Classes | |
| class | DoubleFormat |
| A private inner class that is similar in structure to ParseBase.Number. More... | |
Public Types | |
| enum | Notation { STANDARD, SCIENTIFIC, SCIENTIFICB, NONE } |
This is an enumerated type representing the possible notations that we can use. More... | |
Public Member Functions | |
| Format (Complex z, Base b) | |
| Constructor. | |
| String | formatStandard (Base base, int sigDigits, int maxLength, boolean showComplex, boolean rectangularComplex) |
| Method that creates a string (ideally in standard notation) representation of a number to sigDigits significant digits. | |
Static Public Member Functions | |
| static void | main (String[] args) |
| Test function. | |
Package Attributes | |
| boolean | realSign |
| Sign of real part (true for negative). | |
| boolean | imaginarySign |
| Sign of imaginary part (true for negative). | |
Static Private Member Functions | |
| static String | correctMinus (String s) |
| Used to replace hyphens with true minus signs. | |
Private Attributes | |
| final Complex | z |
| This is where the number is stored. | |
| DoubleFormat | real |
| The real part. | |
| DoubleFormat | imaginary |
| The imaginary part. | |
| DoubleFormat | abs |
| The absoulte value. | |
| DoubleFormat | argument |
| The argument. | |
Static Private Attributes | |
| static final double | SMALLIMAGINARY = 0.00005 |
| A calculation (e.g. | |
Detailed Description
- Version:
- Revision:
- 1.5
Member Enumeration Documentation
Constructor & Destructor Documentation
Constructor.
This takes a Complex z and a Base b.
- Parameters:
-
z The complex number b The base
References jscicalc.complex.Complex.abs(), jscicalc.complex.Format.abs, jscicalc.complex.Complex.arg(), jscicalc.complex.Format.argument, jscicalc.complex.Complex.imaginary(), jscicalc.complex.Format.imaginary, jscicalc.complex.Format.imaginarySign, jscicalc.complex.Complex.real(), jscicalc.complex.Format.real, and jscicalc.complex.Format.realSign.
Referenced by jscicalc.complex.Format.main().
Member Function Documentation
| static String jscicalc.complex.Format.correctMinus | ( | String | s | ) | [static, private] |
Used to replace hyphens with true minus signs.
- Parameters:
-
s A String
- Returns:
- The same String with hyphens replaced by minus signs
Referenced by jscicalc.complex.Format.formatStandard().
| String jscicalc.complex.Format.formatStandard | ( | Base | base, | |
| int | sigDigits, | |||
| int | maxLength, | |||
| boolean | showComplex, | |||
| boolean | rectangularComplex | |||
| ) |
Method that creates a string (ideally in standard notation) representation of a number to sigDigits significant digits.
If maxLength is exceeded it resorts to scientific notation.
- Parameters:
-
base Base: mut be 2, 8, 10 or 16 sigDigits Desired number of significant digits maxLength The maximum number of characters in the string produced showComplex Set to true if you want to show imaginary part even when smaller than smallImaginary. rectangularComplex Set to true if you want complex numbers in rectangular notation.
- Returns:
- a string representation of d
References jscicalc.complex.Complex.abs(), jscicalc.complex.Format.abs, jscicalc.complex.Complex.arg(), jscicalc.complex.Format.argument, jscicalc.complex.Format.correctMinus(), jscicalc.complex.Complex.imaginary(), jscicalc.complex.Format.imaginary, jscicalc.complex.Format.imaginarySign, jscicalc.complex.Format.DoubleFormat.precision(), jscicalc.complex.Complex.real(), jscicalc.complex.Format.real, jscicalc.complex.Format.realSign, jscicalc.complex.Format.DoubleFormat.round(), jscicalc.complex.Format.DoubleFormat.scientific(), jscicalc.complex.Format.DoubleFormat.scientificB(), jscicalc.complex.Format.DoubleFormat.scientificBPrecision(), jscicalc.complex.Format.DoubleFormat.scientificPrecision(), jscicalc.complex.Format.DoubleFormat.standard(), and jscicalc.complex.Format.z.
Referenced by jscicalc.complex.Format.main().
| static void jscicalc.complex.Format.main | ( | String[] | args | ) | [static] |
Test function.
References jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
Member Data Documentation
DoubleFormat jscicalc.complex.Format.abs [private] |
The absoulte value.
Referenced by jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
DoubleFormat jscicalc.complex.Format.argument [private] |
The argument.
Referenced by jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
The imaginary part.
Referenced by jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
boolean jscicalc.complex.Format.imaginarySign [package] |
Sign of imaginary part (true for negative).
Referenced by jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
DoubleFormat jscicalc.complex.Format.real [private] |
The real part.
Referenced by jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
boolean jscicalc.complex.Format.realSign [package] |
Sign of real part (true for negative).
Referenced by jscicalc.complex.Format.Format(), and jscicalc.complex.Format.formatStandard().
final double jscicalc.complex.Format.SMALLIMAGINARY = 0.00005 [static, private] |
A calculation (e.g.
sin) might create a small imaginary part. If it is smaller than this number in size AND showComplex == false, don’t show it.
final Complex jscicalc.complex.Format.z [private] |
This is where the number is stored.
Referenced by jscicalc.complex.Format.DoubleFormat.exponentDigits(), jscicalc.complex.Format.formatStandard(), jscicalc.complex.Format.DoubleFormat.scientific(), jscicalc.complex.Format.DoubleFormat.scientificBPrecision(), jscicalc.complex.Format.DoubleFormat.scientificLength(), jscicalc.complex.Format.DoubleFormat.scientificPrecision(), and jscicalc.complex.Format.DoubleFormat.standard().
The documentation for this class was generated from the following file:
