def get_datafram_aeromap(tixi,aeromap_uid):
"""Return the pandas datafram of an aeromap.
TODO: * test fuction
* modify other function to work with pandas
Args:
tixi (tixi handle): Tixi handle of the CPACS file.
aeromapuid (str): UID of the aeromap to retrun
Returns:
aeromap (df) : DataFrame of the aeromap
"""
if not tixi.uIDCheckExists(aeromap_uid):
raise ValueError('The aeromap {} does not exist!'.format(aeromap_uid))
apm_xpath = tixi.uIDGetXPath(aeromap_uid) + '/aeroPerformanceMap'
# state_dict = {'alt': cpsf.get_float_vector(tixi,apm_xpath +'/altitude'),
# 'mach': cpsf.get_float_vector(tixi,apm_xpath +'/machNumber'),
# 'aoa': cpsf.get_float_vector(tixi,apm_xpath +'/angleOfAttack'),
# 'aos': cpsf.get_float_vector(tixi,apm_xpath +'/angleOfSideslip')}
state_dict = {}
for state,xstate in zip(STATES,XSTATES):
state_xpath = apm_xpath +'/' + xstate
state_dict[state] = cpsf.get_float_vector(tixi,state_xpath)
aeromap = pd.DataFrame(state_dict)
for coef in COEF_LIST:
coef_xpath = apm_xpath + '/' + coef
try:
coef_value_list = cpsf.get_float_vector(tixi,coef_xpath)
except:
coef_value_list = []
if coef_value_list:
aeromap[coef] = coef_value_list
else:
aeromap[coef] = float("NaN")
return aeromap
def test_get_float_vector():
""" Test the function 'get_float_vector'"""
tixi = cpsf.open_tixi(CPACS_IN_PATH)
xpath = '/cpacs/toolspecific/CEASIOMpy/testVector'
# Add a new vector
float_vector = [0.0, 1.1, 5.5]
cpsf.add_float_vector(tixi, xpath, float_vector)
# Get a float vector
float_vector_get = cpsf.get_float_vector(tixi, xpath)
assert float_vector_get == float_vector
# Raise an error when the XPath is wrong
wrong_xpath = '/cpacs/toolspecific/CEASIOMpy/testVectorWrong'
with pytest.raises(ValueError):
vector = cpsf.get_float_vector(tixi, wrong_xpath)
# Raise an error when no value at XPath
no_value_xpath = '/cpacs/toolspecific/CEASIOMpy'
with pytest.raises(ValueError):
vector = cpsf.get_float_vector(tixi, no_value_xpath)
def __init__(self, tixi, xpath):
self.xpath = xpath
self.xlist = cpsf.get_float_vector(tixi,self.xpath+'/x')
self.ylist = cpsf.get_float_vector(tixi,self.xpath+'/y')
def get_aeromap(tixi, aeromap_uid):
""" Get aerodynamic parameters and coefficients from an aeroMap
Function 'get_aeromap' return an object 'AeroCoefficient' fill with the
values found in the given aeroMap. Parameters are required but if a
coefficients is not found, an empty list will be return in the corresponding
node.
Args:
tixi (handles): TIXI Handle of the CPACS file
aeromap_uid (str): UID of the aeroMap to get
Returns::
Coef (object): Object containing parameters and aerodynamic coefficients from the aeroMap
"""
apm_xpath = tixi.uIDGetXPath(aeromap_uid) + '/aeroPerformanceMap'
Coef = AeroCoefficient()
Coef.alt = cpsf.get_float_vector(tixi, apm_xpath + '/altitude')
Coef.mach = cpsf.get_float_vector(tixi, apm_xpath + '/machNumber')
Coef.aoa = cpsf.get_float_vector(tixi, apm_xpath + '/angleOfAttack')
Coef.aos = cpsf.get_float_vector(tixi, apm_xpath + '/angleOfSideslip')
cl_xpath = apm_xpath + '/cl'
if tixi.checkElement(cl_xpath):
check_str = tixi.getTextElement(cl_xpath)
if check_str == '':
log.warning('No /cl values have been found in the CPACS file')
log.warning('An empty list will be returned.')
Coef.cl = []
else:
Coef.cl = cpsf.get_float_vector(tixi, cl_xpath)
cd_xpath = apm_xpath + '/cd'
if tixi.checkElement(cd_xpath):
check_str = tixi.getTextElement(cd_xpath)
if check_str == '':
log.warning('No /cd values have been found in the CPACS file')
log.warning('An empty list will be returned.')
Coef.cd = []
else:
Coef.cd = cpsf.get_float_vector(tixi, cd_xpath)
cs_xpath = apm_xpath + '/cs'
if tixi.checkElement(cs_xpath):
check_str = tixi.getTextElement(cs_xpath)
if check_str == '':
log.warning('No /cs values have been found in the CPACS file')
log.warning('An empty list will be returned.')
