def testDefaultMethods(self):
try:
testdefault = JClass('jpype.overloads.Test1$DefaultC')()
except:
pass
else:
self.assertEquals('B', testdefault.defaultMethod())
def from_dict(cls, dictionary):
JProperties = JClass(cls.PROPERTIES_CLASS)
jprops = JProperties()
for k, v in dictionary.items():
if not isinstance(k, str):
raise ValueError('[{}] keys must be strings, got: {}'.format(cls.PROPERTIES_CLASS, type(k)))
jprops.setProperty(k, v)
return jprops
def testSerialize(self):
o = JClass("jpype.serial.SerializationTest")()
tmp = self.tempname
fos = java.io.FileOutputStream(tmp)
oos = java.io.ObjectOutputStream(fos)
oos.writeObject(o)
oos.flush()
oos.close()
fos.close()
def zemberek(self):
try:
if not jpype.isJVMStarted():
jpype.startJVM(self.libjvmpath,
"-Djava.class.path=" + self.zemberekJarpath,
"-ea",
convertStrings=False)
return JClass("zemberek.morphology.TurkishMorphology")
else:
# print("Zaten jvm çalışıyor!")
return JClass("zemberek.morphology.TurkishMorphology")
except:
print(
"Libjvm veya zemberek.jar dosyalarının pathleri yanlış yerde! "
)
#ZemberekInit(libjvmpath=r"C:\Program Files\Java\jdk1.8.0_151\jre\bin\server\jvm.dll").zemberek()
def testPassedObjectGetsCleanedUp(self):
import platform
if platform.python_implementation() == 'PyPy':
raise common.unittest.SkipTest(
'PyPy memory model does not pass test')
h = JClass('jpype.attr.Test1')()
block_size = 1024 * 1024 * 10
def allocate_then_free():
byte_buffer = jpype.JClass('java.nio.ByteBuffer')
inst = byte_buffer.allocate(1024 * 1024 * 100)
# passing the object back to java seems to stop it being collected
result = h.callWithSomething(inst)
rt = JClass('java.lang.Runtime').getRuntime()
free = rt.freeMemory()
for x in range(0, 10 * free // block_size):
allocate_then_free()
def sent_Tokenize(self, paragraph):
TurkishSentenceExtractor: JClass = JClass(
'zemberek.tokenization.TurkishSentenceExtractor')
extractor: TurkishSentenceExtractor = TurkishSentenceExtractor.DEFAULT
sentences = extractor.fromParagraph((paragraph))
for i, word in enumerate(sentences):
print(f'Sentence {i + 1}: {word}')
def get_object_jar(self):
# 获取java的实体类
java_class = JClass("com.jar.test.JavaClass")
# java的实体类使用案例
java_instance = java_class("oldvalue") # 实例化对象
self.log.info(java_instance.getValue()) # 调用JAVA对象的方法
java_instance.setName("胜")
self.log.info(java_instance.name)
self.log.info(java_instance.getName())
def testDifferentiateClassAndObject(self):
h = JClass('jpype.attr.Test1')()
self.assertEqual(h.callWithSomething(JClass('jpype.attr.Test1')),
u"Class")
result = h.callWithSomething(
jpype.JObject(JClass('jpype.attr.Test1'),
JClass('java.lang.Object')))
self.assertEqual(result, u"Object")
class Zemberek:
ZEMBEREK_PATH: str = join('zemberek-full.jar')
startJVM(getDefaultJVMPath(),
'-ea',
f'-Djava.class.path={ZEMBEREK_PATH}',
convertStrings=False)
TurkishMorphology: JClass = JClass('zemberek.morphology.TurkishMorphology')
morphology: TurkishMorphology = TurkishMorphology.createWithDefaults()
def stem(self, word):
TurkishMorphology: JClass = JClass(
'zemberek.morphology.TurkishMorphology')
WordAnalysis: JClass = JClass(
'zemberek.morphology.analysis.WordAnalysis')
morphology: TurkishMorphology = TurkishMorphology.createWithDefaults()
print(f'\nWord: {word}\n\nResults:')
