public static CsClass Generate(CsFile f, int dimension)
{
var a = new NdArrayLevel1Generator(f, dimension);
a.Add_Constructor();
a.Add_Map();
return(a._class);
}
private void Add_ArrayMethods(CsClass cl)
{
/* [DirectCall("array")]
* public static NdArray2D<int> Array(
* IEnumerable<IEnumerable<int>> obj,
* bool copy = true,
* NumpyArrayOrder order = NumpyArrayOrder.K)
* {
* return NdArray.Make(obj, copy, order);
* }*/
var f = CreateFile();
f.AddImportNamespace("System.Collections.Generic");
f.AddImportNamespace("System.Linq");
for (var dimension = 1; dimension <= MaxDim; dimension++)
{
NdArrayLevel1Generator.Generate(f, dimension);
foreach (var wrappedType in NumpyArrayWrappedTypes)
{
var classLevel2 = NdArrayLevel2Generator.Generate(f, dimension, wrappedType);
var resultType = classLevel2.Name;
var m = cl.AddMethod("Array" + dimension, resultType)
.WithDirectCall("array")
.WithStatic()
.WithBodyComment($"Generated by {nameof(NumpyGenerator)}.{nameof(Add_ArrayMethods)}/1")
.WithBody($"return new {resultType}(obj, copy, order);");
NdArrayLevel2Generator.WithAddParams(m, wrappedType, dimension);
}
// other types
{
const string wrappedType = "T";
// var classLevel2 = NdArrayLevel2Generator.Generate(f, dimension, wrappedType);
foreach (var i in new[] { true })
{
var resultType = $"NdArray{dimension}D<T>";
var m = cl.AddMethod("Array" + (i ? $"{dimension}" : "") + "<T>", resultType)
.WithDirectCall("array")
.WithStatic()
.WithBodyComment($"Generated by {nameof(NumpyGenerator)}.{nameof(Add_ArrayMethods)}/2")
.WithBody($"return new {resultType}(obj, copy, order);");
NdArrayLevel2Generator.WithAddParams(m, wrappedType, dimension);
}
}
}
var fileName = Path.Combine(BasePath.FullName, "Lang.Python", "+compatibility", "Numpy", "NdArray.Auto.cs");
f.SaveIfDifferent(fileName);
}