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agisoft-metashape_3dcap-metadata.py
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agisoft-metashape_3dcap-metadata.py
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# -*- coding: utf-8 -*-
#
# Agisoft-Metashape Script
# Laura Raddatz / i3mainz
# Anja Cramer / RGZM
# Timo Homburg / i3mainz
# 2020/2021/2022
import Metashape
import os, json
import time, math
import random
import datetime
import tkinter
from tkinter import filedialog
import tkinter.font as tkFont
from tkinter import *
production=True
# production=False
## Indicates if only properties for which a URI has been defined in the JSON dict should be considered for the TTL export .
# includeonlypropswithuri=False
#includeonlypropswithuri=None
# python script version
script_name = "agisoft-metashape_3dcap-metadata.py"
script_label = "Agisoft Metashape 3DCAP Metadata Script"
github_release = "0.1.3"
####################### TTL Export #############################
## Mapping of datatypes present in the JSON dictionary to datatypes present in the TTL file .
datatypes={"float":"xsd:float","double":"xsd:double","str":"xsd:string","date":"xsd:date","int":"xsd:integer","bool":"xsd:boolean","NoneType":"xsd:string", "dateTime":"xsd:dateTime", "list":"xsd:list"}
## Namespace for classes defined in the resulting ontology model .
ontologynamespace="http://objects.mainzed.org/ont#"
## Prefix name for the class namespace .
ontologyprefix="giga"
toolnamespace="http://objects.mainzed.org/tool/"
toolpropnamespace="http://objects.mainzed.org/tool/atos/62/"
## Namespace for instances defined in the TTL export .
datanamespace="http://objects.mainzed.org/data/"
## Prefix name for the exif namespace .
exifnamespace="http://www.w3.org/2003/12/exif/"
## Prefix name for the exif namespace .
om="http://www.ontology-of-units-of-measure.org/resource/om-2/"
## Prefix name for the data namespace .
dataprefix="ex"
# Prefix name for prov-o namespace .
provnamespace = "http://www.w3.org/ns/prov#"
#atos 2016
referencepointid="reference_point_id"
globalreferencepointid="point_id"
## Prefix name for the rdfs namespace .
rdfs='http://www.w3.org/2000/01/rdf-schema#'
##Prefix name for the gigamesh namespace
giganamespace="http://www.gigamesh.eu/ont#"
## Provenance dictionary: Might be used to change the provenance vocabulary .
provenancedict_prov_o={
"entity":"prov:Entity",
"activity":"prov:Activity",
"agent":"prov:Agent",
"used":"prov:used",
"person":"foaf:Person"
}
## Provenance dictionary cidoc crm: Might be used to change the provenance vocabulary .
provenancedict_crmdig={
"entity":"http://www.cidoc-crm.org/cidoc-crm/D1",
"activity":"http://www.cidoc-crm.org/cidoc-crm/D11",
"agent":"prov:Agent",
"used":"prov:used",
"person":"http://www.cidoc-crm.org/cidoc-crm/D21"
}
sensorTypeToClass={
"ATOS III Rev.01": str(ontologyprefix)+":StructuredLightScanner",
"ATOS Core": str(ontologyprefix)+":StructuredLightScanner",
"ATOS II (first generation)": str(ontologyprefix)+":StructuredLightScanner",
"ATOS III Rev.02": str(ontologyprefix)+":StructuredLightScanner",
}
provenancedict=provenancedict_prov_o
## Key for the german label as present in the JSON dictionary .
germanlabel="key_deu"
## Key for the english label as present in the JSON dictionary .
englishlabel="key_eng"
artifactURI=None
## Header for the TTL export which includes all necessary namespaces.
ttlstringhead="@prefix "+str(ontologyprefix)+": <"+str(ontologynamespace)+"> .\n@prefix geo: <http://www.opengis.net/ont/geosparql#> .\n@prefix "+str(dataprefix)+": <"+str(datanamespace)+"> .\n@prefix foaf: <http://xmlns.com/foaf/0.1/> .\n@prefix prov: <http://www.w3.org/ns/prov-o/> .\n@prefix rdf:<http://www.w3.org/1999/02/22-rdf-syntax-ns#> . \n@prefix om:<http://www.ontology-of-units-of-measure.org/resource/om-2/> .\n@prefix rdfs:<http://www.w3.org/2000/01/rdf-schema#> . \n@prefix owl:<http://www.w3.org/2002/07/owl#> . \n@prefix i3atos:<http://www.i3mainz.de/metadata/atos#> . \n@prefix dc:<http://purl.org/dc/terms/> .\n@prefix i3data:<http://www.i3mainz.de/data/grabbauten/> . \n@prefix i3:<http://www.i3mainz.de/ont#> . \n@prefix xsd:<http://www.w3.org/2001/XMLSchema#> . \n"
## Generates a UUID.
def generate_uuid():
random_string = ''
random_str_seq = "0123456789abcdef"
uuid_format = [8, 4, 4, 4, 12]
for n in uuid_format:
for i in range(0,n):
random_string += str(random_str_seq[random.randint(0, len(random_str_seq) - 1)])
if i != n:
random_string += '-'
return random_string[:-1]
