def __init__(self, oCtrl):
bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
self.oCtrl.oLog.info("Tests de génération Geojson", outConsole=True)
#self.oAixmTools:aixm2json.Aixm2json4_5 = aixm2json.Aixm2json4_5(oCtrl)
self.oAixmTools: AixmTools = aixmReader.AixmTools(oCtrl)
return
def __init__(self, oCtrl):
bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
self.oAixm2json = aixm2json.Aixm2json4_5(oCtrl)
print()
self.oCtrl.oLog.info("Tests de génération Geojson", outConsole=True)
return
def __init__(self, oCtrl) -> None:
bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
self.oAirspacesCatalog = None
self.geoBorders = None #Geographic borders dictionary
self.geoAirspaces = None #Geographic airspaces dictionary
return
def __init__(self, oCtrl=None, openType='xml'):
bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl #Référence du contrôleur appelant
self.openType = openType #openType in ["xml"(default) or "lxml"(html solution, with lowercase elements)]
self.doc:BeautifulSoup = None
self.root:BeautifulSoup = None
self.OpenFile()
return
def __init__(self, oCtrl) -> None:
bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
self.oAirspacesCatalog = None
self.geoBorders = None #Geographic borders dictionary
self.geoAirspaces = None #Geographic airspaces dictionary
self.epsilonReduce: float = -1 #Default value=0 for no-doubling with no-compression, =0.0001 for good compression
return
def __init__(self, oCtrl):
if oCtrl: bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
#self.pLocal = Proj("epsg:2154") # EPSG:2154 = RGF93 / Lambert-93 - Projected coordinate system for France) :: Deprecated format --> Proj(init="epsg:2154")
self.pWGS = Proj(
"epsg:4326"
) # EPSG:4326 = WGS84 / Geodetic coordinate system for World :: Deprecated format --> Proj(init="epsg:4326")
return
def __init__(self, oCtrl):
if oCtrl: bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
#self.pLocal = Proj("epsg:2154") # EPSG:2154 = RGF93 / Lambert-93 - Projected coordinate system for France) :: Deprecated format --> Proj(init="epsg:2154")
self.pWGS = Proj("epsg:4326") # EPSG:4326 = WGS84 / Geodetic coordinate system for World :: Deprecated format --> Proj(init="epsg:4326")
self.bSrcFileIsSIAorEur:bool = False
if self.oCtrl:
self.bSrcFileIsSIAorEur = bool(self.oCtrl.oAixm.srcOrigin.lower() in ["sia-france","ead-sdo"]) #Fichier source issu du SIA ou d'Eurocontrol
return
def __init__(self, oLog):
bpaTools.initEvent(__file__, oLog)
self.oLog = oLog
self.sKeyFile:str = None
self.doc:BeautifulSoup = None
self.root:BeautifulSoup = None
self.situation:BeautifulSoup = None
self.oFrequecies:dict = {}
return
def __init__(self, oLog: bpaTools.Logger, oAsCat: AsCatalog,
partialConstruct: bool) -> None:
bpaTools.initEvent(__file__, oLog)
self.oLog: bpaTools.Logger = oLog #Log file
self.oAsCat: AsCatalog = oAsCat #Catalogue des zones
self.oIdxGeoJSON: dict = {} #Index de construction GeoJSON
self.oGlobalGeoJSON: dict = {} #Liste globale des zones
self.oOutGeoJSON: dict = {} #Sortie finale GeoJSON
self.oGeoRefArea = geoRefArea.GeoRefArea(partialConstruct)
return
def __init__(self, oCtrl) -> None:
bpaTools.initEvent(__file__, oCtrl.oLog)
self.oCtrl = oCtrl
self.oAirspacesCatalog = None
self.geoBorders = None #Geographic borders dictionary
self.geoAirspaces = None #Geographic airspaces dictionary
self.openairDigitOptimize: int = -1 #Parameter for optimize output geometry coordinates (default=-1 no-optimize)
