public static IList <T> HRemoveAllNull <T>(this IList <T> values, bool bAssert = true)
where T : class
{
//HDebug.Depreciated("use HRemoveAll(null), instead");
HDebug.Break(bAssert && HRemoveAllNull_break);
Predicate <T> match = delegate(T val)
{
return(val == null);
};
List <T> _values = new List <T>(values);
_values.RemoveAll(match);
return(_values);
}
protected static void _ToString2(StringBuilder text, string format, object obj)
{
try
{
if (obj == null)
{
return;
}
string name = obj.GetType().FullName;
if (name == typeof(Vector).FullName)
{
Vector data = (Vector)obj;
_ToString2(text, format, data._data);
return;
}
if (name == typeof(int).FullName)
{
if (format == null)
{
text.Append(obj.ToString()); return;
}
else
{
text.Append(string.Format(format, (int)obj)); return;
}
}
if (name == typeof(double).FullName)
{
string str;
if (format == null)
{
str = ((double)obj).ToString();
}
else
{
str = string.Format(format, (double)obj);
}
if (str.Contains("E") || str.Contains("e"))
{
str = str.Replace("e", "*10^");
str = str.Replace("E", "*10^");
}
text.Append(str);
return;
}
if (name == typeof(string).FullName)
{
string str = obj.ToString();
if (str.StartsWith("(* ") && str.EndsWith(" *)"))
{
// add comment as it is
text.Append(str);
}
else
{
str = str.Replace("\\", "\\\\");
str = "\"" + str + "\"";
text.Append(str);
}
return;
}
if (name == typeof(char).FullName)
{
string str = "\'" + (char)obj + "\'";
text.Append(str);
return;
}
if (obj is System.Runtime.CompilerServices.ITuple)
{
_ToString2(text, format, obj as System.Runtime.CompilerServices.ITuple); return;
}
if (obj is System.Collections.IDictionary)
{
_ToString2(text, format, obj as System.Collections.IDictionary); return;
}
if (obj is IMatrix <double> )
{
_ToString2(text, format, obj as IMatrix <double>); return;
}
if (obj is System.Collections.IList)
{
//HDebug.ToDo();
//var objs = obj as System.Collections.IList;
//objs.getleng
}
if (obj is System.Collections.IEnumerable)
{
_ToString2(text, format, obj as System.Collections.IEnumerable); return;
}
//if(name==typeof(List<Tuple<double,int>> ).FullName) return _ToString2 (format, (List<Tuple<double,int>> )obj);
//if(name==typeof(List<Tuple<int,double>> ).FullName) return _ToString2 (format, (List<Tuple<int,double>> )obj);
//if(name==typeof(List<Tuple<double,double>> ).FullName) return _ToString2 (format, (List<Tuple<double,double>> )obj);
//if(name==typeof(List<double> ).FullName) return _ToString2 (format, (List<double> )obj);
//if(name==typeof(List<Vector> ).FullName) return _ToString2 (format, (List<Vector> )obj);
//if(name==typeof(List<DoubleVector3> ).FullName) return _ToString2 (format, (List<DoubleVector3> )obj);
//if(name==typeof(List<double[]> ).FullName) return _ToString2 (format, (List<double[]> )obj);
//if(name==typeof(List<double[,]> ).FullName) return _ToString2 (format, (List<double[,]> )obj);
//if(name==typeof(MatrixByArr[] ).FullName) return _ToString2<MatrixByArr> (format, (MatrixByArr[] )obj);
//if(name==typeof(Vector[] ).FullName) return _ToString2<Vector> (format, (Vector[] )obj);
//if(name==typeof(string[] ).FullName) return _ToString2<string> (format, (string[] )obj);
//if(name==typeof(string[,] ).FullName) return _ToString2 (format, (string[,] )obj);
//if(name==typeof(double[] ).FullName) return _ToString2 (format, (double[] )obj);
//if(name==typeof(int[] ).FullName) return _ToString2 (format, (int[] )obj);
//if(name==typeof(double[,] ).FullName) return _ToString2 (format, (double[,] )obj);
//if(name==typeof(double[,,] ).FullName) return _ToString2 (format, (double[,,] )obj);