results: WordAnalysis = morphology.analyze(JString(word))
for result in results:
print(
f'{str(result.formatLong())}'
f'\n\tStems ='
f' {", ".join([str(result) for result in result.getStems()])}'
f'\n\tLemmas ='
f' {", ".join([str(result) for result in result.getLemmas()])}'
)
def split_into_sentences(self):
if self.sentences:
return self.sentences
else:
turkish_sentence_extractor: JClass = JClass(
'zemberek.tokenization.TurkishSentenceExtractor')
extractor: turkish_sentence_extractor = turkish_sentence_extractor.DEFAULT
print("Sile" + self.file.raw_text)
sentences = extractor.fromParagraph(self.file.raw_text)
# s = []
return [word for word in sentences]
def initializeJVM(self, client_dir='./'):
self.NATS_SIMULATION_STATUS_ENDED = NATS_SIMULATION_STATUS_ENDED
NATSClientFactory = JClass('NATSClientFactory')
self.natsClient = NATSClientFactory.getNATSClient()
self.equipmentInterface = self.natsClient.getEquipmentInterface()
# Get EnvironmentInterface
self.environmentInterface = self.natsClient.getEnvironmentInterface()
# Get AirportInterface
self.airportInterface = self.environmentInterface.getAirportInterface()
# Get TerminalAreaInterface
self.terminalAreaInterface = self.environmentInterface.getTerminalAreaInterface(
)
self.sim = self.natsClient.getSimulationInterface()
self.aircraftInterface = self.equipmentInterface.getAircraftInterface(
)
def testSerialize(self):
o = JClass("jpype.serial.SerializationTest")()
tmp = self.tempname
if sys.platform == 'cygwin':
from jpype import _posix2win
tmp = _posix2win(tmp)
fos = java.io.FileOutputStream(tmp)
oos = java.io.ObjectOutputStream(fos)
oos.writeObject(o)
oos.flush()
oos.close()
fos.close()
def normalizeDocument(self,document):
'''This function normalizes a given document.'''
Paths: JClass = JClass('java.nio.file.Paths')
path1 = Paths.get(os.path.join('.', 'req_data'))
path2 = Paths.get(os.path.join('.', 'req_data', 'lm.2gram.slm'))
normalizer = self.TurkishSentenceNormalizer(self.TurkishMorphology.createWithDefaults(),path1,path2)
normalizedDoc = normalizer.normalize(JString(document))
if self.verbose:
print(f'\nNoisy : {document}')
print(f'\nNormalized : {normalizedDoc}' )
return str(normalizedDoc)
def jdbc_name(self, jdbc_code):
"""
Given a jdbc type code return the type name
:param jdbc_code:
:return:
"""
try:
type_name = str(JClass('java.sql.JDBCType').valueOf(jdbc_code)).upper()
except Exception as e:
raise ValueError('unable to resolve jdbc type code: {}'.format(jdbc_code)) from e
return type_name
def get_qm_indices(self):
self.result=self.adaptiveQMMM.process(self.input_file)
#Region=JClass("org.wallerlab.yoink.api.model.regionizer.Region")
RegionName=JClass("org.wallerlab.yoink.api.model.region.Region$Name")
qm_atoms=self.result.getRegions().get(RegionName.valueOf("QM")).getAtoms()
qm_atom_indices=[]
qm_size= qm_atoms.size()
for i in range(qm_size):
atom=qm_atoms.get(i)
qm_atom_indices.append(atom.getIndex())
qm_atom_indices=np.sort(qm_atom_indices)
qm_molecules_temp=self.result.getRegions().get(
RegionName.valueOf("QM")).getMolecules()
qm_molecules=java.util.ArrayList()
qm_molecules.addAll(qm_molecules_temp)
qm_molecule_indices=[]
qm_size= qm_molecules.size()
for i in range(qm_size):
molecule=qm_molecules.get(i)
qm_molecule_indices.append(molecule.getIndex())
