def init(filepath):
infile = open(filepath)
settingsList = ast.literal_eval(infile.read())
print(settingsList)
global futureDistance
futureDistance = int(settingsList[0])
global historicData
historicData = makeHistoricData()
global currentPatternIndex
currentPatternIndex = int(settingsList[1])
global patternLength
patternLength = int(settingsList[2])
global currentPattern
currentPattern = historicData[currentPatternIndex : currentPatternIndex + patternLength]
global closeMethodNumber
closeMethodNumber = settingsList[3]
global decideMethodNumber
decideMethodNumber = settingsList[4]
global reqCloseScore
reqCloseScore = settingsList[5]
global reqNoSimilar
reqNoSimilar = int(settingsList[6])
global reqAverageChange
reqAverageChange = settingsList[7]
print('Settings initialised.')
import csv
import matplotlib
from shapeComparison import comparePattern
from shapeComparison import percentageChange
from dataProcessing import makeHistoricData
from matplotlib import pyplot
from functools import reduce
historicData = makeHistoricData()
pastPatterns = []
startPosition = -1000
length = 15
currentPattern = historicData[startPosition : startPosition + length]
print('Current Pattern : ' + str(currentPattern))
historicData = historicData
futureDistance = 10
def generatePastPatterns(patternLength, historicData):
currentPoint = 0
endPoint = len(historicData) - patternLength - futureDistance
pastPatterns = []
while currentPoint < endPoint:
#print('Current Point ' +str(currentPoint))
x = 0
patternToAdd = []
while x < patternLength + futureDistance:
patternToAdd.append(historicData[currentPoint + x])
#print('Data item to add' + str(historicData[currentPoint + x]))
x += 1
#print('x = ' + str(x))
import csv
import matplotlib
from shapeComparison import comparePattern
from shapeComparison import percentageChange
from dataProcessing import makeHistoricData
from matplotlib import pyplot
from functools import reduce
historicData = makeHistoricData()
pastPatterns = []
startPosition = -1000
length = 15
currentPattern = historicData[startPosition:startPosition + length]
print('Current Pattern : ' + str(currentPattern))
historicData = historicData
futureDistance = 10
def generatePastPatterns(patternLength, historicData):
currentPoint = 0
endPoint = len(historicData) - patternLength - futureDistance
pastPatterns = []
while currentPoint < endPoint:
#print('Current Point ' +str(currentPoint))
x = 0
patternToAdd = []
while x < patternLength + futureDistance:
patternToAdd.append(historicData[currentPoint + x])
#print('Data item to add' + str(historicData[currentPoint + x]))
x += 1
#print('x = ' + str(x))