//if(name==typeof(DoubleVector3[] ).FullName) return _ToString2 (format, (DoubleVector3[] )obj);
//if(name==typeof(double[][] ).FullName) return _ToString2<double[]> (format, (double[][] )obj);
//if(name==typeof(double[][,] ).FullName) return _ToString2 (format, new List<double[,]>((double[][,] )obj));
//if(name==typeof(double[,][] ).FullName) return _ToString2 (format, (double[,][] )obj);
//if(name==typeof(List<int> ).FullName) return _ToString2<int> (format, (IEnumerable<int> )obj);
//if(name==typeof(List<string> ).FullName) return _ToString2<string> (format, (IEnumerable<string> )obj);
//if(name==typeof(List<string[]> ).FullName) return _ToString2<string[]> (format, (IEnumerable<string[]> )obj);
//if(name==typeof(List<List<int>> ).FullName) return _ToString2<List<int>> (format, (IEnumerable<List<int>> )obj);
//if(name==typeof(List<List<double>> ).FullName) return _ToString2<List<double>> (format, (IEnumerable<List<double>> )obj);
//if(name==typeof(List<List<string>> ).FullName) return _ToString2<List<string>> (format, (IEnumerable<List<string>> )obj);
//if(name==typeof(List<List<Vector>> ).FullName) return _ToString2<List<Vector>> (format, (IEnumerable<List<Vector>> )obj);
//if(name==typeof(Dictionary<double,double> ).FullName) return _ToString2<double,double> (format, (Dictionary<double,double> )obj);
//if(name==typeof(KeyValuePair<double,Vector[]> ).FullName) return _ToString2<double,Vector[]> (format, (KeyValuePair<double,Vector[]> )obj);
//if(name==typeof(KeyValuePair<double,double[]> ).FullName) return _ToString2<double,double[]> (format, (KeyValuePair<double,double[]> )obj);
//if(name==typeof(KeyValuePair<double,string> ).FullName) return _ToString2<double,string> (format, (KeyValuePair<double,string> )obj);
//if(name==typeof(KeyValuePair<int, Tuple<Vector, Vector>> ).FullName) return _ToString2<int, Tuple<Vector,Vector>>(format, (KeyValuePair<int, Tuple<Vector, Vector>> )obj);
//if(name==typeof(Dictionary<double,double[]> ).FullName) return _ToString2<double,double[]> (format, (Dictionary<double,double[]> )obj);
//if(name==typeof(Tuple<int , int >).FullName) { var val=(Tuple<int , int >)obj; return _ToString2(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<int , double >).FullName) { var val=(Tuple<int , double >)obj; return _ToString2(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<int , double, double>).FullName) { var val=(Tuple<int , double, double>)obj; return _ToString2(format, val.Item1, val.Item2, val.Item3); }
//if(name==typeof(Tuple<double, double >).FullName) { var val=(Tuple<double, double >)obj; return _ToString2(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<double, double, double>).FullName) { var val=(Tuple<double, double, double>)obj; return _ToString2(format, val.Item1, val.Item2, val.Item3); }
//if(name==typeof(Tuple<double, int, int, int >).FullName) { var val=(Tuple<double, int, int, int >)obj; return _ToString2(format, val.Item1, val.Item2, val.Item3, val.Item4); }
//if(name==typeof(Tuple<int ,Vector >).FullName) { var val=(Tuple<int ,Vector >)obj; return _ToString2(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<string,string >).FullName) { var val=(Tuple<string,string >)obj; return _ToString2(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<string,int >).FullName) { var val=(Tuple<string,int >)obj; return _ToString2(format, val.Item1, val.Item2); }
//if(name==typeof(KeyValuePair<double, double>).FullName)
//{
// KeyValuePair<double, double> kvp = (KeyValuePair<double, double>)obj;
