first Version of DCC JSON Creation Functions

pccDccTools.py

@@ -53,10 +53,14 @@ revd = dict([reversed(i) for i in DsiASCICOnversion.items()])
 DsiASCICOnversion.update(revd)
 del revd
 
+def npArrayToXMLList(array):
+    if array.ndim!=1:
+        raise RuntimeError("conversion onlly supportet for 1D Array but Array is "+str(array.ndim)+" dimensional")
+    return str(array).replace('\n','').replace('. ','.0')
 
 class dsiVector:
 
-    def __init__(self, values : np.ndarray, uncer : Union[np.ndarray,None], quantity : str, unit : str, uncerType: str="absolute" ) ->dsiVector:
+    def __init__(self, values : np.ndarray, uncer : Union[np.ndarray,None], quantity : str, unit : str, uncerType: str="absolute",refType:str="dummy_xxx",uncerParams:dict={'coverageFactor':2.0,'coverageProbability':0.95,'distribution':'normal'} ) ->dsiVector:
         '''
 
         :param values:
@@ -69,6 +73,8 @@ class dsiVector:
         self.dsiToolsVersion=DSITOOLSVERSION
         self.quantity = str(quantity)
         self.unit = str(unit)
+        self.refType=str(refType)
+        self.uncerParams=uncerParams
         if type(values) == np.array:
             self.values = values
         else:
@@ -170,7 +176,35 @@ class dsiVector:
             dictToDump=self.__dict__
             dictToDump['uncer']=None
             return json.dumps(dictToDump, cls=dsiJSONEncoder)
-
+    def toDCCrealListXMLList(self,uncer:bool=True):
+        if not uncer:
+            DCCrealListXMLList={'si:valueXMLList':{'#text':npArrayToXMLList(self.values)},
+                                'si:unitXMLList':{'#text':self.unit}}
+        if uncer:
+            if self.uncer is not None:
+                #self.uncerParams={'coverageFactor':2.0,'coverageProbability':0.95,'distribution':'normal'}
+                expandeduncerDict=self.uncerParams
+                expandeduncerDict['si:uncertaintyXMLList']= npArrayToXMLList(self.uncer)
+
+                #for uncerParamKey in self.uncerParams.keys():
+                #    expandeduncerDict['si:'+str(uncerParamKey)+'XMLList']=str(self.uncerParams[uncerParamKey])#add every key
+
+                DCCrealListXMLList={'si:valueXMLList':{'#text':npArrayToXMLList(self.values)},
+                                'si:unitXMLList':{'#text':self.unit},
+                               'si:expandedUncXMLList':expandeduncerDict}
+            else:
+                raise RuntimeWarning("No uncer in " + str(self) + " Ignoring uncer")
+                DCCrealListXMLList = {'si:valueXMLList': {'#text': npArrayToXMLList(self.values)},
+                                      'si:unitXMLList': {'#text': self.unit}}
+        return DCCrealListXMLList
+    def toDCCQuantity(self,uncer:Union[bool,str]=True):
+        resultDict={'@refType':self.refType,
+                    'dcc:name':{'dcc:content':[{'@lang':'de','#text':str(self.quantity)}]},#todo add multi language Support
+                    'dcc:realXMLList':self.toDCCrealListXMLList(bool(uncer))}
+        if uncer in ['relative','rel']:
+            resultDict['dcc:relativeUncertainty']={'dcc:relativeUncertainty':{'dcc:relativeUncertaintyXmlList':{'si:valueXMLList':npArrayToXMLList(self.__getitem__('uncer_rel')),
+                                                                                                                'si:unitXMLList':{'#text':r'\one'}}}}
+        return resultDict
     def __getitem__(self, item):
         # print(key)
         if type(item) == int:

pyDCCTestAndExamples.py

@@ -9,6 +9,7 @@ if __name__ == "__main__":
     testDsiVectors=[testDSiVectorFreq,testDsiVectorMag,testDsiVectorPhase,testDsiVectorFreqWOUncer]
     serilizedStrs=[]
     loadedVectors=[]
+
     for testDSiVector in testDsiVectors:
         print("__________ New Vector________________")
         print(str(testDSiVector))
@@ -49,4 +50,10 @@ if __name__ == "__main__":
     print(reconstructedMultiVector['Phase',1.25])
 
