def test_02(self):
"""TestXGrid.test_02(): genEvents() with 2/5/10/25, xInc=False."""
#print()
myXs = XGrid.XGrid(200)
v = 0
eventS = []
for e in myXs._genEvents(
xFrom=0,
xInc=True,
eMap={
2: 'two',
5: 'five',
10: 'ten',
25: 'twenty five',
},
):
#print(e)
eventS.append(e)
v += 1
if v > 25:
break
#print()
#pprint.pprint(eventS)
self.assertEqual([(0, 'twenty five'), (2, 'two'), (4, 'two'),
(5, 'five'), (6, 'two'), (8, 'two'), (10, 'ten'),
(12, 'two'), (14, 'two'), (15, 'five'), (16, 'two'),
(18, 'two'), (20, 'ten'), (22, 'two'), (24, 'two'),
(25, 'twenty five'), (26, 'two'), (28, 'two'),
(30, 'ten'), (32, 'two'), (34, 'two'), (35, 'five'),
(36, 'two'), (38, 'two'), (40, 'ten'), (42, 'two')],
eventS)
def test_03(self):
"""TestXGrid.test_03(): genEvents() with 2/5/10/25, xInc=False."""
#print()
myXs = XGrid.XGrid(200)
v = 0
eventS = []
for e in myXs._genEvents(
xFrom=0,
xInc=False,
eMap={
2: 'two',
5: 'five',
10: 'ten',
25: 'twenty five',
},
):
#print(e)
eventS.append(e)
v += 1
if v > 25:
break
#print()
#pprint.pprint(eventS)
self.assertEqual([(0, 'twenty five'), (-2, 'two'), (-4, 'two'),
(-5, 'five'), (-6, 'two'), (-8, 'two'), (-10, 'ten'),
(-12, 'two'), (-14, 'two'), (-15, 'five'),
(-16, 'two'), (-18, 'two'),
(-20, 'ten'), (-22, 'two'), (-24, 'two'),
(-25, 'twenty five'), (-26, 'two'), (-28, 'two'),
(-30, 'ten'), (-32, 'two'), (-34, 'two'),
(-35, 'five'), (-36, 'two'), (-38, 'two'),
(-40, 'ten'), (-42, 'two')], eventS)
def test_21(self):
"""TestXGridRange.test_21(): genXAxisTextRange() with 'non-optical' units b'.1IN'."""
myXs = XGrid.XGrid(200)
myVals = [
v for v in myXs.genXAxisTextRange(
EngVal.EngVal(4001.0, b'FEET').newEngValInUnits(b'.1IN'),
EngVal.EngVal(3499.0, b'FEET').newEngValInUnits(b'.1IN'),
)
]
self.assertEqual(6, len(myVals))
# print()
# pprint.pprint(myVals)
self.assertEqual(
# [
# (Coord.Dim(value=-0.06000000000000001, units='in'), 4000),
# (Coord.Dim(value=-6.06, units='in'), 3900),
# (Coord.Dim(value=-12.06, units='in'), 3800),
# (Coord.Dim(value=-18.06, units='in'), 3700),
# (Coord.Dim(value=-24.06, units='in'), 3600),
# (Coord.Dim(value=-30.060000000000006, units='in'), 3500),
# ],
[
(Coord.Dim(value=-0.060000000000027295, units='in'), 4000),
(Coord.Dim(value=-6.060000000000027, units='in'), 3900),
(Coord.Dim(value=-12.060000000000029, units='in'), 3800),
(Coord.Dim(value=-18.060000000000027, units='in'), 3700),
(Coord.Dim(value=-24.060000000000027, units='in'), 3600),
(Coord.Dim(value=-30.06000000000003, units='in'), 3500),
],
myVals,
)
def test_01(self):
"""TestXGridRange.test_01(): genXAxisRange()."""
