def test_fourAxesInfSlope():
xScreen = [45, 587, 45, 45]
yScreen = [171, 171, 15, 327]
xGraph = [0, 14, 0, 0]
yGraph = [0, 0, 1.5, -1.5]
xPoints = 55
yPoints = 96
title = 'fourAxesInfSlope.dig'
TDG.createTestCase(np.array([xScreen, xGraph]), np.array([yScreen,
yGraph]),
xPoints, yPoints, 'Linear', 'Linear', title)
subprocess.call([ENGAUGE_EXECUTABLE, '-exportonly', title])
engaugeOutput = pd.read_csv(title[:-3] + 'csv')
parsedData = np.array(parseDigFile(title).iloc[:, :2])[0]
testData = np.array(engaugeOutput.iloc[:, :2])[0]
for i in range(len(testData)):
decimalIndex = str(testData[i]).find('.')
decimals = len(str(testData[i])) - decimalIndex - 1
parsedData[i] = np.round(parsedData[i], decimals)
assert (parsedData == testData).all()
def TestInfiniteSlope():
xScreen = [45, 587, 45]
yScreen = [327, 171, 15]
xGraph = [0, 14, 0]
yGraph = [-1.5, 0, 1.5]
xPoints = 55
yPoints = 96
title = '.TestInfiniteSlope.dig'
TDG.createTestCase(np.array([xScreen, xGraph]), np.array([yScreen,
yGraph]),
xPoints, yPoints, 'Linear', 'Linear', title)
ParseDig.callEngauge(['-exportonly', title], DEBUG_ENABLE)
engaugeOutput = pd.read_csv(title[:-3] + 'csv')
parsedData = np.array(parseDigFile(title).iloc[:, :2])[0]
testData = np.array(engaugeOutput.iloc[:, :2])[0]
for i in range(len(testData)):
decimalIndex = str(testData[i]).find('.')
decimals = len(str(testData[i])) - decimalIndex - 1
parsedData[i] = np.round(parsedData[i], decimals)
showResults(inspect.stack()[0][3], testData, parsedData)