def testComputeOriginLabelPositionSecondQuadrant(self):
print("testComputeOriginLabelPositionSecondQuadrant")
origin = (250, 1300)
ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(-55, -5),
yRange=(50, 0), xLabel="Loss", titleLst=["xR=(-55,-5)","yR=(50,0)"])
self.assertEqual(2, ccs.computeOriginLabelPosition(origin, (250, 1300), (250, 900)))
def testComputeYAxisLabelXCoordAndDirection_Y_pos_Y_neg(self): origin = (300, 255) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=300, xRange=(-5, 15), yRange=(30, -40), xLabel='Time', yLabel='Speed', titleLst=["xR=(-5,15)", "yR=(30,-40)"]) self.assertEqual((300, 1), ccs.computeYAxisLabelXCoordAndDirection(origin, (300, 225)))
def testComputeOriginLabelPositionThirdQuadrant(self):
print("testComputeOriginLabelPositionThirdQuadrant")
origin = (1000, 1300)
ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(-55, -5),
yRange=(-50, -3), xLabel="Loss", yLabel="Depth", titleLst=["xR=(-55,-5)","yR=(-50,-3)"])
self.assertEqual(3, ccs.computeOriginLabelPosition(origin, (1000, 1300), (1000, 1300)))
def testComputeYAxisCoordinates_Y_pos_Y_neg(self): ccs = TwoDCartesianCoordSystem(origin=(300, 255), xLength=200, yLength=300, xRange=(-5, 15), yRange=(30, -40), xLabel='Time', yLabel='Speed', titleLst=["xR=(-5,15)", "yR=(30,-40)"]) self.assertEqual((300, 135), ccs.yAxisCoordStart) self.assertEqual((300, 435), ccs.yAxisCoordEnd)
def testComputeOriginLabelPositionFirstQuadrant(self):
print("testComputeOriginLabelPositionFirstQuadrant")
origin = (80, 400)
ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=300, xRange=(-5, 15),
yRange=(50, -3), titleLst=["xR=(-5,15)", "yR=(50,3)"])
self.assertEqual(1, ccs.computeOriginLabelPosition(origin, (230, 400), (80, 150)))
def testComputeYAxisArrowCoordinates_Y_pos_Y_neg(self): origin = (300, 255) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=300, xRange=(-5, 15), yRange=(30, -40), xLabel='Time', yLabel='Speed', titleLst=["xR=(-5,15)", "yR=(30,-40)"]) self.assertEqual(((285.0, 265), (300, 225), (315.0, 265)), ccs.computeYAxisArrowCoordinates(origin, (300, 225), (300, 525)))
def testComputeYTicks_Y_zero_Y_neg_limits_diff_tick(self): xRange = (-7, 0) yRange = (0, -7) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([-3, -6], ccs.computeYAxisTicks(ticks, yRange))
def testComputeYTicks_Y_neg_Y_neg_limits_equal_tick(self): xRange = (-8, -4) yRange = (-3, -9) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([-3, -6, -9], ccs.computeYAxisTicks(ticks, yRange))
def testComputeYTicks_Y_pos_Y_pos_limits_diff_tick_bug(self): xRange = (3, 9) yRange = (10, 4) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([9, 6], ccs.computeYAxisTicks(ticks, yRange))
def testComputeYTicks_Y_neg_Y_neg_limits_diff_tick_bug(self): xRange = (-9, -3) yRange = (-4, -10) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([-6, -9], ccs.computeYAxisTicks(ticks, yRange))
def testComputeYTicks_Y_pos_Y_pos_limits_equal_tick(self): xRange = (2, 6) yRange = (6, 3) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([6, 3], ccs.computeYAxisTicks(ticks, yRange))
def testComputeXTicks_X_pos_X_pos_limits_equal_tick(self): xRange = (2, 6) yRange = (7, -7) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([2, 4, 6], ccs.computeXAxisTicks(ticks, xRange))
def testComputeXTicks_X_neg_X_neg_limits_diff_tick(self): xRange = (-9, -3) yRange = (7, -7) ticks = (2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([-8, -6, -4], ccs.computeXAxisTicks(ticks, xRange))
def testComputeXTicksFloat_X_neg_X_pos_limits_equal_tick(self): # still failing xRange = (-0.4, 0.6) yRange = (7, -7) ticks = (0.2, 3) origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([-0.4, -0.2, 0.2, 0.4, 0.6], ccs.computeXAxisTicks(ticks, xRange))
def testComputeNegTicksFloat(self): # still failing xRange = (-0.4, 0.6) yRange = (7, -7) ticks = (0.2, 3) minValue = xRange[0] tickSize = ticks[0] origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin, 200, 300, xRange, yRange) self.assertEqual([-0.4, -0.2], ccs.computeNegTicks(tickSize, minValue))
def testComputeYAxisCoordinates_Y_pos_Y_zero(self): ccs = TwoDCartesianCoordSystem(origin=(1145, 550), xLength=200, yLength=400, xRange=(-55, -5), yRange=(50, 0), titleLst=["xR=(-55,-5)", "yR=(50,0)"]) self.assertEqual((1145, 150), ccs.yAxisCoordStart) self.assertEqual((1145, 550), ccs.yAxisCoordEnd)
