#wxpython

[moriohstore]

Tutorial on wxPython 4 and PubSub http://dev.thegeeknews.net/a136886b1a #python #wxpython #development

[pythonfan-blog]

Tutorial on wxPython 4 and PubSub http://dev.thegeeknews.net/a136886b1a #python #wxpython #development

[tbabb]

The mandel a number based on z - z**n + c using the Number Abstract Base Class in Python.

Here is an Idea that I have had for a while but until the ABC I couldn't get a framework together.

The code; https://pastebin.com/04dFRaDa

The mandel works like this,

All internal calculations are done in Fd so import both numbers from newnumber.

    from newnumber import Fd,mandel

Some definitions are in order. The infinite string of numbers created by  z**n + c  is called a soul line. If Z starts at (0,0,0) the sole line is said to be root. If Z starts off of the root soul line it is called an aura. The soul pointer shows what iteration the number lies on and is meaningless for auras.

The inputs are (C, Z, dimension, soul pointer),

    c = mandel(1,0,0,0)

    for i in range(10):         print(c.Z())        c.increment_sp()

    (0.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (2.0+0.0j+0.0k)

Zero dimensional mandel’s are constants and all aura’s are root.

Operations mandel to mandel are Z to Z , C to C . I wasn't sure how to handle dimensions so +- is lower of the two and */ is higher of the two. Operation result in an aura and the soulp is set to the highest of the two.

    a = mandel(1,1,0,0)

    b = a + c

    print(b)     C : (2.0+0.0j+0.0k)     Z : (3.0+0.0j+0.0k)     Dim : 0     Soulp : 10     Aura : True

Operations mandel to x are C to x, Z to x.

    b = a*5

    print(b)     C : (5.0+0.0j+0.0k)     Z : (5.0+0.0j+0.0k)     Dim : 0     Soulp : 0     Aura : True

One dimensional mandel’s are linear.

    a = mandel(1,0,1,0)

    for i in range(10):

        print(a.Z())         a.increment_sp()

    (0.0+0.0j+0.0k)     (1.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (3.0+0.0j+0.0k)     (4.0+0.0j+0.0k)     (5.0+0.0j+0.0k)     (6.0+0.0j+0.0k)     (7.0+0.0j+0.0k)     (8.0+0.0j+0.0k)     (9.0+0.0j+0.0k)

Two dimensional and beyond are exponential.

    a = mandel(1,0,2,0)

    for i in range(10):         print(a.Z())         a.increment_sp()

    (0.0+0.0j+0.0k)     (1.0+0.0j+0.0k)     (2.0+0.0j+0.0k)     (5.0+0.0j+0.0k)     (26.0+0.0j+0.0k)     (677.0+0.0j+0.0k)     (458330.0+0.0j+0.0k)     (210066391040.0+0.0j+0.0k)     (4.412788594124235e+22+0.0j+0.0k)     (inf+0.0j+0.0k)

Here is one number from the Twins.

    a = mandel(Fd(-.7, 0.1333333333333333,.2),Fd(0,0,0),5,0)

    for i in range(10):         print(a.Z())        a.increment_sp()

    (0.0+0.0j+0.0k)     (-0.699999988079071+0.13333334028720856j+0.20000000298023224k)     (-0.6512947082519531+0.2626233696937561j+0.39393505454063416k)     (-0.3355112373828888+0.16607318818569183j+0.24910977482795715k)     (-0.684900164604187+0.13019981980323792j+0.19529972970485687k)     (-0.65702885389328+0.24914729595184326j+0.3737209439277649k)     (-0.3504582643508911+0.1886182278394699j+0.28292733430862427k)     (-0.6823979616165161+0.12573394179344177j+0.18860089778900146k)     (-0.6684328317642212+0.24513068795204163j+0.36769604682922363k)     (-0.33876651525497437+0.2036655992269516j+0.3054983913898468k)

Power has not been implemented yet.

Here is GLcanvas example of the Twins using the mandel.

https://pastebin.com/5MaR4GP6

As always feel free to take any code you want.

[tbabb]

GLcanvis test for WXPython Phoenix using Fd fractals.

Here’s the code.

https://pastebin.com/3mCiSWJv

needs the Fd script,

https://pastebin.com/DvPWGuF0

Here is 435 interesting Fd’s

https://docs.google.com/document/d/10FPtdru7QP29Nt_NRdZjKeHVEtorm0KxNiOifDudGKY/edit?usp=sharing

[python-omnium-gatherum]

Qt versus Wx: How do two of the most popular Python frameworks compare?

Which Python GUI should you choose for your project? We compare wxPython and PyQt.

[schyrsivochter]

ES GIBT EIN WXPYTHON FÜR PYTHON 3. Alle meine Probleme sind gelöst und ich kann glücklich sterben. (Oder so.)

Okay, wollen wir mal den Tag nicht vor dem Abend loben. Wer weiß, ob das alles richtig funktioniert. Muss das jetzt erstmal ausprobieren.

[ngodingkode-blog-blog]

wxPython in Python 3.4.1

wxPython in Python 3.4.1

I’m relatively new to Python programming, so apologies in advance if this question seems stupid. I’m trying to download a new Python editor (drpython) that is written with wxpython. I have Python 3.4.1 64-bit on a Windows 8.1 machine.

I was under the impression that wxpython was bundled into the standard library in Python 3, yet whenever I try to use applications that utilize it I get a…

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[ngodingkode-blog-blog]

HOW to multithread an EVT_MOTION handler and other Functions in wxPython

HOW to multithread an EVT_MOTION handler and other Functions in wxPython

I have 2 functions.

The first function responds to a key event that moves everything that is already drawn on my screen to the left (pan right).

The second function is my onMove handler that redraws a line to my current cursor position when my mouse moves. (Think of drawing a line in a cad program)

My problem is that while my screen is slowly panning right, my mouse motion is not captured.…

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