myXs = XGrid.XGrid(200)
myVals = [
v for v in myXs.genXAxisRange(EngVal.EngVal(4001.0, b'FEET'),
EngVal.EngVal(3987.0, b'FEET'))
]
#print()
#pprint.pprint(myVals)
self.assertEqual(
[
(Coord.Dim(value=-0.06000000000000001, units='in'),
Stroke.Stroke(
width=1.0, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.18000000000000005, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.3, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.42, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.54, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.66, units='in'),
Stroke.Stroke(
width=0.5, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.78, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
],
myVals,
)
def test_20(self):
"""TestXGridRange.test_20(): genXAxisRange() with 'non-optical' units b'.1IN'."""
myXs = XGrid.XGrid(200)
myVals = [
v for v in myXs.genXAxisRange(
EngVal.EngVal(4001.0, b'FEET').newEngValInUnits(b'.1IN'),
EngVal.EngVal(3987.0, b'FEET').newEngValInUnits(b'.1IN'),
)
]
self.assertEqual(7, len(myVals))
# print()
# pprint.pprint(myVals)
self.assertEqual(
# [
# (Coord.Dim(value=-0.06000000000000001, units='in'),
# Stroke.Stroke(width=1.0, colour='black', coding=None, opacity=1.0)),
# (Coord.Dim(value=-0.18000000000000005, units='in'),
# Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
# (Coord.Dim(value=-0.3, units='in'),
# Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
# (Coord.Dim(value=-0.42, units='in'),
# Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
# (Coord.Dim(value=-0.54, units='in'),
# Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
# (Coord.Dim(value=-0.66, units='in'),
# Stroke.Stroke(width=0.5, colour='black', coding=None, opacity=1.0)),
# (Coord.Dim(value=-0.78, units='in'),
# Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
# ],
[
(Coord.Dim(value=-0.060000000000027295, units='in'),
Stroke.Stroke(
width=1.0, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.18000000000002728, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.3000000000000273, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.4200000000000273, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.5400000000000273, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.6600000000000272, units='in'),
Stroke.Stroke(
width=0.5, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.7800000000000273, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
],
myVals,
)
def test_01(self):
"""TestXGrid.test_01(): genXAxisText() 5 values from 4307.5 upwards."""
myXs = XGrid.XGrid(200)
#print()
v = 0
eventS = []
for e in myXs._genXAxisText(xFrom=4307.5, xInc=False, units=b'FEET'):
eventS.append(e)
v += 1
if v > 4:
break
#pprint.pprint(eventS)
self.assertEqual([4300, 4200, 4100, 4000, 3900,], eventS)
def test_04(self):
"""TestXGrid.test_04(): ctor uses default _setInterval(), test _getInterval()."""
#print()
myXs = XGrid.XGrid(200)
#print(myXs._getInterval(b'FEET'))
self.assertEqual(
{
2 : Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0),
10 : Stroke.Stroke(width=0.5, colour='black', coding=None, opacity=1.0),
50 : Stroke.Stroke(width=0.75, colour='black', coding=None, opacity=1.0),
100 : Stroke.Stroke(width=1.0, colour='black', coding=None, opacity=1.0),
},
myXs._getInterval(b'FEET'),
)
def test_10(self):
"""TestXGrid.test_10(): genXAxisStroke() plotting UP with FEET and 1/200."""
#print()
myXs = XGrid.XGrid(200)
v = 0
eventS = []
for e in myXs._genXAxisStroke(xFrom=4307.5, xInc=False, units=b'FEET'):
#print(e)
eventS.append(e)
v += 1
if v > 30:
break
#pprint.pprint(eventS)
self.assertEqual(
[
(4306, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4304, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4302, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4300, Stroke.Stroke(width=1.0, colour='black', coding=None, opacity=1.0)),
(4298, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4296, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4294, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4292, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4290, Stroke.Stroke(width=0.5, colour='black', coding=None, opacity=1.0)),
(4288, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4286, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4284, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4282, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4280, Stroke.Stroke(width=0.5, colour='black', coding=None, opacity=1.0)),
(4278, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4276, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4274, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4272, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4270, Stroke.Stroke(width=0.5, colour='black', coding=None, opacity=1.0)),
(4268, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4266, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4264, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4262, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4260, Stroke.Stroke(width=0.5, colour='black', coding=None, opacity=1.0)),
(4258, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4256, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4254, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4252, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4250, Stroke.Stroke(width=0.75, colour='black', coding=None, opacity=1.0)),
(4248, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
(4246, Stroke.Stroke(width=0.25, colour='black', coding=None, opacity=1.0)),
],
eventS
)
def test_02(self):
"""TestXGrid.test_02(): genXPosText() 5 values from 4307.5 upwards."""