Coef.cs = []
else:
Coef.cs = cpsf.get_float_vector(tixi, cs_xpath)
cml_xpath = apm_xpath + '/cml'
if tixi.checkElement(cml_xpath):
check_str = tixi.getTextElement(cml_xpath)
if check_str == '':
log.warning('No /cml values have been found in the CPACS file')
log.warning('An empty list will be returned.')
Coef.cml = []
else:
Coef.cml = cpsf.get_float_vector(tixi, cml_xpath)
cmd_xpath = apm_xpath + '/cmd'
if tixi.checkElement(cmd_xpath):
check_str = tixi.getTextElement(cmd_xpath)
if check_str == '':
log.warning('No /cmd values have been found in the CPACS file')
log.warning('An empty list will be returned.')
Coef.cmd = []
else:
Coef.cmd = cpsf.get_float_vector(tixi, cmd_xpath)
cms_xpath = apm_xpath + '/cms'
if tixi.checkElement(cms_xpath):
check_str = tixi.getTextElement(cms_xpath)
if check_str == '':
log.warning('No /cms values have been found in the CPACS file')
log.warning('An empty list will be returned.')
Coef.cms = []
else:
Coef.cms = cpsf.get_float_vector(tixi, cms_xpath)
#Damping derivatives (TODO: inprove that)
dcsdrstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcsdrstar'
if tixi.checkElement(dcsdrstar_xpath):
check_str = tixi.getTextElement(dcsdrstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcsdrstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcsdrstar = []
else:
Coef.dcsdrstar = cpsf.get_float_vector(tixi, dcsdrstar_xpath)
dcsdpstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcsdpstar'
if tixi.checkElement(dcsdpstar_xpath):
check_str = tixi.getTextElement(dcsdpstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcsdpstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcsdpstar = []
else:
Coef.dcsdpstar = cpsf.get_float_vector(tixi, dcsdpstar_xpath)
dcldqstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcldqstar'
if tixi.checkElement(dcldqstar_xpath):
check_str = tixi.getTextElement(dcldqstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcldqstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcddqstar = []
else:
Coef.dcldqstar = cpsf.get_float_vector(tixi, dcldqstar_xpath)
dcmsdqstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcmsdqstar'
if tixi.checkElement(dcmsdqstar_xpath):
check_str = tixi.getTextElement(dcmsdqstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcmsdqstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcmsdqstar = []
else:
Coef.dcmsdqstar = cpsf.get_float_vector(tixi, dcmsdqstar_xpath)
dcddqstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcddqstar'
if tixi.checkElement(dcddqstar_xpath):
check_str = tixi.getTextElement(dcddqstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcddqstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcddqstar = []
else:
Coef.dcddqstar = cpsf.get_float_vector(tixi, dcddqstar_xpath)
dcmddpstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcmddpstar'
if tixi.checkElement(dcmddpstar_xpath):
check_str = tixi.getTextElement(dcmddpstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcmddpstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcmddpstar = []
else:
Coef.dcmddpstar = cpsf.get_float_vector(tixi, dcmddpstar_xpath)
dcmldqstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcmldqstar'
if tixi.checkElement(dcmldqstar_xpath):
check_str = tixi.getTextElement(dcmldqstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcmldqstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcmldqstar = []
else:
Coef.dcmldqstar = cpsf.get_float_vector(tixi, dcmldqstar_xpath)
dcmldpstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcmldpstar'
if tixi.checkElement(dcmldpstar_xpath):
check_str = tixi.getTextElement(dcmldpstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcmldpstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcmldpstar = []
else:
Coef.dcmldpstar = cpsf.get_float_vector(tixi, dcmldpstar_xpath)
dcmldrstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcmldrstar'
if tixi.checkElement(dcmldrstar_xpath):
check_str = tixi.getTextElement(dcmldrstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcmldrstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcmldrstar = []
else:
Coef.dcmldrstar = cpsf.get_float_vector(tixi, dcmldrstar_xpath)
dcmddrstar_xpath = apm_xpath + '/dampingDerivatives/positiveRates/dcmddrstar'
if tixi.checkElement(dcmddrstar_xpath):
check_str = tixi.getTextElement(dcmddrstar_xpath)
if check_str == '':
log.warning(
'No /dampingDerivatives/positiveRates/dcmddrstar, values have been found in the CPACS file'
)
log.warning('An empty list will be returned.')
Coef.dcmddrstar = []
else:
Coef.dcmddrstar = cpsf.get_float_vector(tixi, dcmddrstar_xpath)
return Coef