self.epsilonReduce: float = -1 #Default value=-1 for no-compression
self.sOutFrmt = "D:M:S.ssX" if self.oCtrl.bOpenairOptimizePoint else "DD:MM:SS.ssX"
return
def __init__(self, oLog: bpaTools.Logger, oAsCat: AsCatalog,
partialConstruct: bool) -> None:
bpaTools.initEvent(__file__, oLog)
self.oLog: bpaTools.Logger = oLog #Log file
self.oAsCat: AsCatalog = oAsCat #Catalogue des zones
self.oGlobalOpenair: dict = {} #Liste globale des zones
self.oOpenair: dict = {} #Liste temporaire des zones
self.oZone: OpenairZone = None #Zone active
self.oGeoRefArea = geoRefArea.GeoRefArea(partialConstruct)
self.newZone()
return
def __init__(self, oLog=None, oGeo: dict = None) -> None:
self.oLog = None
if oLog:
bpaTools.initEvent(__file__, oLog)
self.oLog: bpaTools.Logger = oLog #Log file
self.oKmlTmp: dict = {}
self.oKml: bpaTools.Xml = None
self.oKmlDoc = None
self.oGeo: dict = None
if oGeo:
self.oGeo: dict = oGeo
return
def __init__(self, oLog=None, oGeo: dict = None) -> None:
self.oLog: bpaTools.Logger = None
if oLog:
bpaTools.initEvent(__file__, oLog)
self.oLog = oLog
self.iDecimal = 3
self.oInpGeo: dict = None #GeoJSON input data
self.oOutGeo: dict = None #GeoJSON output data
if oGeo:
self.setGeo(oGeo)
self.truncateGeojsonFeature()
return
def __init__(self, sLogName:str, sLogFile:str, sContext="", sLink=None, isDebug:bool=False, isSilent:bool=False)-> None:
bpaTools.initEvent(__file__, isSilent=isSilent)
#print(self.__class__.__name__, self.__class__.__module__, self.__class__.__dir__)
self.sLogName = sLogName
self.sLogFile = sLogFile
self.sContext = sContext
self.sLink = sLink
self.log = None
self.isSilent = isSilent # Set as 'True' for Silent mode (no log-file, no system-message, but log-report is available ;-)
self.isDebug = isDebug # Set as 'True' for write the debug-messages in the log-file
if not self.isSilent:
msg = self.getMediumName()
print(msg + "\n" + ("-" * len(msg)))
self.__initFile__()
return
def __init__(self, oLog, srcPath, refPath, headFileName=""):
bpaTools.initEvent(__file__, oLog)
self.oLog = oLog
self.refPath = refPath
self.srcPath = srcPath
self.headFileName = headFileName
self.elevation_data = srtm.get_data()
self.sHead = "headerFile"
self.sProp = "properties"
self.sGeom = "geometry"
self.sCoor = "coordinates"
self.sRefe = "referential"
self.sFeat = "features"
self.sUnknownGroundHeightFileName = self.headFileName + "refUnknownGroundHeight.json"
self.sGroundHeightFileName = self.headFileName + "refGroundEstimatedHeight"
self.sGroundHeightFileNameJson = self.sGroundHeightFileName + ".json"
self.sGroundHeightFileNameGeoj = self.sGroundHeightFileName + ".geojson"
return
def __init__(self, sSrcFile, sOutPath, sOutHeadFile="", oLog=None):
bpaTools.initEvent(__file__, oLog)
self.srcFile = sSrcFile #Source file
self.sOutPath = sOutPath #Destination folder
self.sOutHeadFile = sOutHeadFile #File name header for outputs files
if sOutHeadFile != "":
self.sOutHeadFile += "@"
self.oLog = oLog #Log file
self.oAixm = None #Lecteur xml du fichier source
self.oAixmTools = None #Utilitaire pour geojson
self.sEncoding = "utf-8" #Encoding du fichier source
self.__ALL = False #Generation de toutes zones cartographie IFR+VFR
self.__IFR = False #Generation spécifique pour cartographie IFR (au dessus de FL115)
self.__VFR = False #Generation spécifique pour cartographie VFR (en dessous FL115)
self.__FreeFlight = False #Generation spécifique pour le Vol Libre avec différents filtrages (E, F, G...)
