def resultExport(component, path, componentWise=True):
'''
This function exports the given component to the file given by the path parameter.
@author: Jonas Jepsen
@param component: component for export
@param path: path to export file
'''
log = zeroLogger('resultExport')
log.info('')
log.info(
"##############################################################################"
)
log.info("VAMPzero Result Export to %s" % (path))
log.info(
"##############################################################################"
)
#reset outfile
try:
remove(path)
except:
pass
outfile = open(path, 'w')
for para in component.getParameters(componentWise):
if hasattr(para, 'resultExport'): # check should not be necessary
para.resultExport(outfile)
outfile.close()
log.info("VAMPzero RESULT EXPORT: done.")
def cpacsExport(component, path=".\\cpacs.xml"):
"""
This function exports the given component to the file given by the path parameter.
@author: Jonas Jepsen
@param component: component for export
@param path: path to export file
"""
log = zeroLogger("cpacsExport")
log.info("")
log.info("##############################################################################")
log.info("VAMPzero CPACS Export to %s" % (path))
log.info("##############################################################################")
# reset outfile
try:
remove(path)
except:
pass
outfile = open(path, "w")
outfile.writelines(["<cpacs></cpacs>"])
outfile.close()
# pars CPACS export file
CPACSObj = parse(path)
component.cpacsExport(CPACSObj)
outfile = open(path, "w")
# outfile.write('<?xml version="1.0" encoding="UTF-8"?>'+"\n")
CPACSObj.export(outfile, 0)
outfile.close()
log.info("VAMPzero CPACS EXPORT: done.")
def resultExport(component, path, componentWise=True):
"""
This function exports the given component to the file given by the path parameter.
@author: Jonas Jepsen
@param component: component for export
@param path: path to export file
"""
log = zeroLogger("resultExport")
log.info("")
log.info("##############################################################################")
log.info("VAMPzero Result Export to %s" % (path))
log.info("##############################################################################")
# reset outfile
try:
remove(path)
except:
pass
outfile = open(path, "w")
for para in component.getParameters(componentWise):
if hasattr(para, "resultExport"): # check should not be necessary
para.resultExport(outfile)
outfile.close()
log.info("VAMPzero RESULT EXPORT: done.")
def setParameter(myAircraft, nameC, nameP, valueP, factorP, statusP, exportP):
'''
will try to set a value from importGUI input
'''
nameMappingDict = {
'Htpairfoil': ['htp', 'htpairfoil'],
'Vtpairfoil': ['vtp', 'vtpairfoil'],
'Wingairfoil': ['wing', 'wingairfoil'],
'Aircraft': [],
'Flap': ['wing', 'flap'],
'Landinggear': ['landingGear'],
'': []
}
nameCList = []
if nameC not in nameMappingDict.keys():
nameCList = nameC.lower().strip('.').split('.')
else:
nameCList = nameMappingDict[nameC]
log = zeroLogger('General')
myList = nameCList + [nameP]
param = getParameter(myAircraft, myList)
if factorP != '' and not factorP is None:
try:
log.debug('VAMPzero GUI: setting factor of %s to %s' %
('.'.join(myList), factorP))
param.setFactor(float(factorP))
except:
log.warning('VAMPzero GUI: no success in setting factor of %s' %
'.'.join(myList))
if valueP != '' and not valueP is None:
try:
log.debug('VAMPzero GUI: setting value of %s to %s' %
('.'.join(myList), valueP))
param.setValueFix(float(valueP))
except:
log.warning('VAMPzero GUI: no success in setting value of %s' %
'.'.join(myList))
if statusP != '' and not statusP is None:
try:
log.debug('VAMPzero GUI: setting status of %s to %s' %
('.'.join(myList), statusP))
param['status'] = statusP
except:
log.warning('VAMPzero GUI: no success in setting status of %s' %
'.'.join(myList))
if exportP in ('true', 'True', '1.0', '1.', '1'):
try:
log.debug('VAMPzero GUI: setting exportTS of %s to True' %
('.'.join(myList)))
param['exportTS'] = True
except:
log.warning('VAMPzero GUI: no success in setting exportTS of %s' %
'.'.join(myList))
def __init__(self,zeroTree,prefix=''):
self.log = zeroLogger('SchemaHandler')
self.out = []
self.log.info('VAMPzero SCHEMA Created an object of toolSpecificSchema')
self.log.info('VAMPzero SCHEMA Starting to create toolSpecificSchema')
self.convertZeroTree(zeroTree, prefix)
def resultToolspecExport(component, path):
'''
Exports marked parameters into VAMPzeros toolspecific results node.