// return _ToString2(format, kvp.Key, kvp.Value);
//}
//if(name == typeof(MatrixDouble).FullName)
//{
// MatrixDouble data = (MatrixDouble)obj;
// return _ToString2(data.ToArray());
//}
//if(name == typeof(MatrixByArr).FullName)
//{
// MatrixByArr data = (MatrixByArr)obj;
// return _ToString2(format, data.ToArray());
//}
//if(name == typeof(DoubleVector3).FullName)
//{
// DoubleVector3 data = (DoubleVector3)obj;
// return _ToString2(data.v0, data.v1, data.v2);
//}
//if(name == typeof(DoubleMatrix3).FullName)
//{
// DoubleMatrix3 data = (DoubleMatrix3)obj;
// return _ToString2(data.ToArray());
//}
if (name == typeof(object[]).FullName)
{
_ToString2(text, format, (object[])obj);
return;
}
HDebug.Assert(false);
HDebug.Break();
}
catch (Exception)
{
HDebug.Break();
}
}
protected static string _ToString(string format, object obj)
{
try{
if (obj == null)
{
return("");
}
string name = obj.GetType().FullName;
if (obj is System.Runtime.CompilerServices.ITuple)
{
return(_ToString(format, obj as System.Runtime.CompilerServices.ITuple));
}
if (obj is System.Collections.IDictionary)
{
return(_ToString(format, obj as System.Collections.IDictionary));
}
//if(name==typeof(Tuple<DoubleVector3,Tuple<double,DoubleVector3>[]> ).FullName) return _ToString (format, (Tuple<DoubleVector3,Tuple<double,DoubleVector3>[]> )obj);
//if(name==typeof(Tuple<double,DoubleVector3>[] ).FullName) return _ToString (format, (Tuple<double,DoubleVector3>[] )obj);
//if(name==typeof(Tuple<double,DoubleVector3> ).FullName) return _ToString (format, (Tuple<double,DoubleVector3> )obj);
//if(name==typeof(Tuple<DoubleVector3,Tuple<DoubleVector3,DoubleVector3>>).FullName) return _ToString (format, (Tuple<DoubleVector3,Tuple<DoubleVector3,DoubleVector3>>)obj);
//if(name==typeof(Tuple<DoubleVector3,DoubleVector3> ).FullName) return _ToString (format, (Tuple<DoubleVector3,DoubleVector3> )obj);
//if(name==typeof(Tuple<double[],double[]> ).FullName) return _ToString (format, (Tuple<double[],double[]> )obj);
//if(name==typeof(Tuple<double,double> ).FullName) return _ToString (format, (Tuple<double,double> )obj);
//if(name==typeof(Tuple<double,int> ).FullName) return _ToString (format, (Tuple<double,int> )obj);
//if(name==typeof(Tuple<int,double> ).FullName) return _ToString (format, (Tuple<int,double> )obj);
//if(name==typeof(Tuple<double,Vector> ).FullName) return _ToString (format, (Tuple<double,Vector> )obj);
//if(name==typeof(Tuple<Vector,Vector> ).FullName) return _ToString (format, (Tuple<Vector,Vector> )obj);
if (name == typeof(List <Tuple <double, int> >).FullName)
{
return(_ToString(format, (List <Tuple <double, int> >)obj));
}
if (name == typeof(List <Tuple <int, double> >).FullName)
{
return(_ToString(format, (List <Tuple <int, double> >)obj));
}
if (name == typeof(List <Tuple <double, double> >).FullName)
{
return(_ToString(format, (List <Tuple <double, double> >)obj));
}
if (name == typeof(List <double>).FullName)
{
return(_ToString(format, (List <double>)obj));
}
if (name == typeof(List <Vector>).FullName)
{
return(_ToString(format, (List <Vector>)obj));
}
//if(name==typeof(List<DoubleVector3> ).FullName) return _ToString (format, (List<DoubleVector3> )obj);
if (name == typeof(List <double[]>).FullName)
{
return(_ToString(format, (List <double[]>)obj));
}
if (name == typeof(List <double[, ]>).FullName)
{
return(_ToString(format, (List <double[, ]>)obj));
}
if (name == typeof(MatrixByArr[]).FullName)
{
return(_ToString <MatrixByArr> (format, (MatrixByArr[] )obj));
}
if (name == typeof(Vector[]).FullName)
{
