malleor

function play(iteration) {
  var ctrl = {
    up: function() { window.gm.inputManager.emit('move', 0); return window.gm.moved; },
    right: function() { window.gm.inputManager.emit('move', 1); return window.gm.moved; },
    down: function() { window.gm.inputManager.emit('move', 2); return window.gm.moved; },
    left: function() { window.gm.inputManager.emit('move', 3); return window.gm.moved; }
  };
  
  while(!window.gm.over && !window.gm.won) {
    if(!iteration(ctrl)) {

malleor

import numpy as np
from sklearn.datasets import load_iris
from sklearn.tree import DecisionTreeClassifier
from matplotlib import pyplot as plt

# fetch data
iris = load_iris()
classes = {}
for cls in (0,1,2): 
  classes[cls] = np.array([v for k, v in zip(iris.target, iris.data) if k == cls])

malleor

Crazy inventions

Show the photos:

malleor

class IFactory
{
public:
	virtual ~IFactory() {}

	/// Creates data object of the specified type
	template <class DataType>
	DataType* CreateData()
	{
		return NULL;

malleor

IProject& proj = ...;
float R = ...;
Eigen::Vector3d ref_point = ...;

IHierarchy& h = proj.GetDefHierarchy();
IHierarchy& all_clouds_h = Query(".cloud", h).Flatten().Result(); // gets flat structure of all clouds 
auto all_clouds = all_clouds_h.GetRoot().GetElements();
IData& storage = proj.GetData();

// iterate through clouds

malleor

\#ifndef {[A-Z_]@_H}:b*\n\#define \1:b*\n{(.*\n)*}\#endif(.*\1)*\n -> #pragma once\n\2

malleor

\n*:b*///.@$ -> None

malleor

from glob import glob
from os import cwd
from os.path import join, split, splitext
from frames import execute

MANIFEST = {                                                     # Declare the algorithm info.
  'doc': 'Loads all clouds of given format from the CWD.',
  'author': 'John Doe', 
  'version': '0.6',
  'multithreaded': False

malleor

from glob import glob
from os import cwd
from os.path import join, split, splitext
from frames import execute, script

@script(author='John Doe', version='0.6', multithreaded=False)        # Declare the algorithm's info.
def load_clouds(cloud_extension='copsxml'):                           # Name and input params are given a a function with kwargs.
  ''' Loads all clouds of given format from the CWD. '''              # Documentation in a docstring.

  cloud_ids = []

malleor

from frames import script
 
@script
def A(a=3, b=5):
  ''' A returns bollox. '''
  print 'Hello, framework.'
  
  
try:
  args = {'a': 5}