@param component: should be the aircraft component
'''
log = zeroLogger('resultToolspecExport')
log.info('')
log.info(
"##############################################################################"
)
log.info("VAMPzero Result Toolspecific Export to %s" % (path))
log.info(
"##############################################################################"
)
#reset outfile
TIXIHandle = tixiLib.openTIXI(path)
for para in component.getParameters():
if not para['exportTS']:
continue
# try to get componentNode
compPathBase = '/cpacs/toolspecific/vampZero/results/components/component'
compPath = compPathBase + '[name="%s"]' % para.parent.id
discPathBase = compPath + '/disciplines/discipline'
discPath = discPathBase + '[name="%s"]' % para["discipline"]
paraPathBase = discPath + '/parameters/parameter'
paraPath = paraPathBase + '[name="%s"]' % para.getName()
# try to get component node
exists = tixiLib.checkElement(TIXIHandle, compPath)
if not exists: # create it
tixiLib.buildTree(TIXIHandle, compPath + '/name')
tixiLib.addText(TIXIHandle, compPathBase + '[last()]/name',
para.parent.id)
# try to get discipline node
exists = tixiLib.checkElement(TIXIHandle, discPath)
if not exists: # create it
tixiLib.buildTree(TIXIHandle, discPath + '/name')
tixiLib.addText(TIXIHandle, discPathBase + '[last()]/name',
para["discipline"])
# try to get parameter node
exists = tixiLib.checkElement(TIXIHandle, paraPath)
if not exists: # create it
tixiLib.buildTree(TIXIHandle, paraPath + '/name')
tixiLib.addText(TIXIHandle, paraPathBase + '[last()]/name',
para.getName())
tixiLib.setText(TIXIHandle, paraPath + '/value', para.getValue())
tixiLib.saveXML(path, TIXIHandle)
tixiLib.closeXML(TIXIHandle)
log.info("VAMPzero RESULT TOOLSPECIFIC EXPORT: done.")
def setParameter(myAircraft, nameC, nameP, valueP, factorP, statusP, exportP):
'''
will try to set a value from importGUI input
'''
nameMappingDict = {'Htpairfoil': ['htp', 'htpairfoil'],
'Vtpairfoil': ['vtp', 'vtpairfoil'],
'Wingairfoil': ['wing', 'wingairfoil'],
'Aircraft': [],
'Flap': ['wing', 'flap'],
'Landinggear': ['landingGear'],
'LandingGear': ['landingGear'],
'': []}
nameCList = []
if nameC not in nameMappingDict.keys():
nameCList = nameC.lower().strip('.').split('.')
else:
nameCList = nameMappingDict[nameC]
log = zeroLogger('General')
myList = nameCList + [nameP]
param = getParameter(myAircraft, myList)
if factorP != '' and not factorP is None:
try:
log.debug('VAMPzero GUI: setting factor of %s to %s' %('.'.join(myList), factorP))
param.setFactor(float(factorP))
except:
log.warning('VAMPzero GUI: no success in setting factor of %s'%'.'.join(myList))
if valueP != '' and not valueP is None:
try:
log.debug('VAMPzero GUI: setting value of %s to %s' %('.'.join(myList), valueP))
param.setValueFix(float(valueP))
except:
log.warning('VAMPzero GUI: no success in setting value of %s'%'.'.join(myList))
if statusP != '' and not statusP is None:
try:
log.debug('VAMPzero GUI: setting status of %s to %s' %('.'.join(myList), statusP))
param['status'] = statusP
except:
log.warning('VAMPzero GUI: no success in setting status of %s'%'.'.join(myList))
if exportP in ('true', 'True', '1.0', '1.', '1'):
try:
log.debug('VAMPzero GUI: setting exportTS of %s to True' %('.'.join(myList)))
param['exportTS'] = True
except:
log.warning('VAMPzero GUI: no success in setting exportTS of %s'%'.'.join(myList))
def createXML(path):
'''
Creates an XML File specified by Path Location
TIXI Handle must be given
'''
log = zeroLogger('TIXI')
TIXIHandle = c_int(2)
error = TIXI.tixiCreateDocument(path, byref(TIXIHandle))
if error:
log.warning("VAMPzero TIXI: document could not be created %s" %path)
return TIXIHandle
def importMatlab(myAircraft, path="./ToolInput/toolInput.m"):
'''
This is an import routine for simple input from an m-File. m Files can be created using Matlab.
This import routine enables users to loop VAMPzero easily by placing input statements
into the file specified by the path parameter.
It takes an *aircraft* as input. This is necessary to set the values in
the aircraft according to the information given in *path*. Usually
*path* is specified as ./ToolInput/toolInput.m
The structure of the m-File should be a simple as possible. It will be just a plain list of values. The value
names are a combination of component and parameter. For each parameter their may be an additional factor:
*aircraft.mTOM=73500;
*engine.sfcCR.factor=0.97;
This would result in a new maximum takeofff weight of 73.5t and a calibration factor for the SFC of the engine in
cruise condition of 0.97
'''
log = zeroLogger('General')
log.info('')
log.info(
"##############################################################################"
)
log.info('VAMPzero MATLAB: importing values from: %s' % path)
log.info("reading matlab inputs")
log.info(
"##############################################################################"
)
myFile = open(path, 'r')
myLines = myFile.readlines()
for line in myLines:
valueP = ''
factorP = ''
backup = line
nameC = line.split('.')[0]
nameP = line.split('.')[1].split('=')[0]
if line.find('factor') != -1:
factorP = backup.split('=')[1].replace(';', '')
else:
valueP = backup.split('=')[1].replace(';', '')
setParameter(myAircraft, nameC, nameP, valueP, factorP)
def resultToolspecExport(component, path):
"""
Exports marked parameters into VAMPzeros toolspecific results node.