qm_molecule_indices=np.sort(qm_molecule_indices)
return qm_atom_indices, qm_molecule_indices
def get_atoms_molecules(self):
MoleculeList = JClass("org.xml_cml.schema.MoleculeList")
Molecule = JClass("org.xml_cml.schema.Molecule")
AtomArray = JClass("org.xml_cml.schema.AtomArray")
Atom = JClass("org.xml_cml.schema.Atom")
cmlSystem = self.jaxb_cml.getValue().getAnyCmlOrAnyOrAny()
atoms = []
molecules = []
self.qm_core_fixed_indices = []
counter = 0
for l in range(cmlSystem.size()):
if (cmlSystem.get(l).getValue().getClass() == MoleculeList):
moleculeList = cmlSystem.get(
l).getValue().getAnyCmlOrAnyOrAny()
for i in range(moleculeList.size()):
if (moleculeList.get(i).getValue().getClass() == Molecule):
molecules.append(moleculeList.get(i).getValue())
molecule_id = str(
moleculeList.get(i).getValue().getId())
qm_core = (str(moleculeList.get(i).getValue().getId())
== "QM_CORE_FIXED")
molecule = moleculeList.get(
i).getValue().getAnyCmlOrAnyOrAny()
for j in range(molecule.size()):
if (molecule.get(j).getValue().getClass() ==
AtomArray):
atomArray = molecule.get(
j).getValue().getAnyCmlOrAnyOrAny()
for k in range(atomArray.size()):
if (atomArray.get(k).getValue().getClass()
== Atom):
atom = atomArray.get(k).getValue()
atoms.append(atom)
counter = counter + 1
if (qm_core):
self.qm_core_fixed_indices.append(
counter)
return atoms, molecules
def initializeJVM(
self,
client_dir='/home/dyn.datasys.swri.edu/mhartnett/NASA_ULI/NASA_ULI_InfoFusion/src/NATS/Client/'
):
self.NATS_SIMULATION_STATUS_ENDED = NATS_SIMULATION_STATUS_ENDED
NATSClientFactory = JClass('NATSClientFactory')
self.natsClient = NATSClientFactory.getNATSClient()
self.equipmentInterface = self.natsClient.getEquipmentInterface()
# Get EnvironmentInterface
self.environmentInterface = self.natsClient.getEnvironmentInterface()
# Get AirportInterface
self.airportInterface = self.environmentInterface.getAirportInterface()
# Get TerminalAreaInterface
self.terminalAreaInterface = self.environmentInterface.getTerminalAreaInterface(
)
self.sim = self.natsClient.getSimulationInterface()
self.aircraftInterface = self.equipmentInterface.getAircraftInterface(
)
def getCpTransSyncSignValid():
global CpTransSyncSignValid
if CpTransSyncSignValid:
return CpTransSyncSignValid
import os
import jpype
from jpype import JClass
path = os.path.join(os.environ.get("PYTHONPATH", '.'),
"lenovo_pay_sign-1.0.0.5.jar")
logger.info("JVM path %s", jpype.getDefaultJVMPath())
logger.info("class.path %s", path)
jpype.startJVM(jpype.getDefaultJVMPath(), "-Djava.class.path=%s" % path)
CpTransSyncSignValid = JClass("com.lenovo.pay.sign.CpTransSyncSignValid")
return CpTransSyncSignValid
def update_input_file(self, positions=None,qm_core_fixed=None):
Double=JClass("java.lang.Double")
if(positions is not None):
for iposition, position in enumerate(positions):
atom=self.atoms[iposition]
atom.setX3(Double(float(position[0])))
atom.setY3(Double(float(position[1])))
atom.setZ3(Double(float(position[2])))
if(qm_core_fixed != None):
for m in self.molecules:
m.setId(JString("MM"))
for q in qm_core_fixed:
self.molecules[q-1].setId(JString("QM_CORE_FIXED"))
self.jaxbFileWriter.write(JString(self.input_file),self.jaxb_cml.getValue())
def start_jvm(jvmargs=None):
"""Start the Java Virtual Machine via :mod:`JPype`.
