def testConvertFails(self):
"""Dim() convert() fails."""
myObj = Coord.Dim(72, 'WTF')
self.assertRaises(Coord.ExceptionCoordUnitConvert, myObj.convert, 'in')
myObj = Coord.Dim(72, 'px')
self.assertRaises(Coord.ExceptionCoordUnitConvert, myObj.convert,
'WTF')
def __init__(self, root):
assert (root.tag == self.tagInNs('LgFormat')
), 'Wrong root element {:s}'.format(root.tag)
myName = self.elemID(root)
# Tracks, create a list of Track.Track objects
# NOTE: This is not quite like the LIS track buildup where the tracks are single
# and in order so when we encounter T23 we span tracks T2 and T3 (by ordinal).
# Here we get a separate track description 'track23' which has the width and grid
# generator, 'track2' and 'track3' may be blank.
# I suppose also that the order of tracks in the XML file is not significant but
# we treat is so here.
myTrackS = []
# Make an additional data structure that maps the track name to ordinal
self._trackNameOrdinalMap = {}
for t, aT in enumerate(root.findall(self.tagInNs('LgTrack'))):
l = Coord.Dim(self.float(aT, self.tagInNs('LeftPosition'), 0.0),
'in')
r = Coord.Dim(self.float(aT, self.tagInNs('RightPosition'), 0.0),
'in')
myTrackS.append(
Track.Track(
leftPos=l,
rightPos=r,
# Figure out track grid function
gridGn=self._retGridGen(aT),
plotXLines=self.bool(aT, self.tagInNs('IndexLinesVisible'),
True),
plotXAlpha=self.bool(aT,
self.tagInNs('IndexNumbersVisible'),
False),
))
trackID = self.elemID(aT)
if trackID is None:
raise ExceptionFILMCfgXMLRead(
'PhysFilmCfgXMLRead.__init__(): Missing track UniqueId'.
format(trackID))
if trackID in self._trackNameOrdinalMap:
raise ExceptionFILMCfgXMLRead(
'PhysFilmCfgXMLRead.__init__(): Duplicate track UniqueId="{:s}"'
.format(trackID))
# Add the track ordinal
self._trackNameOrdinalMap[trackID] = t
# myXPath = self.tagsInNs('LgFormat', 'LgVerticalScale', 'IndexScaler')
# myElem = root.find(myXPath)
# myX = self.int(root, self.tagsInNs('LgVerticalScale', 'IndexScaler'))
# print()
# print('TRACE:', myXPath, myElem, myX)
myXScale = self.int(root,
self.tagsInNs('LgVerticalScale', 'IndexScaler'),
None)
assert (myXScale is not None)
super().__init__(
theName=myName,
theTracks=myTrackS,
# This does not seem to be used by the parent class
theDest=None,
theX=myXScale,
)
def test_zeroBaseUnitsPt(self):
"""zeroBaseUnitsPt()."""
myPt = Coord.zeroBaseUnitsPt()
#print()
#print(myPt)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myPt.x)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myPt.y)
def test_07(self):
"""TestPhysFilmCfgXMLRead.test_07(): Test reading track1 with no x Axis lines but with Y grid."""
root = etree.fromstring(
"""<LgFormat UniqueId="TestOneTrack" xmlns="x-schema:LgSchema2.xml">
<LgVerticalScale UniqueId="VerticalScale">
<IndexScaler>100</IndexScaler>
<IndexUnit>Ft</IndexUnit>
<PaperScaler>5</PaperScaler>
<PaperUnit>LG_PAPER_INCH</PaperUnit>
</LgVerticalScale>
<LgTrack UniqueId="Track1">
<Description>Depth Track</Description>
<IndexLinesVisible>0</IndexLinesVisible>
<IndexNumbersVisible>0</IndexNumbersVisible>
<RightPosition>2.4</RightPosition>
<LgLinearGrid UniqueId="minorGrid1">
<Color>818181</Color>
<LineCount>11</LineCount>
</LgLinearGrid>
<LgLinearGrid UniqueId="majorGrid11">
<Color>818181</Color>
<LineCount>3</LineCount>
<Thickness>2</Thickness>
</LgLinearGrid>
</LgTrack>
</LgFormat>""")
myFcxr = FILMCfgXML.PhysFilmCfgXMLRead(root)
self.assertEqual(1, len(myFcxr))
self.assertEqual(Coord.Dim(value=0.0, units='in'), myFcxr[0].left)
self.assertEqual(Coord.Dim(value=2.4, units='in'), myFcxr[0].right)
self.assertTrue(myFcxr[0].hasGrid)
self.assertFalse(myFcxr[0].plotXLines)
self.assertFalse(myFcxr[0].plotXAlpha)
def testCmp_01(self):
"""Dim() cmp() [01]."""