@param component: should be the aircraft component
"""
log = zeroLogger("resultToolspecExport")
log.info("")
log.info("##############################################################################")
log.info("VAMPzero Result Toolspecific Export to %s" % (path))
log.info("##############################################################################")
# reset outfile
TIXIHandle = tixiLib.openTIXI(path)
for para in component.getParameters():
if not para["exportTS"]:
continue
# try to get componentNode
compPathBase = "/cpacs/toolspecific/vampZero/results/components/component"
compPath = compPathBase + '[name="%s"]' % para.parent.id
discPathBase = compPath + "/disciplines/discipline"
discPath = discPathBase + '[name="%s"]' % para["discipline"]
paraPathBase = discPath + "/parameters/parameter"
paraPath = paraPathBase + '[name="%s"]' % para.getName()
# try to get component node
exists = tixiLib.checkElement(TIXIHandle, compPath)
if not exists: # create it
tixiLib.buildTree(TIXIHandle, compPath + "/name")
tixiLib.addText(TIXIHandle, compPathBase + "[last()]/name", para.parent.id)
# try to get discipline node
exists = tixiLib.checkElement(TIXIHandle, discPath)
if not exists: # create it
tixiLib.buildTree(TIXIHandle, discPath + "/name")
tixiLib.addText(TIXIHandle, discPathBase + "[last()]/name", para["discipline"])
# try to get parameter node
exists = tixiLib.checkElement(TIXIHandle, paraPath)
if not exists: # create it
tixiLib.buildTree(TIXIHandle, paraPath + "/name")
tixiLib.addText(TIXIHandle, paraPathBase + "[last()]/name", para.getName())
tixiLib.setText(TIXIHandle, paraPath + "/value", para.getValue())
tixiLib.saveXML(path, TIXIHandle)
tixiLib.closeXML(TIXIHandle)
log.info("VAMPzero RESULT TOOLSPECIFIC EXPORT: done.")
def importMatlab(myAircraft,path="./ToolInput/toolInput.m"):
'''
This is an import routine for simple input from an m-File. m Files can be created using Matlab.
This import routine enables users to loop VAMPzero easily by placing input statements
into the file specified by the path parameter.
It takes an *aircraft* as input. This is necessary to set the values in
the aircraft according to the information given in *path*. Usually
*path* is specified as ./ToolInput/toolInput.m
The structure of the m-File should be a simple as possible. It will be just a plain list of values. The value
names are a combination of component and parameter. For each parameter their may be an additional factor:
*aircraft.mTOM=73500;
*engine.sfcCR.factor=0.97;
This would result in a new maximum takeofff weight of 73.5t and a calibration factor for the SFC of the engine in
cruise condition of 0.97
'''
log = zeroLogger('General')
log.info('')
log.info("##############################################################################")
log.info('VAMPzero MATLAB: importing values from: %s'%path)
log.info("reading matlab inputs")
log.info("##############################################################################")
myFile = open(path,'r')
myLines = myFile.readlines()
for line in myLines:
valueP = ''
factorP = ''
backup = line
nameC = line.split('.')[0]
nameP = line.split('.')[1].split('=')[0]
if line.find('factor')!=-1:
factorP = backup.split('=')[1].replace(';','')
else:
valueP = backup.split('=')[1].replace(';','')
setParameter(myAircraft, nameC, nameP, valueP,factorP)
def setParameter(myAircraft, nameC, nameP, valueP, factorP):
'''
will try to set a value from importGUI input
'''
nameC = nameC.capitalize()
if not cmp(nameC, 'Htpairfoil'):
nameC = 'htp.htpairfoil'
if not cmp(nameC, 'Vtpairfoil'):
nameC = 'vtp.vtpairfoil'
if not cmp(nameC, 'Wingairfoil'):
nameC = 'wing.wingairfoil'
if not cmp(nameC, 'Aircraft'):
nameC = ''
if not cmp(nameC, 'Landinggear'):
nameC = 'landingGear.'
if not cmp(nameC, '') == 0 and not cmp(nameC, 'landingGear.') == 0:
nameC = nameC.lower() + '.'
log = zeroLogger('General')
if factorP != '' and not factorP is None:
try:
command = str('myAircraft.' + nameC + nameP + '.setFactor(' +
factorP + ')')
log.debug('VAMPzero MATLAB: executing %s' % command)
exec command
except:
log.warning('VAMPzero MATLAB: no success in: %s' % command)
if valueP != '' and not valueP is None:
try:
command = str('myAircraft.' + nameC + nameP + '.setValueFix(' +
valueP + ')')
log.debug('VAMPzero MATLAB: executing %s' % command)
exec command
except:
log.warning('VAMPzero MATLAB: no success in: %s' % command)
def setParameter(myAircraft,nameC,nameP,valueP,factorP):
'''
will try to set a value from importGUI input
'''
nameC = nameC.capitalize()
if not cmp(nameC, 'Htpairfoil'):
nameC='htp.htpairfoil'
if not cmp(nameC, 'Vtpairfoil'):
nameC='vtp.vtpairfoil'
if not cmp(nameC, 'Wingairfoil'):
nameC='wing.wingairfoil'
if not cmp(nameC, 'Aircraft'):
nameC=''
if not cmp(nameC, 'Landinggear'):
nameC='landingGear.'
