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op_Implicit

 Method with 16 overloads

• op_Implicit​(PeterO.​Numbers.​EDecimal)~AngouriMath.​Entity.​Number

  Summary

  The decimal as a Real.

• op_Implicit​(PeterO.​Numbers.​EInteger)~AngouriMath.​Entity.​Number

  Summary

  The integer as an Integer, of any size — this is the conversion to
  reach for where a value will not fit in a long.
  

• op_Implicit​(PeterO.​Numbers.​ERational)~AngouriMath.​Entity.​Number

  Summary

  The ratio as a Rational, in lowest terms and with a positive
  denominator — or an Integer where the denominator reduces to one.
  

• op_Implicit​(System.​Byte)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​Decimal)~AngouriMath.​Entity.​Number

  Summary

  The value as a Real. A decimal is decimal
  already, so this one keeps the digits that were written.
  

• op_Implicit​(System.​Double)~AngouriMath.​Entity.​Number

  Summary

  The value as a Real, read as the binary double it
  is rather than as the decimal it was written as.
  

• op_Implicit​(System.​Int16)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​Int32)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​Int64)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​Numerics.​BigInteger)~AngouriMath.​Entity.​Number

  Summary

  The big integer as an Integer, exactly and at any size.

  Remarks

  Read as the two's-complement bytes it is, which is what
  BigInteger.ToByteArray returns and what the same conversion on
  Entity has always done. The overload reached before was
  EInteger.FromString(byte[]), which reads a byte array as ASCII digits, so
  every value whose bytes are not digit characters threw a FormatException —
  which is nearly all of them, 1 included.
  

• op_Implicit​(System.​Numerics.​Complex)~AngouriMath.​Entity.​Number

  Summary

  The .NET complex number as a Complex, through its two
  double parts and their precision.
  

• op_Implicit​(System.​SByte)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​Single)~AngouriMath.​Entity.​Number

  Summary

  The value as a Real, read as the binary float it
  is — so 0.1f becomes the value that literal holds, not one tenth.
  

• op_Implicit​(System.​UInt16)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​UInt32)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.

• op_Implicit​(System.​UInt64)~AngouriMath.​Entity.​Number

  Summary

  The number as an Integer.