crabmusket

module Main where

import Data.Maybe
import Text.Printf
import Text.Regex.Posix

-- The main function defines what the program does when we compile it.
main = do
    -- Read all data from standard input (until the end of the file).
    file <- getContents

crabmusket

# Step response graphs
# Python 2.7 with numpy, scipy, and matplotlib
# Based on https://gist.github.com/ofan666/1882562

from numpy import min as nmin
from scipy import linspace
from scipy.signal import lti, step
from matplotlib import pyplot as p

def create_tf(i):

crabmusket

# Step response graphs
# Python 2.7 with numpy, scipy, and matplotlib
# Based on https://gist.github.com/ofan666/1882562

from numpy import min as nmin
from scipy import linspace
from scipy.signal import lti, step
from matplotlib import pyplot as p

def plotLTI(num, den, n = 200):

crabmusket

module Alphabet (
    Alphabet,
    encodeWithAlphabet,
    decodeFromAlphabet
 ) where

import Prelude
import Data.List(elemIndex, mapAccumR)
import Data.Maybe(fromMaybe)

crabmusket

-- Main module so that this file can be compiled.
module Main where

-- Import module defined in StressAnalysis.hs (https://gist.github.com/3979818)
import StressAnalysis

-- Main function detemermines what the compiled executable does.
-- At the moment, I want to graph the stress at each element of a section.
main = graphElements

crabmusket

-- Define a module with the same name as the file.
module StressAnalysis where

-- A Beam is defined by its geometry. Think of this as a class declaration.
data Beam = Circle {
    diameter :: Float -- Member named 'diameter' of type 'Float'
 } deriving (Show)

-- Define functions for common properties of beams. The functions are
-- impleented down the bottom of the file. These functions take a Beam and