Variables
string	initDate = '2018041500'

int	mapCentralLongitude = 0.

string	imageFileExtension = 'png'

list	testVariables = ['theta', 'qv', 'uReconstructZonal']

int	testLevel = 0

string	referenceCase = 'barycentric'

dictionary	weightCases

dictionary	meshConfigs

dictionary	gridFiles = {}

dictionary	meshLatDeg = {}

dictionary	meshLonDeg = {}

dictionary	meshLat = {}

dictionary	meshLon = {}

	gridFile

dictionary	lons

dictionary	lats

dictionary	markers

dictionary	sizes

dictionary	minAbsNormError = {}

dictionary	maxAbsNormError = {}

dictionary	meanAbsNormError = {}

dictionary	minAbsError = {}

dictionary	maxAbsError = {}

dictionary	meanAbsError = {}

dictionary	minBias = {}

dictionary	maxBias = {}

dictionary	meanBias = {}

dictionary	meshField = {}

dictionary	fields

	cLon

	projection

dictionary	absNormErrorFields = {}
	generate the double-interpolated field and calculate errors More...

dictionary	absErrorFields = {}

dictionary	biasFields = {}

	weightMethod = case['weightMethod']
	plot the errors More...

	coarse2fine

	fine2coarse

	cmap

	cbarType

	coarse2fineField = coarse2fine.apply(meshField[testVariable]['coarse'])

	coarse2fine2coarseField = fine2coarse.apply(coarse2fineField)

	minAbsNormError_ = np.min(absNormErrorFields[caseName][testVariable])

	maxAbsNormError_ = np.max(absNormErrorFields[caseName][testVariable])

	minAbsError_ = np.min(absErrorFields[caseName][testVariable])

	maxAbsError_ = np.max(absErrorFields[caseName][testVariable])

	minBias_ = np.min(biasFields[caseName][testVariable])

	maxBias_ = np.max(biasFields[caseName][testVariable])

	dmin

	dmax

	dd = np.max([minBias[testVariable], maxBias[testVariable]])

	referenceAbsError = deepcopy(absErrorFields[referenceCase][testVariable])

	caseAbsError = deepcopy(absErrorFields[caseName][testVariable])

Variable Documentation

◆ absErrorFields

dictionary testInterpolate.absErrorFields = {}

Definition at line 130 of file testInterpolate.py.

◆ absNormErrorFields

dictionary testInterpolate.absNormErrorFields = {}

generate the double-interpolated field and calculate errors

Definition at line 129 of file testInterpolate.py.

◆ biasFields

dictionary testInterpolate.biasFields = {}

Definition at line 131 of file testInterpolate.py.

◆ caseAbsError

testInterpolate.caseAbsError = deepcopy(absErrorFields[caseName][testVariable])

Definition at line 323 of file testInterpolate.py.

◆ cbarType

testInterpolate.cbarType

Definition at line 174 of file testInterpolate.py.

◆ cLon

testInterpolate.cLon

Definition at line 114 of file testInterpolate.py.

◆ cmap

testInterpolate.cmap

Definition at line 154 of file testInterpolate.py.

◆ coarse2fine

testInterpolate.coarse2fine

Initial value:

 =  Interpolate.InterpolateLonLat(meshLon['coarse'], meshLat['coarse'],
     nInterpPoints = case['nInterpPoints'],
     weightMethod = weightMethod,
     calculateDiagnostics = True)

Definition at line 136 of file testInterpolate.py.

◆ coarse2fine2coarseField

testInterpolate.coarse2fine2coarseField = fine2coarse.apply(coarse2fineField)

Definition at line 231 of file testInterpolate.py.

◆ coarse2fineField

testInterpolate.coarse2fineField = coarse2fine.apply(meshField[testVariable]['coarse'])

Definition at line 230 of file testInterpolate.py.

◆ dd

testInterpolate.dd = np.max([minBias[testVariable], maxBias[testVariable]])

Definition at line 300 of file testInterpolate.py.

◆ dmax

testInterpolate.dmax

Definition at line 285 of file testInterpolate.py.

◆ dmin

testInterpolate.dmin

Definition at line 285 of file testInterpolate.py.

◆ fields

dictionary testInterpolate.fields

Initial value:

 =  {
     'coarse': meshField[testVariable]['coarse']
   }

Definition at line 108 of file testInterpolate.py.

◆ fine2coarse

testInterpolate.fine2coarse

Initial value:

 =  Interpolate.InterpolateLonLat(meshLon['fine'], meshLat['fine'],
     nInterpPoints = case['nInterpPoints'],
     weightMethod = weightMethod,
     calculateDiagnostics = True)

Definition at line 143 of file testInterpolate.py.

◆ gridFile

testInterpolate.gridFile

Definition at line 67 of file testInterpolate.py.

◆ gridFiles

dictionary testInterpolate.gridFiles = {}

Definition at line 58 of file testInterpolate.py.

◆ imageFileExtension

string testInterpolate.imageFileExtension = 'png'

Definition at line 12 of file testInterpolate.py.

◆ initDate

string testInterpolate.initDate = '2018041500'

Definition at line 9 of file testInterpolate.py.

◆ lats

dictionary testInterpolate.lats

Initial value:

 =  {
   'coarse': meshLatDeg['coarse'],
   'fine': meshLatDeg['fine'],
 }

Definition at line 75 of file testInterpolate.py.

◆ lons

dictionary testInterpolate.lons

Initial value:

 =  {
   'coarse': meshLonDeg['coarse'],
   'fine': meshLonDeg['fine'],
 }

Definition at line 71 of file testInterpolate.py.