myXs = XGrid.XGrid(200)
#print()
v = 0
eventS = []
for e in myXs._genXPosText(xFrom=4307.5, xInc=False, units=b'FEET'):
eventS.append(e)
v += 1
if v > 4:
break
#pprint.pprint(eventS)
self.assertEqual([
(Coord.Dim(value=-0.45, units='in'), 4300),
(Coord.Dim(value=-6.45, units='in'), 4200),
(Coord.Dim(value=-12.45, units='in'), 4100),
(Coord.Dim(value=-18.45, units='in'), 4000),
(Coord.Dim(value=-24.45, units='in'), 3900),
], eventS)
def test_10(self):
"""TestXGridRange.test_10(): genXAxisTextRange()."""
myXs = XGrid.XGrid(200)
myVals = [
v for v in myXs.genXAxisTextRange(EngVal.EngVal(4001.0, b'FEET'),
EngVal.EngVal(3499.0, b'FEET'))
]
#print()
#pprint.pprint(myVals)
self.assertEqual(
[
(Coord.Dim(value=-0.06000000000000001, units='in'), 4000),
(Coord.Dim(value=-6.06, units='in'), 3900),
(Coord.Dim(value=-12.06, units='in'), 3800),
(Coord.Dim(value=-18.06, units='in'), 3700),
(Coord.Dim(value=-24.06, units='in'), 3600),
(Coord.Dim(value=-30.060000000000006, units='in'), 3500),
],
myVals,
)
def test_01(self):
"""TestXGrid.test_01(): Constructor."""
myXs = XGrid.XGrid(200)
def test_11(self):
"""TestXGrid.test_11(): genXPosStroke() plotting UP with FEET and 1/200."""
#print()
myXs = XGrid.XGrid(200)
v = 0
eventS = []
for e in myXs.genXPosStroke(xFrom=4307.5, xInc=False, units=b'FEET'):
#print(e)
eventS.append(e)
v += 1
if v > 30:
break
#pprint.pprint(eventS)
self.assertEqual([
(Coord.Dim(value=-0.09000000000000002, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.21, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.33, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.45, units='in'),
Stroke.Stroke(width=1.0, colour='black', coding=None,
opacity=1.0)),
(Coord.Dim(value=-0.57, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.6900000000000002, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.81, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-0.93, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-1.05, units='in'),
Stroke.Stroke(width=0.5, colour='black', coding=None,
opacity=1.0)),
(Coord.Dim(value=-1.17, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-1.29, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-1.4100000000000004, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-1.53, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-1.65, units='in'),
Stroke.Stroke(width=0.5, colour='black', coding=None,
opacity=1.0)),
(Coord.Dim(value=-1.77, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-1.8900000000000003, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.0100000000000002, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.1300000000000003, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.25, units='in'),
Stroke.Stroke(width=0.5, colour='black', coding=None,
opacity=1.0)),
(Coord.Dim(value=-2.37, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.49, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.61, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.7300000000000004, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-2.8500000000000005, units='in'),
Stroke.Stroke(width=0.5, colour='black', coding=None,
opacity=1.0)),
(Coord.Dim(value=-2.97, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-3.09, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-3.21, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-3.33, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-3.45, units='in'),
Stroke.Stroke(
width=0.75, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-3.57, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
(Coord.Dim(value=-3.69, units='in'),
Stroke.Stroke(
width=0.25, colour='black', coding=None, opacity=1.0)),
], eventS)
def test_09(self):
"""TestXGrid.test_09(): _setIntervalText() fails."""