self.__Draft = False #Limitation du nombre de segmentation des arcs et cercles en geojson
self.__MakePoints4map = False #Construction de points complémentaires pour mise au point de la sorties geojson
self.digit4roundArc = 6 #Précision du nombre de digit pour les arrondis des Arcs/Cercles
self.digit4roundPoint = self.digit4roundArc #Précision du nombre de digit pour les arrondis des Points
return
def __init__(self,
sLogName: str,
sLogFile: str,
sContext="",
sLink=None,
debugLevel: int = 0,
isSilent: bool = False) -> None:
bpaTools.initEvent(__file__, isSilent=isSilent)
#print(self.__class__.__name__, self.__class__.__module__, self.__class__.__dir__)
self.startTime = datetime.datetime.now()
self.sLogName: str = sLogName
self.sLogFile: str = sLogFile
self.sContext: str = sContext
self.sLink: str = sLink
self.log: logging.Logger = None
self.isSilent: bool = isSilent # set 'True' for silent mode (no log-file, no system-message, but log-report is available ;-)
self.debugLevel: int = debugLevel # set level value for write the debug-messages in the log-file. Default=0 NoneExit; -1=allExit ; 1 to n for set level [9 for initEvent())]
if not self.isSilent:
msg = self.getMediumName()
print(msg + "\n" + ("-" * len(msg)))
self.__initFile__()
return
def __init__(self, sSrcFile, sOutPath, sOutHeadFile="", oLog=None):
bpaTools.initEvent(__file__, oLog)
self.srcFile: str = sSrcFile #Source file
self.sOutPath: str = sOutPath #Destination folder
self.sOutHeadFile: str = sOutHeadFile #File name header for outputs files
if sOutHeadFile != "":
self.sOutHeadFile += "@"
self.oLog: bpaTools.Logger = oLog #Log file
self.oAixm = None #Lecteur xml du fichier source
self.oAixmTools = None #Utilitaire pour geojson
self.sEncoding: str = "utf-8" #Encoding du fichier source
self.__ALL: bool = False #Generation de toutes zones cartographie IFR+VFR
self.__IFR: bool = False #Generation spécifique pour cartographie IFR (au dessus de FL115)
self.__VFR: false = False #Generation spécifique pour cartographie VFR (en dessous FL115)
self.__FreeFlight: bool = False #Generation spécifique pour le Vol Libre avec différents filtrages (E, F, G...)
self.__Draft: bool = False #Limitation du nombre de segmentation des arcs et cercles en geojson
self.__MakePoints4map: bool = False #Construction de points complémentaires pour mise au point de la sorties geojson
self.bOpenairOptimizeArc: bool = False #Openair - Ne pas optimiser l'Arc car l'alignement du 1er point de l'arc de cercle ne coincide souvent pas avec le point théorique du départ de l'arc !? - Optimisation des sorties d'Arc en Openair (suppression des Point de début et de Fin d'arc (DP) en doublon avec la description de l'arc)
self.bOpenairOptimizePoint: bool = True #Openair - Optimisation des sorties des Points (DP). Exp src="DP 46:03:04.000 N 000:31:01.1200 W" optimize="DP 46:3:4N 0:31:1.12W"
self.geojsonDigitOptimize: int = 6 #parameter for optimize output geometry coordinates (default=6 digits)
self.openairDigitOptimize: int = -1 #parameter for optimize output geometry coordinates (default=-1 no-optimize)
self.epsilonReduce: float = -1 #parameter for Ramer-Douglas-Peucker Algorithm (https://github.com/fhirschmann/rdp) (default=-1 no-optimize)
return
