shivshank

####
# Monitor new files in a directory for changes.
####

import os, time

# basic ideas from here:
# http://timgolden.me.uk/python/win32_how_do_i/watch_directory_for_changes.html#poll_with_listdir

dir = "."

shivshank

/* This is a work in progress, not done yet (doesn't do anything in fact!).*/

// I don't have a website, so it's just my screen name... feel free to refactor
// package name how you like. But credit me plz ;D
package shivshank.engine.physics;

import somepackage.that.doesnt.exist.yet.Vector2f;
import java.util.List;
import java.util.ArrayList;

shivshank

/* An example implemenation of data structures to support a 2D Renderer in (semi) Java... */

class abstract Body {
    public Vector2f posNext;
    public Vector2f posPrev;
    
    /**
     * The actual position of the object at time t = t0 + dt * alpha.
     */
    protected Vector2f pos = new Vector2f(0f, 0f);

shivshank

I've written this like a billion times because it's fun. The above code is pretty gross but it works...

It will kind of ignore commented lines, assuming those lines are commented out with //.

shivshank

rem add this command to the shortcuts file in Notepad++
rem run_python.bat "$(FULL_CURRENT_PATH)"
@echo off

Set filename=%1

For %%A in (%filename%) do (
    Set Folder=%%~dpA
    Set Name=%%~nxA
)

shivshank

fn evaluate_bin_sum(expr: &syn::ConstExpr) -> u64 {
    match expr {
        // TODO: Fix the pattern (first match is left == literal, right == binary op, second match should be both are literals)
        &syn::ConstExpr::Binary(syn::BinOp::Add, ref left, ref right) => {
            extract_int_value(left) + evaluate_bin_sum(right)
        },
        &syn::ConstExpr::Binary(syn::BinOp::Add, ref left, ref right) => {
            extract_int_value(left) + extract_int_value(right)
        },
        _ => {

shivshank

fn main() {
    use shape_args::Dot;
    
    draw(Dot(5.5));
}

// I need a function that works like this:
// pub fn draw<D: Drawable, T: Into<D>>(d: T) {
// but where Rust can always infer what D is
pub fn draw<T: DrawableArg>(d: T) {

shivshank

/// Captures are the macro equivalent of enums and macro 1.1 match arms. The capture either
/// contains one anonymous match arm or any number of named match arms. Captures are reusable,
/// i.e. they can be bound to scoped constants which can then be referred to any number of 
/// times.
[pub] [macro] capture vertex_attribute {
    /// you can use braces, brackets, or parentheses after the colon
    unnamed: ( $kind:ty ),
    named: {
        $name:ident : $kind:ty

shivshank

use std::fmt::Debug;

trait BtreeTrait: Debug {}

#[derive(Debug)]
struct Btree<T: Debug, Tail: BtreeTrait> {
    val: T,
    left: Option<Tail>,
    right: Option<Tail>,
}

shivshank

"""
    This script is designed to export a mass amount of MagicaVoxel .vox files
    to .obj. Unlike Magica's internal exporter, this exporter preserves the
    voxel vertices for easy manipulating in a 3d modeling program like Blender.
    
    Various meshing algorithms are included (or to be included). MagicaVoxel
    uses monotone triangulation (I think). The algorithms that will (or do)
    appear in this script will use methods to potentially reduce rendering
    artifacts that could be introduced by triangulation of this nature.