def testComputeYAxisArrowCoordinates_Y_neg_Y_neg(self): origin = (300, 570) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=200, xRange=(0, 55), yRange=(-50, -3), titleLst=["xR=(0,55)", "yR=(-50,-3)"]) self.assertEqual(((285.0, 580), (300, 620), (315.0, 580)), ccs.computeYAxisArrowCoordinates(origin, (300, 570), (300, 620)))
def testComputeXAxisLabelXCoordAndDirection_X_neg_X_pos(self): origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin=origin, xLength=200, yLength=300, xRange=(-5, 15), yRange=(50, -3), titleLst=["xR=(-5,15)", "yR=(50,-3)"]) self.assertEqual((260, 1), ccs.computeXAxisLabelXCoordAndDirection(origin, (60, 400), (260, 400)))
def testComputeXAxisArrowCoordinates_X_neg_X_pos(self): origin = (80, 400) ccs = TwoDCartesianCoordSystem(origin=origin, xLength=200, yLength=300, xRange=(-5, 15), yRange=(50, -3), titleLst=["xR=(-5,15)", "yR=(50,-3)"]) self.assertEqual(((220, 385.0), (260, 400), (220, 415.0)), ccs.computeXAxisArrowCoordinates(origin, (60, 400), (260, 400)))
def testComputeYAxisArrowCoordinates_Y_pos_Y_pos(self): origin = (500, 530) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(0, 15), yRange=(50, 3), titleLst=["xR=(0,15)", "yR=(50,3)"]) self.assertEqual(((485.0, 520), (500, 480), (515.0, 520)), ccs.computeYAxisArrowCoordinates(origin, (500, 480), (500, 530)))
def testComputeXAxisCoordinates_X_pos_X_pos(self): ccs = TwoDCartesianCoordSystem(origin=(720, 530), xLength=200, yLength=400, xRange=(25, 55), yRange=(50, 3), titleLst=["xR=(25,55)", "yR=(50,3)"]) self.assertEqual((720, 530), ccs.xAxisCoordStart) self.assertEqual((920, 530), ccs.xAxisCoordEnd)
def testComputeOriginLabelPositionFourthQuadrant(self):
print("testComputeOriginLabelPositionFourthQuadrant")
origin = (550, 1300)
ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(0, 55),
yRange=(-50, -3), yLabel="Depth", titleLst=["xR=(0,55)","yR=(-50,-3)"])
self.assertEqual(4, ccs.computeOriginLabelPosition(origin, (750, 1300), (550, 1300)))
def testComputeYAxisCoordinates_Y_pos_Y_pos(self): ccs = TwoDCartesianCoordSystem(origin=(500, 530), xLength=200, yLength=400, xRange=(0, 15), yRange=(50, 3), titleLst=["xR=(0,15)", "yR=(50,3)"]) self.assertEqual((500, 130), ccs.yAxisCoordStart) self.assertEqual((500, 530), ccs.yAxisCoordEnd)
def testComputeXAxisArrowCoordinates_X_pos_X_pos(self): origin = (720, 530) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(25, 55), yRange=(50, 3), titleLst=["xR=(25,55)", "yR=(50,3)"]) self.assertEqual(((880, 515.0), (920, 530), (880, 545.0)), ccs.computeXAxisArrowCoordinates(origin, (720, 530), (920, 530)))
def testComputeYAxisCoordinates_Y_neg_Y_neg(self): ccs = TwoDCartesianCoordSystem(origin=(300, 570), xLength=200, yLength=200, xRange=(0, 55), yRange=(-50, -3), titleLst=["xR=(0,55)", "yR=(-50,-3)"]) self.assertEqual((300, 570), ccs.yAxisCoordStart) self.assertEqual((300, 770), ccs.yAxisCoordEnd)
def testComputeYAxisLabelXCoordAndDirection_Y_pos_Y_pos(self): origin = (500, 530) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(0, 15), yRange=(50, 3), titleLst=["xR=(0,15)", "yR=(50,3)"]) self.assertEqual((500, 1), ccs.computeYAxisLabelXCoordAndDirection(origin, (500, 480)))
def testComputeXAxisArrowCoordinates_X_zero_X_pos(self): origin = (500, 530) ccs = TwoDCartesianCoordSystem(origin=origin, xLength=200, yLength=300, xRange=(0, 15), yRange=(50, 3), titleLst=["xR=(0,15)", "yR=(50,3)"]) self.assertEqual(((660, 515.0), (700, 530), (660, 545.0)), ccs.computeXAxisArrowCoordinates(origin, (500, 530), (700, 530)))
def testComputeYAxisLabelXCoordAndDirection_Y_pos_Y_zero(self): origin = (1145, 550) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(-55, -5), yRange=(50, 0), titleLst=["xR=(-55,-5)", "yR=(50,0)"]) self.assertEqual((1145, 1), ccs.computeYAxisLabelXCoordAndDirection(origin, (1145, 500)))
def testComputeXAxisArrowCoordinates_X_neg_X_neg(self): origin = (1145, 550) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=400, xRange=(-55, -5), yRange=(50, 0), titleLst=["xR=(-55,-5)", "yR=(50,0)"]) self.assertEqual(((985, 535.0), (945, 550), (985, 565.0)), ccs.computeXAxisArrowCoordinates(origin, (945, 550), (1145, 550)))
def testComputeYAxisLabelXCoordAndDirection_Y_neg_Y_neg(self): origin = (300, 570) ccs = TwoDCartesianCoordSystem(origin, xLength=200, yLength=200, xRange=(0, 55), yRange=(-50, -3), titleLst=["xR=(0,55)", "yR=(-50,-3)"]) self.assertEqual((300, -1), ccs.computeYAxisLabelXCoordAndDirection(origin, (300, 570)))
