RenPy VS Panda3D

So many things are wrong with this article but I’ll start with Haruhi Suzumiya being a ‘light novel’ (a novel printed in large text as if for seniors with a few illustrations) as opposed to a ‘visual novel’ (something you would make with https://www.renpy.org/)

It is hard to know because financials aren’t public but it’s not clear to me that Crunchyroll has really addressed the commercial provlems anime had in western markets. In the VHS era there was a fight over subtitles vs dubs which was acute because you could not put multiple content tracks on the media, in the DVD age you could.

More fundamentally, dubs cost a lot of money in comparison with subs and were always terrible until the people who made those terrible dubs gained experience and some of them got good. At the time people though subs had a limited market but now subprime anime (and sometimes good anime) gets shoveled onto Tubi and people watch it —- today we’re in the habit of watching movies with subtitles because you can’t make out the dialog on half of the new Hollywood movies anyway.

Many great suggestions in this thread. Some that I didn't spot:

Lua isn't tough to pick up given you already know JS and Python. It's a bit of a weird hybrid of the two in its own unique ways. If show that you are learning it with you child, sometimes that can be a great experience. Löve2D can be a fun, very self-contained sandbox: https://www.love2d.org/

On the Python side, Ren'Py can be a great place to start. Visual Novels may not be half as popular outside of Japan, but Visual Novel-like conversations are everywhere in modern games and you can start with easy to script "Choose Your Own Adventure" Visual Novel conventions and expand to a wide range of genres from RPGs to "life sims" to some form of turn-based strategy games easily from there (and just about anything with more work). Ren'Py starts from its own relatively simple conversation-focused scripting language with Python-like conditions, and then allows you to expand towards custom Python code as you get familiar with it. https://www.renpy.org/

..and even more recently, I truly felt like I got a hang on something when I made my first ever visual novel with Sublime and Ren'Py!

Ren'Py - Visual Novel Engine. Python, Cython, C

Here are 2 interactive story game engines: * https://www.renpy.org/ * https://twinery.org/

###################################################### Credits label credits(): $ credits_speed = 20 scene black show text '''{b}Blabla:{/b}\n\n{i}Me{/i}\n\n\n {b}Clacla:{/b}\n\n{i}You{/i}\n\n\n {b}Dladla:{/b}\n\n {i}He{/i}\n\n\n {b}Hlahla:{/b}\n\n{i}She{/i}\n\n\n {b}Brrr:{/b}\n\n{i}Grrr{/i}\n\n\n {b}Drrr:{/b}\n\n{i}Hrrr{/i}\n\n\n\n\n Made with {a=https://www.renpy.org/}Ren'Py{/a} v[renpy.version_only]\n\n\n{b}Ren'Py License:{/b}\n[renpy.license!t]''' at Move((0.5, 1.0), (0.5, -1.0), credits_speed, xanchor=0.5, yanchor=0) with Pause(credits_speed+4) return init screen about(): tag menu add "main_menu" use game_menu(_("Credits"), scroll="viewport"): style_prefix "about" fixed: xalign 0.5 yalign 0.5 viewport id "vp": draggable True mousewheel True has vbox: spacing 3 textbutton _("whattheheeeeellll") action Jump("credits") init -1 style about_label is gui_label init -1 style about_label_text is label_text init -1 style about_text is gui_text init -1 style about_label_text: size gui.label_text_size

You can also check https://www.renpy.org/

I can't speak for in-game stuff, but I encourage anyone who wants to to try making a visual novel! It's way easier than you'd think it is. The only tools I really used were Ren'Py (the engine), CSP and Paint.net (for the art), and KKT (for the models).

linky-linky: https://github.com/panda3d/panda3d#readme (BSD-3 clause, more or less, saying one cannot use CMU's name to promote your product)

I have developed a simple simulator [0] to estimate the theoretical power received by the target for a given hardware configuration:

- the global position on the planet

- the date and time

- the size and position of some background elements

- the number, size and position of the panels in the grid

The solar power estimation uses :

- the Python code provided in this article [1] to estimate position of the sun (thank you John Clark Craig)

- the simplified formula [2] to estimate the direct insolation from the sun position

- a custom light projection implemented using Panda3D game engine [3]

[0] https://github.com/remipch/solar_concentrator/blob/master/so...

[1] https://levelup.gitconnected.com/python-sun-position-for-sol...

[2] https://en.wikipedia.org/wiki/Direct_insolation#Simplified_f...

[3] https://www.panda3d.org/

https://github.com/msys2/MINGW-packages/issues/21325

https://github.com/panda3d/panda3d

tuxmath/mingw/ has CodeBlocks build config with mingw32 fwics: https://github.com/tux4kids/tuxmath/blob/master/mingw/tuxmat...

Code::Blocks:

Panda3D (MIT/C++) https://github.com/panda3d/panda3d

For open source 3d engines that use Python check out Panda3D or Ursina. They're both a blast to use and let you write your codd how you want.

[0] https://www.panda3d.org/

[1] https://www.ursinaengine.org/

Panda3D: Let's you make games with c++ and python. I don't think there is an "editor" or anything like that with this engine, but it does look like there have been some decent games made with it. Could be good for smaller games. Modified BSD License.

I know a lot of people recommend Godot because it's super good but if you want a more code oriented and batteries included engine I recommend Panda3D [0] it's open source, super mature (it's actually one of the oldest continously developed game engines), and can be used form Python and C++. Not sure why it's not more popular it's flexiable and super fun to use.

[0] https://www.panda3d.org/

Some of the game engines we have now have photogrammetry technology built-in, meaning that developers can easily integrate it into their games. This allows for even more detailed and realistic environments to be created in 3D games. The most prominent being Unreal, Unity, and Lumberyard -- including new and beginner-friendly ones like Panda3D and Yahaha. All of these game engines have photogrammetry at their core to help developers create realistic 3D models and textures quickly and efficiently.