     ######## Devel #######
-    
+    examlpeJsonDict={'dcc:list': {'dcc:quantity': [{'@refType': 'basic_xxx', 'dcc:name': {'dcc:content': [{'@lang': 'de', '#text': 'Frequenz'}, {'@lang': 'en', '#text': 'en'}]}, 'si:realListXMLList': {'si:valueXMLList': {'#text': '10 12.5 16 20 25'}, 'si:unitXMLList': {'#text': '\\second\\tothe{-1}'}}}, {'@refType': 'basic_xxx', 'dcc:name': {'dcc:content': [{'@lang': 'de', '#text': 'Beschleunigungsamplitude'}, {'@lang': 'en', '#text': 'en'}]}, 'si:realListXMLList': {'si:valueXMLList': {'#text': '5 5 5 10 10'}, 'si:unitXMLList': {'#text': '\\metre\\second\\tothe{-2}'}}}, {'@refType': 'basic_xxx', 'dcc:name': {'dcc:content': [{'@lang': 'de', '#text': 'Ãœbertragungskoeffizient Betrag'}, {'@lang': 'en', '#text': 'en'}]}, 'si:realListXMLList': {'si:valueXMLList': {'#text': '0.1301 0.1302 0.1302 0.1302 0.1302'}, 'si:unitXMLList': {'#text': '\\pico\\coulomb\\metre\\tothe{-1}\\second\\tothe{2}'}, 'si:expandedUncXMLList': {'si:uncertaintyXMLList': {'#text': '0.002602 0.002604  0.002604 0.002604 0.002604'}, 'si:coverageFactorXMLList': {'#text': '2'}, 'si:coverageProbabilityXMLList': {'#text': '0.95'}, 'si:distributionXMLList': {'#text': 'normal'}}}, 'dcc:relativeUncertainty': {'dcc:relativeUncertaintyXmlList': {'si:valueXMLList': {'#text': '0.002 0.002 0.002 0.002 0.002'}, 'si:unitXMLList': {'#text': '\\one'}}}}, {'@refType': 'basic_xxx', 'dcc:name': {'dcc:content': [{'@lang': 'de', '#text': 'Ãœbertragungskoeffizient Phasenverschiebung'}, {'@lang': 'en', '#text': 'en'}]}, 'si:realListXMLList': {'si:valueXMLList': {'#text': '-0.02 -0.03 -0.02 -0.02 -0.01'}, 'si:unitXMLList': {'#text': '\\degree'}, 'si:expandedUncXMLList': {'si:uncertaintyXMLList': {'#text': '0.3 0.3 0.3 0.3 0.3'}, 'si:coverageFactorXMLList': {'#text': '2'}, 'si:coverageProbabilityXMLList': {'#text': '0.95'}, 'si:distributionXMLList': {'#text': 'normal'}}}}], '@_Comment': ' \n              <dcc:measurementMetaData>\n                <dcc:metaData>\n                  <dcc:declaration>\n                    <dcc:content lang="de">Hier steht der Text mit Leerzeichen.</dcc:content>\n                  </dcc:declaration>\n                  <dcc:valid>false false true fals false</dcc:valid>\n                </dcc:metaData>\n              </dcc:measurementMetaData>\n              '}}
+    print("Done")
+
+    print(loadedVectors[0].toDCCQuantity())
+    print(loadedVectors[0].toDCCQuantity(uncer=False))
+    print(loadedVectors[0].toDCCQuantity(uncer='rel'))
+