Parameters
----------
jvmargs : str or list of str, optional
Additional arguments for launching the JVM, passed to
:func:`jpype.startJVM`.
For instance, to set the maximum heap space to 4 GiB, give
``jvmargs=['-Xmx4G']``. See the `JVM documentation`_ for a list of
options.
.. _`JVM documentation`: https://docs.oracle.com/javase/7/docs
/technotes/tools/windows/java.html)
"""
# TODO change the jvmargs default to [] instead of None
if jpype.isJVMStarted():
return
jvmargs = jvmargs or []
# Arguments
args = [jpype.getDefaultJVMPath()]
# Add the ixmp root directory, ixmp.jar and bundled .jar and .dll files to
# the classpath
module_root = Path(__file__).parents[1]
jarfile = module_root / 'ixmp.jar'
module_jars = list(module_root.glob('lib/*'))
classpath = map(str, [module_root, jarfile] + list(module_jars))
sep = ';' if os.name == 'nt' else ':'
args.append('-Djava.class.path={}'.format(sep.join(classpath)))
# Add user args
args.extend(jvmargs if isinstance(jvmargs, list) else [jvmargs])
# For JPype 0.7 (raises a warning) and 0.8 (default is False).
# 'True' causes Java string objects to be converted automatically to Python
# str(), as expected by ixmp Python code.
kwargs = dict(convertStrings=True)
jpype.startJVM(*args, **kwargs)
# define auxiliary references to Java classes
global java
for class_name in JAVA_CLASSES:
setattr(java, class_name.split('.')[-1], JClass(class_name))
def start_jvm(jvmargs=None):
"""Start the Java Virtual Machine via :mod:`JPype`.
Parameters
----------
jvmargs : str or list of str, optional
Additional arguments for launching the JVM, passed to
:func:`jpype.startJVM`.
For instance, to set the maximum heap space to 4 GiB, give
``jvmargs=['-Xmx4G']``. See the `JVM documentation`_ for a list of
options.
.. _`JVM documentation`: https://docs.oracle.com/javase/7/docs
/technotes/tools/windows/java.html)
"""
if jvmargs is None:
jvmargs = []
if jpype.isJVMStarted():
return
# Arguments
args = jvmargs if isinstance(jvmargs, list) else [jvmargs]
# Base for Java classpath entries
cp = Path(__file__).parents[1]
# Keyword arguments
kwargs = dict(
# Given 'lib/*' JPype will only glob '*.jar', so glob here explicitly
classpath=map(str, chain([cp / 'ixmp.jar'], cp.glob('lib/*'))),
# For JPype 0.7 (raises a warning) and 0.8 (default is False).
# 'True' causes Java string objects to be converted automatically to
# Python str(), as expected by ixmp Python code.
convertStrings=True,
)
log.debug(f"JAVA_HOME: {os.environ.get('JAVA_HOME', '(not set)')}")
log.debug(f'jpype.getDefaultJVMPath: {jpype.getDefaultJVMPath()}')
log.debug(f'args to startJVM: {args} {kwargs}')
jpype.startJVM(*args, **kwargs)
# define auxiliary references to Java classes
global java
for class_name in JAVA_CLASSES:
setattr(java, class_name.split('.')[-1], JClass(class_name))
def testExceptionByJavaClass(self):
ext = JClass('jpype.exc.ExceptionTest')
try:
ext.throwRuntime()
self.fail()
except JClass('java.lang.RuntimeException') as ex:
self.assertIs(type(ex), JClass('java.lang.RuntimeException'))
self.assertEqual('Foo', ex.message())
trace = ex.stacktrace()
self.assertTrue(
str(trace).startswith('java.lang.RuntimeException: Foo'))
def generateVerb(self, verb):
# ***********************This part is from Zemberek***********************
positive_negatives: List[JString] = [JString(''), JString('Neg')]
times: List[JString] = [
'Imp', 'Aor', 'Past', 'Prog1', 'Prog2', 'Narr', 'Fut'
]
people: List[JString] = [
'A1sg', 'A2sg', 'A3sg', 'A1pl', 'A2pl', 'A3pl'
]
verb = self.verbRootGenerator(
verb
) # This function generates '-mek, -mak' type of the given verb
TurkishMorphology: JClass = JClass(
'zemberek.morphology.TurkishMorphology')
morphology: TurkishMorphology = (TurkishMorphology.builder(
).setLexicon(verb).disableCache().build())
# ***********************This part is from Zemberek***********************
stem = self.verbStemGenerator(
verb
) # This function generates without '-mek, -mak' type of the given verb
# ***********************This part is from Zemberek ***********************
for pos_neg in positive_negatives:
for time in times:
for person in people:
seq: java.util.ArrayList = java.util.ArrayList()
if pos_neg:
seq.add(JString(pos_neg))
if time:
seq.add(JString(time))
if person:
seq.add(JString(person))
results = list(morphology.getWordGenerator().generate(
JString(stem), seq))
if not results:
continue
# ***********************This part is from Zembere***********************
for result in results:
# After we generate new verb from source we look if this verb obeys the rule
self.controller(str(result.surface), recurrence=False)