return(_ToString <Vector> (format, (Vector[] )obj));
}
if (name == typeof(string[]).FullName)
{
return(_ToString <string> (format, (string[] )obj));
}
if (name == typeof(string[, ]).FullName)
{
return(_ToString(format, (string[, ])obj));
}
if (name == typeof(double[]).FullName)
{
return(_ToString(format, (double[] )obj));
}
if (name == typeof(int[]).FullName)
{
return(_ToString(format, (int[] )obj));
}
if (name == typeof(double[, ]).FullName)
{
return(_ToString(format, (double[, ])obj));
}
if (name == typeof(double[, , ]).FullName)
{
return(_ToString(format, (double[, , ])obj));
}
//if(name==typeof(DoubleVector3[] ).FullName) return _ToString (format, (DoubleVector3[] )obj);
if (name == typeof(double[][]).FullName)
{
return(_ToString <double[]> (format, (double[][] )obj));
}
if (name == typeof(double[][, ]).FullName)
{
return(_ToString(format, new List <double[, ]>((double[][, ])obj)));
}
if (name == typeof(double[, ][]).FullName)
{
return(_ToString(format, (double[, ][])obj));
}
if (name == typeof(List <int>).FullName)
{
return(_ToString <int> (format, (IEnumerable <int>)obj));
}
if (name == typeof(List <string>).FullName)
{
return(_ToString <string> (format, (IEnumerable <string>)obj));
}
if (name == typeof(List <string[]>).FullName)
{
return(_ToString <string[]> (format, (IEnumerable <string[]>)obj));
}
if (name == typeof(List <List <int> >).FullName)
{
return(_ToString <List <int> > (format, (IEnumerable <List <int> >)obj));
}
if (name == typeof(List <List <double> >).FullName)
{
return(_ToString <List <double> > (format, (IEnumerable <List <double> >)obj));
}
if (name == typeof(List <List <string> >).FullName)
{
return(_ToString <List <string> > (format, (IEnumerable <List <string> >)obj));
}
if (name == typeof(List <List <Vector> >).FullName)
{
return(_ToString <List <Vector> > (format, (IEnumerable <List <Vector> >)obj));
}
//if(name==typeof(Dictionary<double,double> ).FullName) return _ToString<double,double> (format, (Dictionary<double,double> )obj);
//if(name==typeof(KeyValuePair<double,Vector[]> ).FullName) return _ToString<double,Vector[]> (format, (KeyValuePair<double,Vector[]> )obj);
//if(name==typeof(KeyValuePair<double,double[]> ).FullName) return _ToString<double,double[]> (format, (KeyValuePair<double,double[]> )obj);
//if(name==typeof(KeyValuePair<double,string> ).FullName) return _ToString<double,string> (format, (KeyValuePair<double,string> )obj);
//if(name==typeof(KeyValuePair<int, Tuple<Vector, Vector>> ).FullName) return _ToString<int, Tuple<Vector,Vector>>(format, (KeyValuePair<int, Tuple<Vector, Vector>> )obj);
//if(name==typeof(Dictionary<double,double[]> ).FullName) return _ToString<double,double[]> (format, (Dictionary<double,double[]> )obj);
//if(name==typeof(Tuple<int , int >).FullName) { var val=(Tuple<int , int >)obj; return _ToString(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<int , double >).FullName) { var val=(Tuple<int , double >)obj; return _ToString(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<int , double, double>).FullName) { var val=(Tuple<int , double, double>)obj; return _ToString(format, val.Item1, val.Item2, val.Item3); }
//if(name==typeof(Tuple<double, double >).FullName) { var val=(Tuple<double, double >)obj; return _ToString(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<double, double, double>).FullName) { var val=(Tuple<double, double, double>)obj; return _ToString(format, val.Item1, val.Item2, val.Item3); }
//if(name==typeof(Tuple<double, int, int, int >).FullName) { var val=(Tuple<double, int, int, int >)obj; return _ToString(format, val.Item1, val.Item2, val.Item3, val.Item4); }