myObj_0 = Coord.Dim(1, 'in')
myObj_1 = Coord.Dim(1, 'in')
self.assertEqual(myObj_0, myObj_1)
self.assertEqual(myObj_0, myObj_1)
self.assertTrue(myObj_0 == myObj_1)
def test_05(self):
"""TestPlotTrack.test_05(): Construct a blank track without failure."""
myT = Track.Track(leftPos=Coord.Dim(3.2, 'in'),
rightPos=Coord.Dim(5.6, 'in'),
gridGn=None)
self.assertEqual(Coord.Dim(3.2, 'in'), myT.left)
self.assertEqual(Coord.Dim(5.6, 'in'), myT.right)
self.assertFalse(myT.hasGrid)
def test_zeroBaseUnitsBox(self):
"""zeroBaseUnitsBox()."""
myBox = Coord.zeroBaseUnitsBox()
#print()
#print(myBox)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myBox.width)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myBox.depth)
self.assertEqual('Box(width=Dim(0.0px), depth=Dim(0.0px))', str(myBox))
def testAdd(self):
"""Dim() addition."""
myObj_0 = Coord.Dim(1, 'in')
myObj_1 = Coord.Dim(18, 'px')
myResult = myObj_0 + myObj_1
#print myResult
self.assertEqual(myResult.value, 1.25)
self.assertEqual(myResult.units, 'in')
def testSub(self):
"""Dim() subtraction."""
myObj_0 = Coord.Dim(1, 'in')
myObj_1 = Coord.Dim(18, 'px')
myResult = myObj_0 - myObj_1
#print myResult
self.assertEqual(myResult.value, 0.75)
self.assertEqual(myResult.units, 'in')
def testIadd_00(self):
"""Dim() +=."""
myObj_0 = Coord.Dim(1, 'in')
myObj_1 = Coord.Dim(18, 'px')
myObj_0 += myObj_1
#print myObj
self.assertEqual(myObj_0.value, 1.25)
self.assertEqual(myObj_0.units, 'in')
def test_11(self):
"""TestLogHeaderLAS.test_11(): Plot as top of log with CONS data."""
myLh = LogHeader.APIHeaderLAS(isTopOfLog=True)
fp = TestPlotShared.outPath(TEST_SVG_FILE_MAP_HDR[56].fileName)
tl = Coord.Pt(Coord.Dim(0.5, 'in'), Coord.Dim(0.25, 'in'))
viewPort = myLh.viewPort(tl)
with SVGWriter.SVGWriter(open(fp, 'w'), viewPort) as xS:
myLh.plot(xS, tl, self._lasFile)
def test_05(self):
"""TestLogHeaderLAS.test_05(): Plot as not top of log."""
myLh = LogHeader.APIHeaderLAS(isTopOfLog=False)
fp = TestPlotShared.outPath(TEST_SVG_FILE_MAP_HDR[50].fileName)
tl = Coord.Pt(Coord.Dim(0.0, 'in'), Coord.Dim(0.0, 'in'))
viewPort = myLh.viewPort(tl)
with SVGWriter.SVGWriter(open(fp, 'w'), viewPort) as xS:
myLh.plot(xS, tl)
def test_10(self):
"""TestLogHeader.test_10(): Plot as not top of log with CONS data."""
myLh = LogHeader.APIHeaderLIS(isTopOfLog=False)
fp = TestPlotShared.outPath(TEST_SVG_FILE_MAP_HDR[45].fileName)
tl = Coord.Pt(Coord.Dim(0.25, 'in'), Coord.Dim(0.5, 'in'))
viewPort = myLh.viewPort(tl)
with SVGWriter.SVGWriter(open(fp, 'w'), viewPort) as xS:
myLh.plot(xS, tl, [self._lrCONS,])
def testCmp_00(self):
"""Dim() cmp() [00]."""
myObj_0 = Coord.Dim(1, 'in')
myObj_1 = Coord.Dim(72, 'px')
#print myObj_0 == myObj_1
self.assertEqual(myObj_0, myObj_1)
self.assertEqual(myObj_0, myObj_1)
self.assertTrue(myObj_0 == myObj_1)
def testStr(self):
"""Pt() __str__()."""