# We call controller with recurrence = False because if we call it without giving this parameter
# Program will enter a recurrence relation that never ends.
return
def controller(
self,
word,
recurrence=True
): # This function checks if the given input obeys the given input
global wordCounter
if wordCounter == numOfWords:
exit(1)
total = 0
values = []
cont = True
for letter in word:
if letter not in letterValue:
cont = False
continue
values.append(letterValue[letter])
total = total + letterValue[letter]
if not cont:
return
if total == wordSum:
wordCounter += 1
if not recurrence:
print(wordCounter, ": ", word, values, total,
"(Generated word!)")
else:
print(wordCounter, ": ", word, values, total)
elif total < wordSum and recurrence: # If given input's value is less then wanted value and
# this is not an recursive call
# we generate new words from it
TurkishMorphology: JClass = JClass(
'zemberek.morphology.TurkishMorphology')
morphologyController: TurkishMorphology = TurkishMorphology.createWithDefaults(
)
analysis: java.util.ArrayList = (
morphologyController.analyzeAndDisambiguate(
word).bestAnalysis())
# We can only generate new nouns and verbs
for i, analysis in enumerate(analysis, start=1):
if str(analysis.getPos()) == 'Noun':
self.generateNoun(word)
elif str(analysis.getPos()) == 'Verb':
self.generateVerb(word)
break
return
def tokenize(self, content, no_pos=True, engine='NLPTokenizer'):
"""分词
"""
if isinstance(content, str) and len(content) > 0:
segments = []
if engine == 'StandardTokenizer':
tokenizer = JClass(
'com.hankcs.hanlp.tokenizer.StandardTokenizer')
elif engine == 'IndexTokenizer':
tokenizer = JClass('com.hankcs.hanlp.tokenizer.IndexTokenizer')
elif engine == 'SpeedTokenizer':
tokenizer = JClass('com.hankcs.hanlp.tokenizer.SpeedTokenizer')
else:
# NLPTokenizer
tokenizer = JClass('com.hankcs.hanlp.tokenizer.NLPTokenizer')
ret = tokenizer.segment(content)
# print(content, ret)
for v in ret:
if no_pos:
segments.append(re.sub(r'/[a-zA-Z0-9]+$', '', str(v)))
else:
segments.append(str(v))
return segments
def description(self):
if self._description:
return self._description
if not self._metadata:
return
meta = self._metadata
count = meta.getColumnCount()
self._description = []
for col in range(1, count + 1):
size = meta.getColumnDisplaySize(col)
jdbc_type = meta.getColumnType(col)
if jdbc_type == 0: # NULL
type_desc = 'NULL'
else:
dbapi_type = self._type_conversion.py_type(jdbc_type)
dbapi_type_str = getattr(dbapi_type, '__name__',
None) or str(dbapi_type)
jdbc_type_name = (self._type_conversion.jdbc_name(jdbc_type)
or str(meta.getColumnTypeName(col)).upper())
type_desc = '{} - JDBC:{}'.format(dbapi_type_str,
jdbc_type_name)
# some drivers return Integer.MAX_VALUE when the metadata is not present
max_int = JClass('java.lang.Integer').MAX_VALUE
size = size if size != max_int else None
precision = meta.getPrecision(col)
precision = precision if precision != max_int else None
scale = meta.getScale(col)
scale = scale if scale != max_int else None
col_desc = (
meta.getColumnName(col), # name