## Turns the first character of a String to lowercase .
# @param s The string to modify .
# @return a String with the first character to lowercase
def first_upper(s):
if len(s) == 0:
return s
else:
return s[0].upper() + s[1:]
## Turns the first character of a String to lowercase .
# @param s The string to modify .
# @return a String with the first character to lowercase
def first_lower(s):
if len(s) == 0:
return s
else:
return s[0].lower() + s[1:]
## Reads a TTL file, splits its header and body and merges it to the internal TTL set .
# @param filepath The filepath of the TTL file to read .
# @param ttlstring The set of triples to append to .
def readInputTTL(filepath,ttlstring):
file1 = open(filepath, 'r')
Lines = file1.readlines()
count = 0
for line in Lines:
if line.startswith("@"):
ttlstringhead+=line+"\n"
else:
ttlstring.add(line)
file1.close()
## Extracts the ID of a previously created object to extend its provenance hierarchy .
# @param ttlstring The set of triples to append to .
# @param filterclass The class to use for filtering .
# @return a set of filtered triples
def filterLastId(ttlstring,filterclass):
concernedtriples=set()
for triple in ttlstring:
for filt in filterclass:
if filt in triple:
concernedtriples.add(triple)
if len(concernedtriples)==0:
return None
if len(concernedtriples)==1 and concernedtriples[0].contains("rdf:type"):
return concernedtriples.split(" ")[0];
## Reads an artifact description given in a text file and converts its information to TLL .
# @param filepath the path of the text file to process
# @param ttlstring the set of triples to store the result in
def readInputTXTForArtifactDescription(filepath,ttlstring):
file1 = open(filepath, 'r')
firstline = file1.readline()
if ";" in firstline:
entities=firstline.split(";")
if len(entities)>2:
if entities[0].startswith("http") and entities[2].startswith("http"):
ttlstring.add("<"+entities[0]+"> rdf:type <"+entities[2]+"> .\n")
ttlstring.add("<"+entities[0]+"> rdfs:label \""+entities[1]+" Artifact\"@en .\n")
ttlstring.add("<"+entities[2]+"> rdf:type owl:Class .\n")
ttlstring.add("<"+entities[2]+"> rdfs:subClassOf prov:Entity .\n")
elif entities[0].startswith("http") and not entities[2].startswith("http"):
ttlstring.add("<"+entities[0]+"> rdf:type "+entities[2]+" .\n")
ttlstring.add("<"+entities[0]+"> rdfs:label \""+entities[1]+" Artifact\"@en .\n")
ttlstring.add(entities[2]+" rdf:type owl:Class .\n")
ttlstring.add(entities[2]+" rdfs:subClassOf prov:Entity .\n")
elif not entities[0].startswith("http") and not entities[2].startswith("http"):
ttlstring.add("<"+datanamespace+entities[0]+"> rdf:type "+entities[2]+" .\n")
ttlstring.add("<"+datanamespace+entities[0]+"> rdfs:label \""+entities[1]+" Artifact\"@en .\n")
ttlstring.add(entities[2]+" rdf:type owl:Class .\n")
ttlstring.add(entities[2]+" rdfs:subClassOf prov:Entity .\n")
else:
ttlstring.add("<"+datanamespace+entities[0]+"> rdf:type <"+entities[2]+"> .\n")
ttlstring.add("<"+datanamespace+entities[0]+"> rdfs:label \""+entities[1]+" Artifact\"@en .\n")
ttlstring.add("<"+entities[2]+"> rdf:type owl:Class .\n")
ttlstring.add("<"+entities[2]+"> rdfs:subClassOf prov:Entity .\n")
else:
if entities[0].startswith("http"):
ttlstring.add("<"+entities[0]+"> rdf:type giga:Artifact .\n")
else:
ttlstring.add("<"+datanamespace+entities[0]+"> rdf:type giga:Artifact .\n")
if entities[0].startswith("http"):
artifactURI=entities[0]
else:
artifactURI=datanamespace+entities[0]
file1.close()