if not cmp(nameC,'')==0 and not cmp(nameC,'landingGear.')==0:
nameC = nameC.lower()+'.'
log = zeroLogger('General')
if factorP != '' and not factorP is None:
try:
command = str('myAircraft.'+nameC+nameP+'.setFactor('+factorP+')')
log.debug('VAMPzero MATLAB: executing %s'%command)
exec command
except:
log.warning('VAMPzero MATLAB: no success in: %s'%command)
if valueP != '' and not valueP is None:
try:
command = str('myAircraft.'+nameC+nameP+'.setValueFix('+valueP+')')
log.debug('VAMPzero MATLAB: executing %s'%command)
exec command
except:
log.warning('VAMPzero MATLAB: no success in: %s'%command)
def cpacsExport(component, path='.\\cpacs.xml'):
'''
This function exports the given component to the file given by the path parameter.
@author: Jonas Jepsen
@param component: component for export
@param path: path to export file
'''
log = zeroLogger('cpacsExport')
log.info('')
log.info(
"##############################################################################"
)
log.info("VAMPzero CPACS Export to %s" % (path))
log.info(
"##############################################################################"
)
#reset outfile
try:
remove(path)
except:
pass
outfile = open(path, 'w')
outfile.writelines(['<cpacs></cpacs>'])
outfile.close()
# pars CPACS export file
CPACSObj = parse(path)
component.cpacsExport(CPACSObj)
outfile = open(path, 'w')
#outfile.write('<?xml version="1.0" encoding="UTF-8"?>'+"\n")
CPACSObj.export(outfile, 0)
outfile.close()
log.info("VAMPzero CPACS EXPORT: done.")
stringBaseType, stringUIDBaseType, wingComponentSegmentStructureType
from VAMPzero.Lib.Log.log import zeroLogger
from math import pi, tan, sqrt, ceil
from types import NoneType
import scipy.interpolate
import sys
from VAMPzero.Handler.Parameter import parameter
from VAMPzero.Lib.CPACS.Export.Wing.Structure.functions import createShell, \
createSpars, createRibs
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Track.track import createTracks
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Path.path import createPath
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.CruiseRoller.cruiseRoller import createCruiseRollers
rad = pi / 180.
log = zeroLogger('Flap')
def calcChordLengthAtEta(eta, parentWingVAMPzero, parentWingCPACS):
'''
A function to calculate the absolute length of the wings chord depending on the relative eta coordinate.
This function is valid for the export case of the adv double trapezoid wing
The parentWingVAMPzero is a VAMPzero wing component, not a CPACS vile
'''
cRoot = eval(parentWingCPACS.get_sections().get_section()[0].get_transformation().get_scaling().get_x().valueOf_)
cKink = eval(parentWingCPACS.get_sections().get_section()[2].get_transformation().get_scaling().get_x().valueOf_)
cTip = eval(parentWingCPACS.get_sections().get_section()[3].get_transformation().get_scaling().get_x().valueOf_)
etaFus = parentWingVAMPzero.yFuselage.getValue() / parentWingVAMPzero.span.getValue() / 2.
etaKink= parentWingVAMPzero.etaKink.getValue()
# if eta lies at the fuselage than return cRoot
if eta <= etaFus:
def __init__(self):
# Used for Logging Stuff
self.log = zeroLogger('Component')
import inspect
import sys
import time
from numpy.lib.function_base import interp
from VAMPzero.Lib.Log.log import zeroLogger
global t0
rad = pi / 180.
log = zeroLogger('General')
def printHeader():
#choosing the appropriate splitter for the running filename
if sys.platform == 'win32':
splitter = '\\'
else:
splitter = '/'
log.info("##############################################################################")
log.info(" VAMPzero ")
log.info(" Conceptual design as it should be ")
log.info(" ")
log.info(" Licensed under the Apache License, Version 2.0 ")
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. Copyright: Deutsches Zentrum fuer Luft- und Raumfahrt e.V., 2015 (c) Contact: [email protected] and [email protected] ''' from ctypes import cdll, byref, CDLL, c_int, c_double, util #todo: windll Handler is not available in Linux import sys, os from VAMPzero.Lib.Log.log import zeroLogger from math import pi log = zeroLogger('TIGL') # open TIXI and TIGL shared libraries if sys.platform == 'win32' or sys.platform == 'win64': os.environ['PATH'] = os.path.dirname( sys.executable) + "\shared" + ';' + os.environ['PATH'] log.debug("VAMPzero TIGL: Assuming this is windows") log.debug("VAMPzero TIGL: trying to load TIGL from sys.PATH") try: TIGL = cdll.TIGL except WindowsError, e: log.warning("VAMPzero TIGL: could not load TIGL from sys.PATH; %s" % e) try: from ctypes import windll TIGL = windll.LoadLibrary('TIGL.dll') except WindowsError, e:
'''
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Flap.Flap import \
calcChordLengthAtEta
from VAMPzero.Lib.CPACS.Export.export import getObjfromXpath
from VAMPzero.Lib.CPACS.cpacs import controlSurfaceBorderLeadingEdgeType, \
leadingEdgeShapeType, doubleBaseType, controlSurfacesType, \
controlSurfaceOuterShapeLeadingEdgeType, stringBaseType, leadingEdgeDevicesType, \
leadingEdgeDeviceType, stringUIDBaseType
from math import pi, ceil
from types import NoneType
from VAMPzero.Lib.Log.log import zeroLogger
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Path.path import createPath
rad = pi / 180.