type_desc, # type_code
size, # display_size
size, # internal_size
precision, # precision
scale, # scale
meta.isNullable(col)) # null_ok
self._description.append(col_desc)
return self._description
def train_evaluate(ratios):
if not os.path.isfile(msr_model):
model = CWSTrainer().train(msr_train, msr_train, msr_model, 0, 10,
8).getModel() # 训练模型
else:
model = JClass('com.hankcs.hanlp.model.perceptron.model.LinearModel')(
msr_model)
pre = None
scores = []
for c in ratios:
if pre:
print('以压缩比{}压缩模型中...'.format(c))
model.compress(1 - (1 - c) / pre, 0)
pre = 1 - c
result = CWSEvaluator.evaluate(
PerceptronLexicalAnalyzer(model).enableCustomDictionary(False),
msr_test, msr_output, msr_gold, msr_dict)
# scores.append(result.F1)
scores.append(float(str(result).split()[2][3:]))
return scores
def getOptionalInstance(x):
if type(x) is list:
internalObjects = list(getOptionalInstance(thing) for thing in x)
className = JClass(internalObjects[0].getClass().getName())
retVal = JArray(className, 1)(internalObjects)
return retVal
if type(x) is dict:
# local import necessary to avoid a circular dependency - import it when you need it
from blnx.java.util.HashMap import JHashMap
hashMap = JHashMap()
for key,value in x.items():
hashMap.put(key, getOptionalInstance(value))
return hashMap
if hasattr(x, 'instance'):
return x.instance
else:
return x
class PdfJar(object):
def __init__(self):
self.log = Log().get_logger()
self.path = r'C:\AProjectCode\Python\python3_interface\study_case\data\开发指南.pdf'
self.out_path = r'C:\AProjectCode\Python\python3_interface\study_case\data\开发指南.txt'
def startJvm(self):
return JVMStart().start_jvm(['pdfbox-app-2.0.12.jar'])
def get_java_objecj(self):
self.file = JClass("java.io.File")
self.FileOutputStream = JClass("java.io.FileOutputStream")
self.OutputStreamWriter = JClass("java.io.OutputStreamWriter")
self.Writer = JClass("java.io.Writer")
self.PDDocument = JClass("org.apache.pdfbox.pdmodel.PDDocument")
self.PDFTextStripper = JClass("org.apache.pdfbox.text.PDFTextStripper")
def get_txt(self):
try:
self.get_java_objecj()
input = self.file(self.path) # 转换文件为File类型
document = self.PDDocument.load(input) # 加载pdf文件
outputStream = self.FileOutputStream(self.out_path)
output = self.OutputStreamWriter(outputStream, 'UTF-8') # 文件输出流
stripper = self.PDFTextStripper() # PDFTextStripper来提取文本
stripper.setSortByPosition(False) # 设置是否排序
stripper.setStartPage(1) # 设置起始页
stripper.setEndPage(100000) # 设置结束页
stripper.writeText(document,
output) # 调用PDFTextStripper的writeText提取并输出文本
self.log.info(stripper.getText(document)) # 直接获取text
output.close() # 关闭输出流
document.close()
except Exception as e:
self.log.error('出现异常：%s' % e)
def shutdownJVM(self):
JVMStart().shutdown_jvm()
def load_jar_class(jar_path, class_name):
"""
Load a class at runtime directly from a jar file.
Note that with some libraries this can cause problems because the library
will not be *visible* to the default class loader.
:param jar_path: Path to the `.jar` file.
:param class_name: The fully qualified Class Name within the jar to load.