myPt = Coord.Pt(
Coord.Dim(12, 'px'),
Coord.Dim(24, 'px'),
)
#print myPt
self.assertEqual(str(myPt), 'Pt(x=Dim(12px), y=Dim(24px))')
def testConstructor(self):
"""Pt() constructor."""
myPt = Coord.Pt(
Coord.Dim(12, 'px'),
Coord.Dim(24, 'px'),
)
#print myPt
self.assertEqual(myPt.x, Coord.Dim(12, 'px'))
self.assertEqual(myPt.y, Coord.Dim(24, 'px'))
def testSum_00(self):
"""Dim() sum(...) raises type error [00]."""
myObj_0 = Coord.Dim(71, 'px')
myObj_1 = Coord.Dim(72, 'px')
try:
sum([myObj_0, myObj_1])
self.fail('TypeError not raised')
except TypeError:
pass
def test_11(self):
"""TestPlotTrack.test_11(): Construct a linear track with left edge < right edge - fails."""
try:
Track.Track(leftPos=Coord.Dim(5.6, 'in'),
rightPos=Coord.Dim(3.2, 'in'),
gridGn=Track.genLinear10)
self.fail('Track.ExceptionTotalDepthLISPlotTrack not raised')
except Track.ExceptionTotalDepthLISPlotTrack:
pass
def test_01(self):
"""TestPlotTrack.test_01(): Construct a linear track without failure and check default values."""
myT = Track.Track(leftPos=Coord.Dim(3.2, 'in'),
rightPos=Coord.Dim(5.6, 'in'),
gridGn=Track.genLinear10)
self.assertEqual(Coord.Dim(3.2, 'in'), myT.left)
self.assertEqual(Coord.Dim(5.6, 'in'), myT.right)
self.assertTrue(myT.hasGrid)
self.assertTrue(myT.plotXLines)
self.assertFalse(myT.plotXAlpha)
def testCmp_03(self):
"""Dim() cmp() [03]."""
myObj_0 = Coord.Dim(1, 'in')
myObj_1 = Coord.Dim(73, 'px')
self.assertFalse(myObj_0 == myObj_1)
self.assertTrue(myObj_0 <= myObj_1)
self.assertFalse(myObj_0 >= myObj_1)
self.assertTrue(myObj_0 != myObj_1)
self.assertTrue(myObj_0 < myObj_1)
self.assertFalse(myObj_0 > myObj_1)
def test_04(self):
"""TestFILMCfgXML.test_04(): "Micro_Resistivity_3Track.xml" tracks."""
myFcxr = FILMCfgXML.FilmCfgXMLRead()
self.assertEqual(29, len(myFcxr))
self.assertTrue("Micro_Resistivity_3Track.xml" in myFcxr)
# print()
# print('Micro Res:', myFcxr["Micro_Resistivity_3Track.xml"])
# Four tracks
self.assertEqual(4, len(myFcxr["Micro_Resistivity_3Track.xml"]))
# for i, t in enumerate(myFcxr["Micro_Resistivity_3Track.xml"].genTracks()):
# print(i, t)
# print(myFcxr["Micro_Resistivity_3Track.xml"][0].left)
self.assertEqual(Coord.Dim(0, 'in'),
myFcxr["Micro_Resistivity_3Track.xml"][0].left)
leftRight = [
(t.left, t.right)
for t in myFcxr["Micro_Resistivity_3Track.xml"].genTracks()
]
# print(leftRight)
expResult = [
(Coord.Dim(value=0.0, units='in'), Coord.Dim(value=2.4,
units='in')),
(Coord.Dim(value=2.4, units='in'), Coord.Dim(value=3.2,
units='in')),
(Coord.Dim(value=3.2, units='in'), Coord.Dim(value=5.6,
units='in')),
(Coord.Dim(value=5.6, units='in'), Coord.Dim(value=8.0,
units='in')),
]
self.assertEqual(expResult, leftRight)
def testScale(self):
"""Pt() scale()."""
myPt_0 = Coord.Pt(
Coord.Dim(20, 'mm'),
Coord.Dim(7, 'px'),
)
myPt_1 = myPt_0.scale(2.0)
self.assertEqual(myPt_1.x, Coord.Dim(40, 'mm'))
self.assertEqual(myPt_1.y, Coord.Dim(14, 'px'))
self.assertEqual(myPt_1.x.units, 'mm')
self.assertEqual(myPt_1.y.units, 'px')
def test_02(self):
"""TestFILMRead.test_02(): PhysFilmCfg.interpretTrac(), typical three track film."""