log = zeroLogger('Slat')
def createSlats(parentWingCPACS, parentWingVAMPzero, mySlat):
'''
This is the main export method for the wing's slats
It assumes a constant absolut chord for all slats.
At the engine position a 5% span gap is included for the slats
Slats end 5% prior to the wing tip
'''
cpacsPath = '/cpacs/vehicles/aircraft/model/wings/wing[' + parentWingVAMPzero.id + ']'
cpacsWing = getObjfromXpath(parentWingCPACS, cpacsPath)
cpacsComponentSegment = cpacsWing.get_componentSegments().get_componentSegment()[0]
mySlats = []
# Initialization, i.e. fetching values throughout the code
yFus = parentWingVAMPzero.yFuselage.getValue()
from VAMPzero.Lib.CPACS.Export.export import getObjfromXpath
from VAMPzero.Lib.CPACS.cpacs import controlSurfaceBorderSpoilerType, \
leadingEdgeShapeType, doubleBaseType, controlSurfacesType, \
controlSurfaceOuterShapeSpoilerType, stringBaseType, leadingEdgeDevicesType, \
leadingEdgeDeviceType, stringUIDBaseType, spoilersType, \
wingComponentSegmentStructureType, spoilerType
from math import pi, ceil, tan, atan, sin, cos
from types import NoneType
import scipy.interpolate
from VAMPzero.Lib.Log.log import zeroLogger
from VAMPzero.Lib.CPACS.Export.Wing.Structure.functions import createShell, \
createSpars, createRibs
rad = pi / 180.
log = zeroLogger('Spoiler')
def createSpoilers(parentWingCPACS, parentWingVAMPzero, mySpoiler):
'''
This is the main export method for the wing's spoilers
* It assumes a constant absolut chord for all spoilers
* Spoiler start outboard and move inboard close behind the rearspar
* They are rectangular
'''
cpacsPath = '/cpacs/vehicles/aircraft/model/wings/wing[' + parentWingVAMPzero.id + ']'
cpacsWing = getObjfromXpath(parentWingCPACS, cpacsPath)
cpacsComponentSegment = cpacsWing.get_componentSegments().get_componentSegment()[0]
mySpoilers = []
def __init__(self, component):
self.log = zeroLogger('outMapping')
self.log.info('VAMPzero MAP: Created an Instance of outMapping')
self.log.info('VAMPzero MAP: Creating mappingOut.xml')
self.createMapping(component)
calcChordLengthAtEta
from VAMPzero.Lib.CPACS.Export.export import getObjfromXpath
from VAMPzero.Lib.CPACS.cpacs import controlSurfaceBorderSpoilerType, \
leadingEdgeShapeType, doubleBaseType, controlSurfacesType, \
controlSurfaceOuterShapeSpoilerType, stringBaseType, leadingEdgeDevicesType, \
leadingEdgeDeviceType, stringUIDBaseType, spoilersType, \
wingComponentSegmentStructureType, spoilerType
from math import pi, ceil, tan, atan, sin, cos
from types import NoneType
import scipy.interpolate
from VAMPzero.Lib.Log.log import zeroLogger
from VAMPzero.Lib.CPACS.Export.Wing.Structure.functions import createShell, \
createSpars, createRibs
rad = pi / 180.