//if(name==typeof(Tuple<int ,Vector >).FullName) { var val=(Tuple<int ,Vector >)obj; return _ToString(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<string,string >).FullName) { var val=(Tuple<string,string >)obj; return _ToString(format, val.Item1, val.Item2); }
//if(name==typeof(Tuple<string,int >).FullName) { var val=(Tuple<string,int >)obj; return _ToString(format, val.Item1, val.Item2); }
if (name == typeof(KeyValuePair <double, double>).FullName)
{
KeyValuePair <double, double> kvp = (KeyValuePair <double, double>)obj;
return(_ToString(format, kvp.Key, kvp.Value));
}
//if(name == typeof(MatrixDouble).FullName)
//{
// MatrixDouble data = (MatrixDouble)obj;
// return _ToString(data.ToArray());
//}
if (name == typeof(MatrixByArr).FullName)
{
MatrixByArr data = (MatrixByArr)obj;
return(_ToString(format, data.ToArray()));
}
if (name == typeof(Vector).FullName)
{
Vector data = (Vector)obj;
return(_ToString(format, data._data));
}
//if(name == typeof(DoubleVector3).FullName)
//{
// DoubleVector3 data = (DoubleVector3)obj;
// return _ToString(data.v0, data.v1, data.v2);
//}
//if(name == typeof(DoubleMatrix3).FullName)
//{
// DoubleMatrix3 data = (DoubleMatrix3)obj;
// return _ToString(data.ToArray());
//}
if (name == typeof(int).FullName)
{
if (format == null)
{
return(obj.ToString());
}
else
{
return(string.Format(format, (int)obj));
}
}
if (name == typeof(double).FullName)
{
string text;
if (format == null)
{
text = ((double)obj).ToString();
}
else
{
text = string.Format(format, (double)obj);
}
if (text.Contains("E") || text.Contains("e"))
{
text = text.Replace("e", "*10^");
text = text.Replace("E", "*10^");
}
return(text);
}
if (name == typeof(string).FullName)
{
string str = obj.ToString();
str = str.Replace("\\", "\\\\");
str = "\"" + str + "\"";
return(str);
}
if (name == typeof(object[]).FullName)
{
return(_ToString(format, (object[])obj));
}
HDebug.Assert(false);
HDebug.Break();
return(null);
}
catch (Exception)
{
HDebug.Break();
return(null);
}
}
protected static IEnumerable <string> _EnumString(string format, object obj)
{
if (obj == null)
{
yield break;
}
switch (obj)
{
case Vector data:
{
foreach (var str in _EnumString(format, data._data))
{
yield return(str);
}
}
yield break;
case int data:
{
if (format == null)
{
yield return(data.ToString());
}
else
{
yield return(string.Format(format, data));
}
}
yield break;
case double data:
{
string str;
if (format == null)
{
str = data.ToString();
}
else
{
str = string.Format(format, (double)obj);
}
if (str.Contains("E") || str.Contains("e"))
{
str = str.Replace("e", "*10^");
str = str.Replace("E", "*10^");
}
yield return(str);
}
yield break;
case string data:
{
string str = data;
if (str.StartsWith("(* ") && str.EndsWith(" *)"))
{
// add comment as it is
yield return(str);
}
else
{
str = str.Replace("\\", "\\\\");
str = "\"" + str + "\"";
yield return(str);
}
}
yield break;
case char data:
{
string str = "\'" + data + "\'";
yield return(str);
}
yield break;
case ITuple data: foreach (var str in _EnumString(format, data))
{
yield return(str);
}
yield break;
case IDictionary data: foreach (var str in _EnumString(format, data))
{
yield return(str);
}
yield break;
case IEnumerable data: foreach (var str in _EnumString(format, data))
{
yield return(str);
}
yield break;
//case IList
default:
{
if (obj is object[])
{
foreach (var str in _EnumString(format, (object[])obj))
{
yield return(str);
}
}
}
yield break;
}
HDebug.Assert(false);
HDebug.Break();
}