# 2 E2E -4-- PF2 D200
myPfc = self._fc[b'2\x00\x00\x00']
# print()
# print(myPfc.interpretTrac(b'T1 '))
self.assertEqual(
(
Coord.Dim(value=0.0, units='in'),
Coord.Dim(value=2.4, units='in'),
0,
2,
),
myPfc.interpretTrac(b'T1 '),
)
self.assertEqual(
(
Coord.Dim(value=2.4, units='in'),
Coord.Dim(value=3.2, units='in'),
2,
2,
),
myPfc.interpretTrac(b'TD '),
)
self.assertEqual(
(
Coord.Dim(value=3.2, units='in'),
Coord.Dim(value=5.6, units='in'),
4,
2,
),
myPfc.interpretTrac(b'T2 '),
)
self.assertEqual(
(
Coord.Dim(value=5.6, units='in'),
Coord.Dim(value=8.0, units='in'),
6,
2,
),
myPfc.interpretTrac(b'T3 '),
)
# print()
# print(myPfc.interpretTrac(b'T23 '))
self.assertEqual(
(
Coord.Dim(value=3.2, units='in'),
Coord.Dim(value=8, units='in'),
4,
4,
),
myPfc.interpretTrac(b'T23 '),
)
def _plotBackGround(self, xS):
"""Plot the background stuff."""
# Top black background
with SVGWriter.SVGRect(
xS, self._ptZero(),
Coord.Box(PlotConstants.STANDARD_PAPER_DEPTH,
Coord.Dim(2.0, HEADER_PLOT_UNITS)), {
'fill': "black",
}):
pass
# Logo
self._plotLogo(xS)
def test_zeroBaseUnitsPad(self):
"""zeroBaseUnitsPad()."""
myPad = Coord.zeroBaseUnitsPad()
#print()
#print(myPad)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myPad.prev)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myPad.next)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myPad.parent)
self.assertEqual(Coord.Dim(0, Coord.BASE_UNITS), myPad.child)
self.assertEqual(
'Pad(prev=Dim(0.0px), next=Dim(0.0px), parent=Dim(0.0px), child=Dim(0.0px))',
str(myPad),
)
def test_02(self):
"""TestFILMReadFourTrack.test_02(): interpretTrac()."""
myPfc = self._fc[Mnem.Mnem(b'A\x00\x00\x00')]
# print()
# print('FD', myPfc.interpretTrac(b'FD '))
# print('F1', myPfc.interpretTrac(b'F1 '))
self.assertEqual(
(
Coord.Dim(value=0.0, units='in'),
Coord.Dim(value=1.0, units='in'),
0, # Half track start
2, # Half track span
),
myPfc.interpretTrac(b'FD '),
)
self.assertEqual(
(
Coord.Dim(value=1.0, units='in'),
Coord.Dim(value=2.75, units='in'),
2, # Half track start
2, # Half track span
),
myPfc.interpretTrac(b'F1 '),
)
self.assertEqual(
(
Coord.Dim(value=2.75, units='in'),
Coord.Dim(value=4.5, units='in'),
4, # Half track start
2, # Half track span
),
myPfc.interpretTrac(b'F2 '),
)
self.assertEqual(
(
Coord.Dim(value=4.5, units='in'),
Coord.Dim(value=6.25, units='in'),
6, # Half track start
2, # Half track span
),
myPfc.interpretTrac(b'F3 '),
)
self.assertEqual(
(
Coord.Dim(value=6.25, units='in'),
Coord.Dim(value=8.0, units='in'),
8, # Half track start
2, # Half track span
),
myPfc.interpretTrac(b'F4 '),
)
def test_00(self):
"""TestSVGWriter.test_00(): construction."""
myF = io.StringIO()
myViewPort = Coord.Box(
Coord.Dim(100, 'mm'),
Coord.Dim(20, 'mm'),
)
with SVGWriter.SVGWriter(myF, myViewPort):
pass
#print
#print myF.getvalue()
self.assertEqual(myF.getvalue(), """<?xml version='1.0' encoding="utf-8"?>
<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
<svg height="20mm" version="1.1" width="100mm" xmlns="http://www.w3.org/2000/svg"/>\n""")
def test_20(self):
"""TestFILMRead.test_20(): PhysFilmCfg.interpretTrac() using curve destination b'1' and b'2', track b'T1 '."""
self.assertEqual((
Coord.Dim(value=0.0, units='in'),
Coord.Dim(value=2.4, units='in'),
0,
2,
), self._fc.interpretTrac(Mnem.Mnem(b'1'), Mnem.Mnem(b'1'), b'T1 '))
self.assertEqual((
Coord.Dim(value=0.0, units='in'),
Coord.Dim(value=2.4, units='in'),
0,
2,
), self._fc.interpretTrac(Mnem.Mnem(b'2'), Mnem.Mnem(b'2'), b'T1 '))
def test_01(self):
"""TestFILMRead.test_01(): Constructor."""