◆ mapCentralLongitude

int testInterpolate.mapCentralLongitude = 0.

Definition at line 10 of file testInterpolate.py.

◆ markers

testInterpolate.markers

Initial value:

 =  {
   'coarse': '.',
   'fine': '.',
 }

Definition at line 79 of file testInterpolate.py.

◆ maxAbsError

dictionary testInterpolate.maxAbsError = {}

Definition at line 94 of file testInterpolate.py.

◆ maxAbsError_

testInterpolate.maxAbsError_ = np.max(absErrorFields[caseName][testVariable])

Definition at line 254 of file testInterpolate.py.

◆ maxAbsNormError

dictionary testInterpolate.maxAbsNormError = {}

Definition at line 90 of file testInterpolate.py.

◆ maxAbsNormError_

testInterpolate.maxAbsNormError_ = np.max(absNormErrorFields[caseName][testVariable])

Definition at line 244 of file testInterpolate.py.

◆ maxBias

dictionary testInterpolate.maxBias = {}

Definition at line 98 of file testInterpolate.py.

◆ maxBias_

testInterpolate.maxBias_ = np.max(biasFields[caseName][testVariable])

Definition at line 264 of file testInterpolate.py.

◆ meanAbsError

dictionary testInterpolate.meanAbsError = {}

Definition at line 95 of file testInterpolate.py.

◆ meanAbsNormError

dictionary testInterpolate.meanAbsNormError = {}

Definition at line 91 of file testInterpolate.py.

◆ meanBias

dictionary testInterpolate.meanBias = {}

Definition at line 99 of file testInterpolate.py.

◆ meshConfigs

dictionary testInterpolate.meshConfigs

Initial value:

 =  {
   'coarse':{
     'directory': '/glade/p/mmm/parc/liuz/pandac_common/120km_GFSANA',
     'nCells': 40962,
   },
   'fine':{
     'directory': '/glade/p/mmm/parc/liuz/pandac_common/30km_GFSANA',
     'nCells': 655362,
   },
 }

Definition at line 47 of file testInterpolate.py.

◆ meshField

dictionary testInterpolate.meshField = {}

Definition at line 101 of file testInterpolate.py.

◆ meshLat

dictionary testInterpolate.meshLat = {}

Definition at line 61 of file testInterpolate.py.

◆ meshLatDeg

dictionary testInterpolate.meshLatDeg = {}

Definition at line 59 of file testInterpolate.py.

◆ meshLon

dictionary testInterpolate.meshLon = {}

Definition at line 62 of file testInterpolate.py.

◆ meshLonDeg

dictionary testInterpolate.meshLonDeg = {}

Definition at line 60 of file testInterpolate.py.

◆ minAbsError

dictionary testInterpolate.minAbsError = {}

Definition at line 93 of file testInterpolate.py.

◆ minAbsError_

testInterpolate.minAbsError_ = np.min(absErrorFields[caseName][testVariable])

Definition at line 253 of file testInterpolate.py.

◆ minAbsNormError

dictionary testInterpolate.minAbsNormError = {}

Definition at line 89 of file testInterpolate.py.

◆ minAbsNormError_

testInterpolate.minAbsNormError_ = np.min(absNormErrorFields[caseName][testVariable])

Definition at line 243 of file testInterpolate.py.

◆ minBias

dictionary testInterpolate.minBias = {}

Definition at line 97 of file testInterpolate.py.

◆ minBias_

testInterpolate.minBias_ = np.min(biasFields[caseName][testVariable])

Definition at line 263 of file testInterpolate.py.

◆ projection

testInterpolate.projection

Definition at line 116 of file testInterpolate.py.

◆ referenceAbsError

testInterpolate.referenceAbsError = deepcopy(absErrorFields[referenceCase][testVariable])

Definition at line 320 of file testInterpolate.py.

◆ referenceCase

string testInterpolate.referenceCase = 'barycentric'

Definition at line 19 of file testInterpolate.py.

◆ sizes

testInterpolate.sizes

Initial value:

 =  {
   'coarse': 1.5,
   'fine': 0.5,
 }

Definition at line 84 of file testInterpolate.py.

◆ testLevel

int testInterpolate.testLevel = 0

Definition at line 16 of file testInterpolate.py.

◆ testVariables

list testInterpolate.testVariables = ['theta', 'qv', 'uReconstructZonal']

Definition at line 15 of file testInterpolate.py.

◆ weightCases

dictionary testInterpolate.weightCases

Initial value:

 =  {
 #  'barycentricScalar': {
 #    'weightMethod': 'barycentricScalar',
 #    'nInterpPoints': 5,
 #  },
   'barycentric': {
     'weightMethod': 'barycentric',
     'nInterpPoints': 6,
   },
   'pbarycentric': {
     'weightMethod': 'pbarycentric',
     'nInterpPoints': 4,
   },
 #  'unstinterpScalar3': {
 #    'weightMethod': 'unstinterpScalar',
 #    'nInterpPoints': 3,
 #  },
   'unstinterp3': {
     'weightMethod': 'unstinterp',
     'nInterpPoints': 3,
   },
 #  'inverseD3': {
 #    'weightMethod': 'inverseD',
 #    'nInterpPoints': 3,
 #  },
 }

Definition at line 20 of file testInterpolate.py.

◆ weightMethod

testInterpolate.weightMethod = case['weightMethod']

plot the errors

Definition at line 133 of file testInterpolate.py.