Lambdanaut

module Main where

config_input_cells        = 1  :: Int
config_hidden_layer_cells = 10 :: Int
config_hidden_layers      = 2  :: Int
config_output_cells       = 1  :: Int

-- [ [ (Threshhold, [Connection Weights] ) ] ]
type Net = [ [ (Double, [Double] ) ] ]

Lambdanaut

""" Classifies a point as belonging to a cluster of points """

from math import sqrt
from random import shuffle

WIDTH  = 28
HEIGHT = 28

POINT_TO_CLASSIFY = (2,4)

Lambdanaut

## Q

CSS:
Explain the difference between visibility:hidden; and display:none; 

## A

Visibility:Hidden; - It is not visible but takes up it's original space.
Display:None; - It is hidden and takes up absolutely no space as if it was never there.

Lambdanaut

import random

class MM(object):
    def __init__(self):

        # Wordlist form = ['this','is','words']
        # Graph form = [((1,1)],[(2,1)],[]]
        #              [((count, index)],[(count, index)],[]]
        self.wordlist = []
        self.graphlist = []

Lambdanaut

module SAScan where
import Network.Shpider

import System.Posix.Unistd
import Data.List
import Char

firstUser = "theprototype"
toLoad    = False
savedFile = "SASaved"

Lambdanaut

;A list of your grades. Change this to reflect your grades and run the program. 
( def grades '(\a \b \c \d \f \d \c \b \a) )

;Function for mapping grades to numbers and then averaging them.
( def gpaList '{\a 4, \b 3, \c 2, \d 1, \f 0} )
( defn gpa [grades] (double (/ ( reduce + (map (fn [x] (get gpaList x)) grades ) ) (count grades) ) ) )

;Prints out your GPA
( println (gpa grades ) )

Lambdanaut

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Lambdanaut

from random import randint
#GE

#Constants
gens = 150
popNum = 30
mutRate = 20  # Rate of mutation = 1/mutRate
goal = 97
chromosomeLength = 24 # Must be a multiple of 5 - 1. Example: 14, 19, 24, 29, 34

Lambdanaut

module GE where
import System.Random
import Data.List (elemIndex)
import Control.Monad (foldM)

type Aminal = [Int]
type Population = [Aminal]

gen  = 10 {- GENERATIONS -}
pop  = 10  {- POPULATION NUMBER -}

Lambdanaut

#!/usr/bin/python 
#An experimental falling(or rising, in this case) sand game coded by Lambdanaut 
import pygame, sys, os, random
from pygame.locals import *
if sys.platform == 'win32' or sys.platform == 'win64':
  os.environ['SDL_VIDEO_CENTERED'] = '1'

#Init Variables
def popRoom(x,y):
  room = []