self.assertEqual(2, len(self._fc))
self.assertEqual([b'1\x00\x00\x00', b'2\x00\x00\x00'],
sorted(list(self._fc.keys())))
# print()
# print(self._fc[b'1\x00\x00\x00'])
# print(self._fc[b'1\x00\x00\x00'].name)
# print(self._fc[b'1\x00\x00\x00'].xScale)
# print(len(self._fc[b'1\x00\x00\x00']))
self.assertEqual(b'1\x00\x00\x00', self._fc[b'1\x00\x00\x00'].name)
self.assertEqual(200, self._fc[b'1\x00\x00\x00'].xScale)
self.assertEqual(4, len(self._fc[b'1\x00\x00\x00']))
# print('left', self._fc[b'1\x00\x00\x00'][0].left)
# print('right', self._fc[b'1\x00\x00\x00'][0].right)
self.assertEqual(Coord.Dim(0.0, 'in'),
self._fc[b'1\x00\x00\x00'][0].left)
self.assertEqual(Coord.Dim(2.4, 'in'),
self._fc[b'1\x00\x00\x00'][0].right)
self.assertEqual(Coord.Dim(2.4, 'in'),
self._fc[b'1\x00\x00\x00'][1].left)
self.assertEqual(Coord.Dim(3.2, 'in'),
self._fc[b'1\x00\x00\x00'][1].right)
self.assertEqual(Coord.Dim(3.2, 'in'),
self._fc[b'1\x00\x00\x00'][2].left)
self.assertEqual(Coord.Dim(5.6, 'in'),
self._fc[b'1\x00\x00\x00'][2].right)
self.assertEqual(Coord.Dim(5.6, 'in'),
self._fc[b'1\x00\x00\x00'][3].left)
self.assertEqual(Coord.Dim(8.0, 'in'),
self._fc[b'1\x00\x00\x00'][3].right)
def test_02(self):
"""TestPhysFilmCfgXMLRead.test_02(): Test reading a single track, log scale OK."""
root = etree.fromstring(
"""<LgFormat UniqueId="TestOneTrack" xmlns="x-schema:LgSchema2.xml">
<LgVerticalScale UniqueId="VerticalScale">
<IndexScaler>100</IndexScaler>
<IndexUnit>Ft</IndexUnit>
<PaperScaler>5</PaperScaler>
<PaperUnit>LG_PAPER_INCH</PaperUnit>
</LgVerticalScale>
<LgTrack UniqueId="track23">
<Description>Track 23</Description>
<LeftPosition>3.2</LeftPosition>
<RightPosition>8</RightPosition>
<LgLogarithmicGrid UniqueId="logGrid3">
<Color>818181</Color>
<Decade>4</Decade>
<LogScale>LG_LOG_2</LogScale>
</LgLogarithmicGrid>
<LgCurve UniqueId="ATR">
<ChannelName>ATR</ChannelName>
<Color>FF0000</Color>
<LeftLimit>0.2</LeftLimit>
<RightLimit>2000</RightLimit>
<LineStyle>LG_DASH_LINE</LineStyle>
<Thickness>2</Thickness>
<Transform>LG_LOGARITHMIC</Transform>
<WrapCount>0</WrapCount>
</LgCurve>
</LgTrack>
</LgFormat>""")
myFcxr = FILMCfgXML.PhysFilmCfgXMLRead(root)
self.assertEqual(1, len(myFcxr))
self.assertEqual('TestOneTrack', myFcxr.name)
self.assertEqual(100, myFcxr.xScale)
# This does nto work as interpret track needs track 2 and three to interpret T23
# self.assertEqual(
# (Coord.Dim(value=0.0, units='in'), Coord.Dim(value=2.4, units='in'), 0, 2),
# myFcxr.interpretTrac(b'T23 ')
# )
self.assertRaises(FILMCfg.ExceptionFILMCfg, myFcxr.interpretTrac,
b'T2 ')
# Get the track object
# print(myFcxr[0])
self.assertEqual(Coord.Dim(value=3.2, units='in'), myFcxr[0].left)
self.assertEqual(Coord.Dim(value=8.0, units='in'), myFcxr[0].right)
self.assertTrue(myFcxr[0].plotXLines)
self.assertFalse(myFcxr[0].plotXAlpha)