:return:
"""
URL = JClass('java.net.URL')
URLClassLoader = JClass('java.net.URLClassLoader')
Class = JClass('java.lang.Class')
UrlArray = JArray(URL)
urls = UrlArray(1)
urls[0] = get_url(jar_path)
java_class = JClass(Class.forName(class_name, True, URLClassLoader(urls)))
return java_class
def get_model(self):
if not self.jena_model:
klass = JClass(self._jena_pkg_name+'.rdf.model.ModelFactory')
self.jena_model = klass.createDefaultModel()
return self.jena_model
def _new_submodel(self):
model = JClass('com.hp.hpl.jena.rdf.model.ModelFactory').createDefaultModel()
model = model.setNsPrefixes(self.jena_model.getNsPrefixMap())
return model
exp_uvs = []
for i in xrange(len(xs)):
xy = np.array((xs[i], ys[i]), dtype=np.double)
uv = timoBeam.displacement(xy[0], xy[1], 0, None)
if is_vs:
exp_uvs.append(uv[1])
else:
exp_uvs.append(uv[0])
if None is axis:
axis = xs
ax.plot(axis, act_uvs, "r", label="Numerical")
ax.plot(axis, exp_uvs, "b", label="Precise")
if __name__ == "__main__":
WeakformProcessor2D = JClass("net.epsilony.tsmf.process.WeakformProcessor2D")
processor = WeakformProcessor2D.genTimoshenkoProjectProcess()
processor.process()
processor.solve()
pp = processor.postProcessor()
fig = plt.figure()
ax = fig.add_subplot(221)
ax.set_title("displacement $v$ along axis $x$ ($y=0$)")
ax.set_xlabel("$x$")
ax.set_ylabel("$v(x,0)$")
y = 0
plot_vs_by_y(pp, ax, y)
ax2 = fig.add_subplot(222)
ax2.set_title("displacement $u$\n along the left edge ($x=0$)")
#!/usr/bin/env python3
from jpype import startJVM, getDefaultJVMPath, JClass
startJVM(getDefaultJVMPath(), '-Djava.class.path=c:/tools/lucene-1.4.3/lucene-1.4.3.jar')
QueryParser = JClass("org.apache.lucene.queryParser.QueryParser")
IndexSearcher = JClass("org.apache.lucene.search.IndexSearcher")
IndexReader = JClass("org.apache.lucene.index.IndexReader")
StandardAnalyzer = JClass("org.apache.lucene.analysis.standard.StandardAnalyzer")
FSDirectory = JClass("org.apache.lucene.store.FSDirectory")
IndexWriter = JClass("org.apache.lucene.index.IndexWriter")
SimpleAnalyzer = JClass("org.apache.lucene.analysis.SimpleAnalyzer")
IndexWriter('c:/temp/lucene', SimpleAnalyzer(), True).close()
directory = FSDirectory.getDirectory("c:/temp/lucene", False)
reader = IndexReader.open(directory)
searcher = IndexSearcher(reader)
queryparser = QueryParser.parse("wenger", "contents", StandardAnalyzer())
print(queryparser.rewrite)
print(queryparser.rewrite.matchReport(reader))
qp = queryparser.rewrite(reader)
print(qp)
print(searcher.search.matchReport(qp))
hits = searcher.search(qp)
def plot_jpolygon(pg, ax, *args, **kwds):
vertes = pg.getVertes()
xys = []
codes = []
for act_vs in vertes:
atBegin = True
for nd in act_vs:
xys.append(nd.coord)
if atBegin:
codes.append(Path.MOVETO)
atBegin = False
else:
codes.append(Path.LINETO)
codes.append(Path.CLOSEPOLY)
xys.append((0, 0))
pp = PathPatch(Path(xys, codes), *args, **kwds)
ax.add_patch(pp)
if __name__ == "__main__":
from terse_demo.util.jvm_util import start_jvm
from jpype import JClass
start_jvm()
JTestTool = JClass('net.epsilony.tsmf.util.TestTool')
pg = JTestTool.samplePolygon(None)
from matplotlib import pyplot as plt
fig = plt.figure()
ax = fig.add_subplot(111)
plot_jpolygon(pg, ax)
fig.show()