App-GUI-Juliagraph

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README  view on Meta::CPAN

    iterations, the current pixel will get the background color. The second
    stop criterion is fulfilled when the value exceeds the bailout limit
    (*Value*), which is also the displayed number squared. In the right
    corner you got ten different ways how to compute the amount of z.
    Mathematicians call them merics. They mostly influence the shape around
    the main shape (the crwon - corona).

  Monomials
    The second tab contains 4 identical sections which also work the same
    way. Each of them stand in for a monomial of the iteration equation, but
    only if the checkbox *On* is marked. A second checkbox decides if this
    monomial gets added or subtracted. The third allows you discard the
    complex factor below the checkboxes. The fourth checkbox allows you to
    use the current pixel coordinates as second factor in the monomial.
    Please be aware this option can only be chosen if fractal type "Any" is
    active and the *Monomial* checkbox in the upper right corner is on. Both
    of these settings are on the previous "Constrains" page. This might seem
    cumbersome, but I wanted to make it very clear that this is no longer a
    "Julia" fractal as most people would understand it. The last and fifth
    checkbox lets you calculate a complex logarithm of the power term z^n.
    This is useful when combined with a very larg factor or another

README  view on Meta::CPAN

    while hovering over an menu item you see a short help text the left
    status bar field.

    The first menu is for loading and storing setting files with arbitrary
    names. Also a sub menu allows a quick load of the recently used files.
    The first entry lets you reset the whole program to the starting state
    and the last is just to exit (safely with saving the configs).

    The second menu has only two commands for drawing an complete image and
    saving it in an arbitrary named PNG, JPG or SVG file (the file ending
    decides). The submenu above onle set the preferred format, which is the
    format of serial images and the first wild card in dialog. Above that is
    another submenu for setting the image size.

    The third menu has only one item that opens a help dialog. That displays
    some core information about author, version number and a link to this
    page, the main documentation.

SEE ALSO
    App::GUI::Cellgraph

lib/App/GUI/Juliagraph.pm  view on Meta::CPAN

the shape around the main shape (the crwon - corona).

=head2 Monomials

=for HTML <p>
<img src="https://raw.githubusercontent.com/lichtkind/App-GUI-Juliagraph/master/img/POD/Tab_Polynomials.png"    alt=""  width="630" height="410">
</p>

The second tab contains 4 identical sections which also work the same way.
Each of them stand in for a monomial of the iteration equation, but only
if the checkbox I<On> is marked. A second checkbox decides if this monomial
gets added or subtracted. The third allows you discard the complex factor
below the checkboxes. The fourth checkbox allows you to use the current
pixel coordinates as second factor in the monomial. Please be aware this
option can only be chosen if fractal type C<Any> is active and the I<Monomial>
checkbox in the upper right corner is on. Both of these settings are on
the previous C<Constrains> page. This might seem cumbersome, but I wanted
to make it very clear that this is no longer a C<Julia> fractal as most
people would understand it. The last and fifth checkbox lets you calculate
a complex logarithm of the power term z^n. This is useful when combined
with a very larg factor or another monomial. This just mentioned power

lib/App/GUI/Juliagraph.pm  view on Meta::CPAN

Please not that each menu shows which key combination triggers the same
command and while hovering over an menu item you see a short help text
the left status bar field.

The first menu is for loading and storing setting files with arbitrary
names. Also a sub menu allows a quick load of the recently used files.
The first entry lets you reset the whole program to the starting state
and the last is just to exit (safely with saving the configs).

The second menu has only two commands for drawing an complete image
and saving it in an arbitrary named PNG, JPG or SVG file (the file ending decides).
The submenu above onle set the preferred format, which is the format
of serial images and the first wild card in dialog. Above that is another
submenu for setting the image size.

The third menu has only one item that opens a help dialog. That displays
some core information about author, version number and a link to this page,
the main documentation.

=head1 SEE ALSO

lib/App/GUI/Juliagraph/Frame/Tab/Mapping.pm  view on Meta::CPAN

    my $map_space_lbl = Wx::StaticText->new($self, -1, 'Space : ' );
    my $scale_lbl = Wx::StaticText->new($self, -1, 'P a r t i t i o n i n g   T h e   I t e r a t i o n   S c a l e : ' );
    my $custom_lbl = Wx::StaticText->new($self, -1, 'Custom : ' );
    $self->{'lbl_max'} = Wx::StaticText->new($self, -1, 'Iterations (Size) : ' );
    $self->{'lbl_distro'} = Wx::StaticText->new($self, -1, 'Distribution : ' );
    my $submap_lbl = Wx::StaticText->new($self, -1, 'S u b   G r a d i e n t : ' );
    $self->{'lbl_sub_use'} = Wx::StaticText->new($self, -1, 'Activate : ' );
    $self->{'lbl_sub_dyn'} = Wx::StaticText->new($self, -1, 'Dynamic : ' );
    $self->{'lbl_sub_space'} = Wx::StaticText->new($self, -1, 'Space : ' );
    $self->{'lbl_sub_distro'} = Wx::StaticText->new($self, -1, 'Distribution : ' );
    $map_lbl->SetToolTip('Decide which colors are used to paint the drawing.');
    $color_lbl->SetToolTip('Use slected colors (on) or just simple gray scale (off)');
    $self->{'lbl_backg'}->SetToolTip('Which color is used to paint areas where computation never exceeds the bailout value.');
    $self->{'lbl_begin'}->SetToolTip('Starting color of the rainbow.');
    $self->{'lbl_end'}->SetToolTip('Endcolor of the rainbow');
    $map_dyn_lbl->SetToolTip('How many big is the slant of a color gradient in one or another direction (between the selected colors in next tab)');
    $map_space_lbl->SetToolTip('In which color space will the gradient between chosen colors be computed ?');
    $scale_lbl->SetToolTip('Divide the scale of possible iterations into goups (partitions) that can be mapped to colors.');
    $custom_lbl->SetToolTip('Divide the scale of possible iterations into goups (partitions) that can be mapped to colors. Use every iteration count gets its own color when off.');
    $self->{'lbl_max'}->SetToolTip('Maximal iteration count that gets partitioned.');
    $self->{'lbl_distro'}->SetToolTip('How to compute the partitioning of the iteration scale. Linear means evenly sized portions.');