndim, npy_intp[] dims, NPY_ORDER order, string srcPtr, int srcLen)
{
numpyinternal.NpyArrayAccess_SetState(self, ndim, dims, order, srcPtr, srcLen);
}
internal static NpyArray NpyUFunc_GenericReduction(NpyUFuncObject self, NpyArray arr, NpyArray indices,
NpyArray _out, int axis, NpyArray_Descr otype, GenericReductionOp operation)
{
return(numpyinternal.NpyUFunc_GenericReduction(self, arr, indices, _out, axis, otype, operation, false));
}
internal static NpyArray NpyArray_Transpose(NpyArray ap, NpyArray_Dims permute)
{
return(numpyinternal.NpyArray_Transpose(ap, permute));
}
internal static NpyArray NpyArray_PerformReduceAtOp(NpyArray a, NpyArray indices, int axis, UFuncOperation ops, NPY_TYPES rtype, NpyArray @out)
{
return(numpyinternal.PerformReduceAtOpArray(a, indices, axis, ops, rtype, @out));
}
internal static void NpyArrayAccess_ToStream(NpyArray array, Stream fileName, string sep, string format)
{
numpyinternal.NpyArrayAccess_ToStream(array, fileName, sep, format);
}
internal static NpyArray NpyArray_PerformAccumulateOp(NpyArray a, int axis, UFuncOperation ops, NPY_TYPES rtype, NpyArray @out)
{
return(numpyinternal.PerformAccumulateOpArray(a, axis, ops, rtype, @out));
}
internal static int NpyArrayAccess_Fill(NpyArray arr)
{
return(numpyinternal.NpyArrayAccess_Fill(arr));
}
internal static NpyArray NpyArray_Prod(NpyArray self, int axis, NPY_TYPES rtype, NpyArray _out, bool keepdims)
{
return(numpyinternal.NpyArray_Prod(self, axis, rtype, _out, keepdims));
}
internal static int npy_array_getsegcount(NpyArray self, ref size_t lenp)
{
return(numpyinternal.npy_array_getsegcount(self, ref lenp));
}
internal static NpyArray NpyArray_Floor(NpyArray self, NpyArray _out)
{
return(numpyinternal.NpyArray_Floor(self, _out));
}
internal static int npy_array_getwritebuf(NpyArray self, size_t segment, ref VoidPtr ptrptr)
{
return(numpyinternal.npy_array_getwritebuf(self, segment, ref ptrptr));
}
internal static NpyArray NpyArray_All(NpyArray self, int axis, NpyArray _out, bool keepdims)
{
return(numpyinternal.NpyArray_All(self, axis, _out, keepdims));
}
internal static NpyArray NpyArray_PerformNumericOperation(UFuncOperation operationType, NpyArray x1Array, NpyArray x2Array, NpyArray outArray, NpyArray whereFilter)
{
return(numpyinternal.NpyArray_PerformNumericOperation(operationType, x1Array, x2Array, outArray, whereFilter));
}
internal static NpyArray NpyArray_NumericOpUpscaleSourceArray(NpyArray srcArray, npy_intp[] dimensions, int nd)
{
return(numpyinternal.NpyArray_NumericOpUpscaleSourceArray(srcArray, dimensions, nd));
}
internal static NpyArray NpyArray_PerformOuterOp(NpyArray a, NpyArray b, NpyArray dest, UFuncOperation operationType)
{
return(numpyinternal.PerformOuterOpArray(a, b, dest, operationType));
}
internal static bool Npy_IsWriteable(NpyArray ap)
{
return(numpyinternal.Npy_IsWriteable(ap));
}
internal static NpyArray NpyArray_PerformReduceOp(NpyArray a, int axis, UFuncOperation ops, NPY_TYPES rtype, NpyArray @out, bool keepdims)
{
return(numpyinternal.PerformReduceOpArray(a, axis, ops, rtype, @out, keepdims));
}
internal static NpyArray NpyArray_View(NpyArray self, NpyArray_Descr type, object subtype)
{
return(numpyinternal.NpyArray_View(self, type, subtype));
}
internal static NpyArray NpyArray_Flatten(NpyArray a, NPY_ORDER order)
{
return(numpyinternal.NpyArray_Flatten(a, order));
}