log = zeroLogger('Spoiler')
def createSpoilers(parentWingCPACS, parentWingVAMPzero, mySpoiler):
'''
This is the main export method for the wing's spoilers
* It assumes a constant absolut chord for all spoilers
* Spoiler start outboard and move inboard close behind the rearspar
* They are rectangular
'''
cpacsPath = '/cpacs/vehicles/aircraft/model/wings/wing[' + parentWingVAMPzero.id + ']'
cpacsWing = getObjfromXpath(parentWingCPACS, cpacsPath)
cpacsComponentSegment = cpacsWing.get_componentSegments(
).get_componentSegment()[0]
def __init__(self,
value=0.0,
unit='',
status='init',
doc='Default Doc',
factor=1.,
cpacsPath='',
name='',
parent='',
**kwargs):
def setname(me):
'''
Returns the name of the parameter from its type definition
'''
return str(type(me)).split('\'')[1].split('.')[-1]
def setparent(me):
'''
finds the parent component from the caller frames
This will only work if a parameter is constructed from a component
not from a toplevel script
first frame is this function
second is the constructor of the parameter
third is the component
'''
try:
frame = inspect.currentframe().f_back.f_back.f_back.f_locals
except:
me.log.warning(
'VAMPzero CONSTRUCTOR: Could not find parent for : %s: ' %
me.getName())
try:
caller = frame['self']
except:
caller = None
me.log.warning(
'VAMPzero CONSTRUCTOR: Could not find parent for : %s: ' %
me.getName())
if issubclass(type(caller), VAMPzero.Handler.Component.component):
return caller
else:
# try the same for one frame more if there is no parameter specific constructor
# note: this could probably done recursively as it goes done more frames, but I would
# think this may end in loops to quick
try:
frame = inspect.currentframe().f_back.f_back.f_locals
except:
me.log.warning(
'VAMPzero CONSTRUCTOR: Could not find parent for : %s: '
% me.getName())
try:
caller = frame['self']
except:
me.log.warning(
'VAMPzero CONSTRUCTOR: Could not find parent for : %s: '
% me.getName())
if issubclass(type(caller),
VAMPzero.Handler.Component.component):
return caller
self.log = zeroLogger(setname(self))
self.parent = parent
self["value"] = value # The parameters value
self[
"unit"] = unit # it's unit, if possible please stick to metric units
self["status"] = status # it's status, init,calc or fix
self["doc"] = doc # the documentation string
self["factor"] = factor # the technology factor
self["cpacsPath"] = cpacsPath # the cpacsPath in X-Path notation
self["caller"] = [
] # a list of parameters who's calculations called the parameter
self["callee"] = [
] # a list of parameters that have been called by this parameter
self["history"] = [] # the calculation history
self["history"].append(self["value"])
self["name"] = setname(self)
self["stdDeviation"] = None
self["devFactor"] = random.gauss(0.0, 1.0) # (mean, std deviation)
self["exportTS"] = False
# get the discipline from the folder name!
discipline = inspect.stack()[1][1].split(splitter)[-2]
self["discipline"] = discipline
if parent == "":
self.parent = setparent(self)
else:
self.parent = parent
self.longName = self.parent.id + '.' + self['name']
self.count = 0
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. Copyright: Deutsches Zentrum fuer Luft- und Raumfahrt e.V., 2015 (c) Contact: [email protected] and [email protected] ''' from ctypes import cdll, byref, CDLL, c_int, c_double, util #todo: windll Handler is not available in Linux import sys, os from VAMPzero.Lib.Log.log import zeroLogger from math import pi log = zeroLogger('TIGL') # open TIXI and TIGL shared libraries if sys.platform == 'win32' or sys.platform =='win64': os.environ['PATH'] = os.path.dirname(sys.executable)+"\shared" + ';' + os.environ['PATH'] log.debug("VAMPzero TIGL: Assuming this is windows") log.debug("VAMPzero TIGL: trying to load TIGL from sys.PATH") try: TIGL = cdll.TIGL except WindowsError, e: log.warning("VAMPzero TIGL: could not load TIGL from sys.PATH; %s" % e) try: from ctypes import windll TIGL = windll.LoadLibrary('TIGL.dll') except WindowsError, e: log.warning("VAMPzero TIGL: could not load TIGL from ./shared Folder; %s" % e)
'''
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Flap.Flap import \
calcChordLengthAtEta
from VAMPzero.Lib.CPACS.Export.export import getObjfromXpath
from VAMPzero.Lib.CPACS.cpacs import controlSurfaceBorderLeadingEdgeType, \
leadingEdgeShapeType, doubleBaseType, controlSurfacesType, \
controlSurfaceOuterShapeLeadingEdgeType, stringBaseType, leadingEdgeDevicesType, \
leadingEdgeDeviceType, stringUIDBaseType
from math import pi, ceil
from types import NoneType
from VAMPzero.Lib.Log.log import zeroLogger
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Path.path import createPath
rad = pi / 180.
log = zeroLogger('Slat')
def createSlats(parentWingCPACS, parentWingVAMPzero, mySlat):
'''
This is the main export method for the wing's slats
It assumes a constant absolut chord for all slats.
