0.73   2026-06-27  lichtkind
-------
    * = minor bug fix release = 1 fix
    ! update old API call of GTC1

0.72   2025-09-03  lichtkind
-------
    * = minor fix release = 2 fixes
    * & update dist.ini
    * & exclude examples in dist.ini to not bloat distro
    * ? POD fixes

0.71   2025-09-03  lichtkind
-------
    * = minor fix release = 4 fixes
    * & minor architecture fix (to reuse this version of color tab)
    * & adapt to new GTC 1.9 API
    * ? POD fixes
    * ! sketch drawing works now every time on app start

0.7    2025-04-20  lichtkind
-------
    * = major feature release
    * * complete mouse navigation
    * * rewritten drawing calculation
    * * complete reworked color mapping tab
    * * reworked constriants tab
    * + add subgradient for smooth color gradients
    * + smoother changing of max iteration and max (bailout) value
    * + assigning pixel coordinates to any monomial factor
    * + assigning pixel coordinates to more than one destination
    * + copied over color tab from hormonograph
    * + monomials have 3 more options (log + sign + coordinates factor)

0.5    2023-11-27  lichtkind
-------
    * = major feature release
    * * reworked constraints tab
        added options to use constant or coordinate values
    * * polynomial tab for more complex equations with more monomials
    * ' minor corrections in POD
    * ! linkfix in readme
    * ! crash when render black and white (no color) image

0.43   2023-11-20  lichtkind
-------
    * = fixes yet
    * / more color constants
    * ? improved example picture in POD
    * ! fixed smoke tests

0.42   2023-11-17  lichtkind
-------
    * = more fixes
    * / faster sketch drawing and thus app start
    * / more color sets
    * ' more examples
    * ! link url for images

0.41   2023-11-17  lichtkind
-------
    * = POD fix
    * ! link url for images

0.4   2023-11-17  lichtkind
-------
    * = initial release
    * * compute and display julia and mandelbrot sets
        with many exponents and a linear component
    * * zoom and move inside the image arbitrarily


TODO:

# ! slow
# more equations
