Patch #4 for v1.0

This patch contains other bug fixes

Patch #3 for v1.0

Since v1.0, a lot of bugs have been discovered (that weren't there previously). This patch fixes all the noticed ones.

Patch #2 for v1.0

This patch fixes some issues that appeared after adding support for equations and changing some utils methods

Patch #1 for v1.0

This patch fixes a critical bug present in the toNumericValue method

The equation solver

This release contains :

• Systems of equations resolution, while all equations are first degree equations
• Bug fixes for the 5 operations, only divisions with polynomial denominator are not supported
• Diverses bug fixes regarding math shortcuts
• Derivatives calculations, while no fraction is present in the expression
• A better code organization, separating the different operations into different classes

Derivatives & bug fixes

• This release contains mainly bug fixes about the 5 operations (pow operation not supported in all cases, numeric values badly calculated, ...)

• It also adds the possibility to calculate the derivative of a polynomial.

• You can now use a consumer while doing operations so you can use the out result more easily

Here are some funny and overkill calculations you can perform :

• (x+3)^99 gives you this result in approximately 2s
• (x+y+z)^50 gives you this result in approximately 243s

The polynomial calculator

This first release is basically a copy of the first pre-release, with the majority of the bugs fixed.

• Most of the math shortcuts are now supported

• Powered polynomial expressions are now calculated without any issue, except powered parentheses (such as (x+4)^2 for instance)

• The MaskOperator class has a bit changed, now a bit more intuitive to use

• Creation of the ExpressionUtils class

• The five basic operations in the MathUtils class handle almost all the possible cases

The rookie calculator

This first pre-release contains the very basics of the mask API, such as :

• A calculator able to reduce any numerical expression

• A calculator able to reduce most of polynomials expressions (distributivity not supported, same for some mathematical shortcuts such as 5x*y instead of 5x*1y or (3x)y instead of (3x) * 1y. Simplifications by divisions are not supported either, thus 2x/x won't be reduced as 2)

• A method that calculates images of a function from given values. f(x) = 5x^2 + 4x + 6 can be calculated numerically by calling f(5) for instance

A release will be done when the current bugs are fixed. See here for further information