At the engine position a 5% span gap is included for the slats
Slats end 5% prior to the wing tip
'''
cpacsPath = '/cpacs/vehicles/aircraft/model/wings/wing[' + parentWingVAMPzero.id + ']'
cpacsWing = getObjfromXpath(parentWingCPACS, cpacsPath)
cpacsComponentSegment = cpacsWing.get_componentSegments().get_componentSegment()[0]
mySlats = []
#===========================================================================
# Initialization, i.e. fetching values throughout the code
def __init__(self):
# Used for Logging Stuff
self.log = zeroLogger('Component')
limitations under the License. Copyright: Deutsches Zentrum fuer Luft- und Raumfahrt e.V., 2015 (c) Contact: [email protected] and [email protected] ''' from ctypes import cdll, byref, CDLL, c_int, c_char_p import sys import os from VAMPzero.Lib.Log.log import zeroLogger from VAMPzero.Lib.CPACS.general import evalList # open TIXI and TIGL shared libraries log = zeroLogger('TIXI') if sys.platform == 'win32': os.environ['PATH'] = os.path.dirname(sys.executable)+"\shared" + ';' + os.environ['PATH'] log.debug("VAMPzero TIXI: Assuming this is windows") log.debug("VAMPzero TIXI: trying to load TIXI from sys.PATH") try: TIXI = cdll.TIXI except WindowsError, e: print e log.warning("VAMPzero TIXI: could not load TIXI from sys.PATH") try: from ctypes import windll TIXI = windll.LoadLibrary('TIXI.dll')
def __init__(self, component):
self.log = zeroLogger('outMapping')
self.log.info('VAMPzero MAP: Created an Instance of outMapping')
self.log.info('VAMPzero MAP: Creating mappingOut.xml')
self.createMapping(component)
def __init__(self, value=0.0, unit='', status='init', doc='Default Doc', factor=1., cpacsPath='', name='',
parent='', **kwargs):
def setname(me):
'''
Returns the name of the parameter from its type definition
'''
return str(type(me)).split('\'')[1].split('.')[-1]
def setparent(me):
'''
finds the parent component from the caller frames
This will only work if a parameter is constructed from a component
not from a toplevel script
first frame is this function
second is the constructor of the parameter
third is the component
'''
try:
frame = inspect.currentframe().f_back.f_back.f_back.f_locals
except:
me.log.warning('VAMPzero CONSTRUCTOR: Could not find parent for : %s: ' % me.getName())
try:
caller = frame['self']
except:
caller = None
me.log.warning('VAMPzero CONSTRUCTOR: Could not find parent for : %s: ' % me.getName())
if issubclass(type(caller), VAMPzero.Handler.Component.component):
return caller
else:
# try the same for one frame more if there is no parameter specific constructor
# note: this could probably done recursively as it goes done more frames, but I would
# think this may end in loops to quick
try:
frame = inspect.currentframe().f_back.f_back.f_locals
except:
me.log.warning('VAMPzero CONSTRUCTOR: Could not find parent for : %s: ' % me.getName())
try:
caller = frame['self']
except:
me.log.warning('VAMPzero CONSTRUCTOR: Could not find parent for : %s: ' % me.getName())
if issubclass(type(caller), VAMPzero.Handler.Component.component):
return caller
self.log = zeroLogger(setname(self))
self.parent = parent
self["value"] = value # The parameters value
self["unit"] = unit # it's unit, if possible please stick to metric units
self["status"] = status # it's status, init,calc or fix
self["doc"] = doc # the documentation string
self["factor"] = factor # the technology factor
self["cpacsPath"] = cpacsPath # the cpacsPath in X-Path notation
self["caller"] = [] # a list of parameters who's calculations called the parameter
self["callee"] = [] # a list of parameters that have been called by this parameter
self["history"] = [] # the calculation history
self["history"].append(self["value"])
self["name"] = setname(self)
self["stdDeviation"] = None
self["devFactor"] = random.gauss(0.0, 1.0) # (mean, std deviation)
self["exportTS"] = False
# get the discipline from the folder name!
discipline = inspect.stack()[1][1].split(splitter)[-2]
self["discipline"] = discipline
if parent == "":
self.parent = setparent(self)
else:
self.parent = parent
self.longName = self.parent.id + '.' + self['name']
self.count = 0
def importGUI(myAircraft, path):
'''
This is an import routine for simple input from the tool-specific part of a
CPACS file. This also reads all information that can be generated by the
simple GUI available in the binary version of VAMPzero
It takes an *aircraft* as input. This is necessary to set the values in
the aircraft according to the information given in *path*. Usually
*path* is specified as ./ToolInput/toolInput.xml
'''
log = zeroLogger('General')
log.info('')
log.info(
"##############################################################################"
)
log.info('VAMPzero GUI: importing GUI Values from: %s' % path)
log.info("reading toolspecific/GUI inputs")
log.info(
"##############################################################################"
)
myAircraft.modelUID.cpacsImport(path)
if myAircraft.modelUID.getValue() != '':
log.info('VAMPzero GUI: Running with: %s as modelUID.' %
myAircraft.modelUID.getValue())
else:
log.warning('VAMPzero GUI: No valid information for modelUID!')