#print()
myXs = XGrid.XGrid(200)
self.assertRaises(XGrid.ExceptionPlotXGrid, myXs._setIntervalText,
'in', 200.0, {})
def test_08(self):
"""TestXGrid.test_08(): ctor uses default _setInterval(), test _getInterval() defaults."""
#print()
myXs = XGrid.XGrid(200)
self.assertEqual(XGrid.XGrid.DEFAULT_INTERVAL_TEXT,
myXs._getIntervalText(b' '))
def test_07(self):
"""TestXGrid.test_07(): ctor uses default _setInterval(), test _getIntervalText()."""
#print()
myXs = XGrid.XGrid(200)
#print(myXs._getInterval(b'FEET'))
self.assertEqual(100, myXs._getIntervalText(b'FEET'))
def test_00(self):
"""TestPlotTrack.test_00(): Construct a lin/log/log track with FEET 1/200 and plot it in SVG."""
myCnv = Plot.Canvas(Coord.Dim(8.5, 'in'), Coord.Dim(12, 'in'),
PlotConstants.MarginQtrInch)
myViewPort = Coord.Box(
width=myCnv.width,
depth=myCnv.depth,
)
myTopLeft = Coord.Pt(Coord.Dim(0.25, 'in'), Coord.Dim(0.25, 'in'))
myF = io.StringIO()
myTracks = [
Track.Track(leftPos=Coord.Dim(0.0, 'in'),
rightPos=Coord.Dim(2.4, 'in'),
gridGn=Track.genLinear10),
Track.Track(
leftPos=Coord.Dim(2.4, 'in'),
rightPos=Coord.Dim(3.2, 'in'),
gridGn=None,
plotXAxis=True,
),
Track.Track(leftPos=Coord.Dim(3.2, 'in'),
rightPos=Coord.Dim(5.6, 'in'),
gridGn=Track.genLog10Decade2Start2),
Track.Track(leftPos=Coord.Dim(5.6, 'in'),
rightPos=Coord.Dim(8, 'in'),
gridGn=Track.genLog10Decade2Start2),
]
with SVGWriter.SVGWriter(myF, myViewPort) as xS:
# Do tracks first
for t in myTracks:
#xS.comment(str(t))
if t.hasGrid:
t.plotSVG(
myTopLeft,
myCnv.depth - myCnv.margins.top - myCnv.margins.bottom,
xS,
)
# Now XGrid
# We are plotting up so xPosStart is at bottom
myXposStart = myCnv.depth - myCnv.margins.bottom
myXposStop = myCnv.margins.top
myXg = XGrid.XGrid(200)
# Plot depth lines
for pos, stroke in myXg.genXPosStroke(xFrom=4307.5,
xInc=False,
units=b'FEET'):
myXpos = myXposStart + pos
if myXpos < myXposStop:
break
for t in myTracks:
if t.hasGrid:
with SVGWriter.SVGLine(
xS,
Coord.Pt(t.left + myCnv.margins.left, myXpos),
Coord.Pt(t.right + myCnv.margins.left, myXpos),
attrs=Stroke.retSVGAttrsFromStroke(stroke)):
pass
# Plot depth text
textAttrs = {
'text-anchor': 'end',
'dominant-baseline': 'middle',
}
for pos, val in myXg.genXPosText(xFrom=4307.5,
xInc=False,
units=b'FEET'):
myXpos = myXposStart + pos
if myXpos < myXposStop:
break
for t in myTracks:
if t.plotXAxis:
myPt = Coord.Pt(
t.right + myCnv.margins.left -
Coord.Dim(0.05, 'in'), myXpos)
with SVGWriter.SVGText(xS, myPt, 'Courier', 16,
textAttrs):
xS.characters(str(val))
print()
print(myF.getvalue())