TIXIHandle = openTIXI(path)
cpacsVal = c_char_p()
top = "/cpacs/toolspecific/vampZero/components/"
##Component#############################################################
countC = 1
while 1 == 1:
pathC = top + 'component[' + str(countC) + ']'
if checkElement(TIXIHandle, pathC):
nameC = getText(TIXIHandle, pathC + '/name')
if nameC:
log.debug('VAMPzero GUI: importing for component: %s' % nameC)
else:
break
##Discipline#############################################################
countD = 1
while 1 == 1:
pathD = pathC + '/disciplines/discipline[' + str(countD) + ']'
if checkElement(TIXIHandle, pathD):
##Parameter#############################################################
countP = 1
while 1 == 1:
pathP = pathD + '/parameters/parameter[' + str(
countP) + ']'
if checkElement(TIXIHandle, pathP):
nameP = getText(TIXIHandle, pathP + '/name')
valueP = getText(TIXIHandle, pathP + '/value')
factorP = getText(TIXIHandle, pathP + '/factor')
statusP = getText(TIXIHandle, pathP + '/status')
exportP = getText(TIXIHandle, pathP + '/exportTS')
setParameter(myAircraft, nameC, nameP, valueP,
factorP, statusP, exportP)
countP += 1
else:
break
countD += 1
else:
break
countC += 1
else:
break
Copyright: Deutsches Zentrum fuer Luft- und Raumfahrt e.V., 2015 (c) Contact: [email protected] and [email protected] ''' from math import pi, sqrt import inspect import sys import time from numpy.lib.function_base import interp from VAMPzero.Lib.Log.log import zeroLogger global t0 rad = pi / 180. log = zeroLogger('General') def printHeader(): #choosing the appropriate splitter for the running filename if sys.platform == 'win32': splitter = '\\' else: splitter = '/' log.info( "##############################################################################" ) log.info( " VAMPzero ")
controlSurfacesType, trailingEdgeDevicesType, controlSurfaceOuterShapeTrailingEdgeType, \
stringBaseType, stringUIDBaseType, wingComponentSegmentStructureType
from VAMPzero.Lib.Log.log import zeroLogger
from math import pi, tan, sqrt, ceil
from types import NoneType
import scipy.interpolate
import sys
from VAMPzero.Handler.Parameter import parameter
from VAMPzero.Lib.CPACS.Export.Wing.Structure.functions import createShell, \
createSpars, createRibs
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Track.track import createTracks
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.Path.path import createPath
from VAMPzero.Lib.CPACS.Export.Wing.ControlSurface.CruiseRoller.cruiseRoller import createCruiseRollers
rad = pi / 180.
log = zeroLogger('Flap')
def calcChordLengthAtEta(eta, parentWingVAMPzero, parentWingCPACS):
'''
A function to calculate the absolute length of the wings chord depending on the relative eta coordinate.
This function is valid for the export case of the adv double trapezoid wing
The parentWingVAMPzero is a VAMPzero wing component, not a CPACS vile
'''
cRoot = eval(parentWingCPACS.get_sections().get_section()
[0].get_transformation().get_scaling().get_x().valueOf_)
cKink = eval(parentWingCPACS.get_sections().get_section()
[2].get_transformation().get_scaling().get_x().valueOf_)
cTip = eval(parentWingCPACS.get_sections().get_section()
[3].get_transformation().get_scaling().get_x().valueOf_)
def importGUI(myAircraft,path):
'''
This is an import routine for simple input from the tool-specific part of a
CPACS file. This also reads all information that can be generated by the
simple GUI available in the binary version of VAMPzero
It takes an *aircraft* as input. This is necessary to set the values in
the aircraft according to the information given in *path*. Usually
*path* is specified as ./ToolInput/toolInput.xml
'''
log = zeroLogger('General')
log.info('')
log.info("##############################################################################")
log.info('VAMPzero GUI: importing GUI Values from: %s'%path)
log.info("reading toolspecific/GUI inputs")
log.info("##############################################################################")
myAircraft.modelUID.cpacsImport(path)
if myAircraft.modelUID.getValue() != '':
log.info('VAMPzero GUI: Running with: %s as modelUID.'%myAircraft.modelUID.getValue())
else:
log.warning('VAMPzero GUI: No valid information for modelUID!')
TIXIHandle = openTIXI(path)
cpacsVal = c_char_p()
top = "/cpacs/toolspecific/vampZero/components/"
##Component#############################################################
countC = 1
while 1==1:
pathC = top+'component['+str(countC)+']'
if checkElement(TIXIHandle,pathC):
nameC = getText(TIXIHandle, pathC+'/name')
if nameC:
log.debug('VAMPzero GUI: importing for component: %s'%nameC)
else:
break
##Discipline#############################################################
countD = 1
while 1==1:
pathD = pathC+'/disciplines/discipline['+str(countD)+']'
if checkElement(TIXIHandle,pathD):
##Parameter#############################################################
countP = 1
while 1==1:
pathP = pathD+'/parameters/parameter['+str(countP)+']'
if checkElement(TIXIHandle,pathP):
nameP = getText(TIXIHandle,pathP+'/name')
valueP = getText(TIXIHandle,pathP+'/value')
factorP = getText(TIXIHandle,pathP+'/factor')
statusP = getText(TIXIHandle,pathP+'/status')
exportP = getText(TIXIHandle,pathP+'/exportTS')
setParameter(myAircraft, nameC, nameP, valueP, factorP, statusP, exportP)
countP += 1
else:
break
countD += 1
else:
break
countC += 1
else:
break