## Reads an instance present in a JSON representation and appends its TTL representation to the triple set .
# @param jsonobj The JSON object to process
# @param id The id of the current instance
# @param classs The class of the current instance
# @param labelprefix A string prefix to be prepended to a rdfs:label expression
# @param ttlstring The set of triples to append to
def exportInformationFromIndAsTTL(jsonobj,id,classs,labelprefix,ttlstring):
for info in jsonobj:
#print(classs)
#print(jsonobj[info])
if info not in jsonobj or "value" not in jsonobj[info] or jsonobj[info]["value"]==None or jsonobj[info]["value"]=="":
continue
propuri=str(ontologyprefix)+":"+first_lower(str(info)).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","").replace("[","_").replace("]","")
if "uri" in jsonobj[info]:
#print(jsonobj[info]["uri"])
if jsonobj[info]["uri"].startswith("http"):
propuri="<"+str(jsonobj[info]["uri"][0:jsonobj[info]["uri"].rfind("#")]+"#"+first_lower(jsonobj[info]["uri"][jsonobj[info]["uri"].rfind("#")+1:]))+">"
elif ":" in jsonobj[info]["uri"]:
propuri=str(jsonobj[info]["uri"][0:jsonobj[info]["uri"].rfind(":")]+":"+first_lower(jsonobj[info]["uri"][jsonobj[info]["uri"].rfind(":")+1:]))
else:
propuri=str(ontologyprefix)+":"+first_lower(str(info)).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","").replace("[","_").replace("]","")
ttlstring.add(str(propuri)+" rdfs:isDefinedBy <"+str(toolpropnamespace)+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","").replace("[","_").replace("]","")+"> .\n")
#print("Propuri: "+propuri)
#print(jsonobj[info]["value"])
#print(isinstance(jsonobj[info]["value"],list))
if isinstance(jsonobj[info]["value"],list):
for val in jsonobj[info]["value"]:
ttlstring=handleProperty(jsonobj,info,id,labelprefix,propuri,classs,ttlstring,val,str(ontologyprefix)+":"+first_upper(str(info)).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","").replace("[","_").replace("]",""))
else:
ttlstring=handleProperty(jsonobj,info,id,labelprefix,propuri,classs,ttlstring,jsonobj[info]["value"],str(ontologyprefix)+":"+first_upper(str(info)).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","").replace("[","_").replace("]",""))
#print ("ttlstring")
return ttlstring
def exportInformationFromStructuredList(thelist,projectid,projectname,thekey,index,dataprefix,labelprefix,thelabel,theclass,informationkey,ttlstring,subdata=[{}],hasactivity=False):
for index, data in enumerate(thelist):
theid=str(projectid)+"_"+thekey+"_"+str(index)
ttlstring.add(str(dataprefix)+":"+str(theid)+" rdf:type "+str(ontologyprefix)+":"+str(theclass)+", "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(theid)+" rdfs:label \""+thelabel+" "+str(theid)+" from "+str(projectname)+"\"@en .\n")
print(informationkey)
if hasactivity:
ttlstring.add(str(dataprefix)+":"+str(theid)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(projectid)+" .\n")
if informationkey!=None and informationkey in data:
ttlstring=exportInformationFromIndAsTTL(data[informationkey],theid,str(ontologyprefix)+":"+str(theclass),thelabel+" "+str(index),ttlstring)
elif informationkey==None and not isinstance(data,str):
ttlstring=exportInformationFromIndAsTTL(data,theid,str(ontologyprefix)+":"+str(theclass),thelabel+" "+str(index),ttlstring)
for item in subdata:
if item["key"] in data:
print(item["key"])
itemid=str(theid)+"_"+item["key"]
ttlstring.add(str(dataprefix)+":"+str(itemid)+" rdf:type "+str(ontologyprefix)+":"+item["class"]+" .\n")
ttlstring.add(str(dataprefix)+":"+str(itemid)+" rdfs:label \""+labelprefix+" "+thelabel+" "+str(index)+" "+item["label"]+"\" .\n")
ttlstring.add(str(dataprefix)+":"+str(theid)+" "+str(ontologyprefix)+":"+item["relation"]+" "+str(dataprefix)+":"+str(itemid)+" .\n")
if hasactivity:
ttlstring.add(str(dataprefix)+":"+str(itemid)+" "+str(ontologyprefix)+":partOf "+str(dataprefix)+":"+str(theid)+"_activity .\n")
ttlstring=exportInformationFromIndAsTTL(data[item["key"]],itemid,str(ontologyprefix)+":"+item["class"],labelprefix+" "+thelabel+" "+str(index)+" "+item["label"],ttlstring)
def checkfornewline(literal):
if '\n' in literal or '\r' in literal:
return "\"\""+literal+"\"\""
else:
return literal
## Processes a given property depending on its type .
def handleProperty(jsonobj,info,id,labelprefix,propuri,classs,ttlstring,inputvalue,propclass):
if "unit" in jsonobj[info] and jsonobj[info]["unit"]!=None and jsonobj[info]["unit"]!="":
ttlstring.add(str(propuri)+" rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(propuri)+" rdfs:domain "+str(classs)+" .\n")
ttlstring.add(str(propuri)+" rdfs:range om:Measure .\n")
if englishlabel in jsonobj[info] and jsonobj[info][englishlabel]!=None and str(jsonobj[info][englishlabel])!="" and str(jsonobj[info][englishlabel]).strip()!="...":
ttlstring.add(str(propuri)+" rdfs:label \""+str(jsonobj[info][englishlabel]).replace("\"","'")+"\"@en .\n")
if labelprefix=="":
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" rdfs:label \""+checkfornewline(str(jsonobj[info][englishlabel]).replace("\"","'"))+" \"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value rdfs:label \""+checkfornewline(str(jsonobj[info][englishlabel]).replace("\"","'"))+" Measurement Value \"@en .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" rdfs:label \""+checkfornewline(str(jsonobj[info][englishlabel]).replace("\"","'"))+" ("+str(labelprefix)+")\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value rdfs:label \""+checkfornewline(str(jsonobj[info][englishlabel]).replace("\"","'"))+" Measurement Value ("+str(labelprefix)+")\"@en .\n")
if germanlabel in jsonobj[info] and jsonobj[info][germanlabel]!=None and str(jsonobj[info][germanlabel])!="" and str(jsonobj[info][germanlabel])!="...":
ttlstring.add(str(propuri)+" rdfs:label \""+str(jsonobj[info][germanlabel]).replace("\"","'")+"\"@de .\n")
if labelprefix=="":
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" rdfs:label \""+checkfornewline(str(jsonobj[info][germanlabel]).replace("\"","'"))+" \"@de .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value rdfs:label \""+checkfornewline(str(jsonobj[info][germanlabel]).replace("\"","'"))+" Messwert \"@de .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" rdfs:label \""+checkfornewline(str(jsonobj[info][germanlabel]).replace("\"","'"))+" ("+str(labelprefix)+")\"@de .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value rdfs:label \""+checkfornewline(str(jsonobj[info][germanlabel]).replace("\"","'"))+" Messwert ("+str(labelprefix)+")\"@de .\n")
if "measurementclass" in jsonobj[info] and jsonobj[info]["measurementclass"]!=None and str(jsonobj[info]["measurementclass"])!="":
if ":" in jsonobj[info]["measurementclass"]:
if jsonobj[info]["measurementclass"].startswith("http"):
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdf:type owl:Class .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdfs:label \""+jsonobj[info]["measurementclass"].replace("\"","'")+"\"@en .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdfs:subClassOf om:Quantity .\n")
else:
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" rdfs:label \""+jsonobj[info]["measurementclass"].replace("\"","'")+"\"@en .\n")
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" rdfs:subClassOf om:Quantity .\n")
else:
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdf:type owl:Class .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdfs:label \""+jsonobj[info]["measurementclass"].replace("\"","'")+"\"@en .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdfs:subClassOf om:Quantity .\n")
else:
ttlstring.add(propclass+" rdf:type owl:Class .\n")
ttlstring.add(propclass+" rdf:type owl:Class .\n")
ttlstring.add(propclass+" rdfs:label \""+propclass.replace("_"," ").replace(ontologyprefix+":","")+"\"@en .\n")
ttlstring.add(propclass+" rdfs:subClassOf om:Quantity .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" rdf:type "+propclass+" .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value rdf:type om:Measure .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" om:hasValue "+str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value .\n")
#print(jsonobj[info]["unit"])
if jsonobj[info]["unit"].startswith("http"):
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value om:hasUnit <"+str(jsonobj[info]["unit"])+"> .\n")
ttlstring.add("<"+str(jsonobj[info]["unit"])+"> rdf:type om:UnitOfMeasure .\n")
ttlstring.add("<"+str(jsonobj[info]["unit"])+"> rdfs:label \""+str(jsonobj[info]["unit"]).replace("\"","'")+"\"@en .\n")
elif ":" in jsonobj[info]["unit"]:
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value om:hasUnit "+str(jsonobj[info]["unit"].replace(" ",""))+" .\n")
ttlstring.add(str(jsonobj[info]["unit"].replace(" ",""))+" rdf:type om:UnitOfMeasure .\n")
ttlstring.add(str(jsonobj[info]["unit"].replace(" ",""))+" rdfs:label \""+jsonobj[info]["unit"].replace("\"","'")+"\" .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value om:hasUnit \""+str(jsonobj[info]["unit"])+"\" .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+"_value om:hasNumericalValue \""+checkfornewline(str(inputvalue).replace("\\","\\\\"))+"\"^^"+str(datatypes[jsonobj[info]["value_type"]])+" .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+" "+str(propuri)+" "+str(dataprefix)+":"+str(id)+"_"+str(info).replace("/","_").replace(" ","").replace("[","_").replace("]","").replace("(","").replace(")","")+" .\n")
elif "value_type" in jsonobj[info] and jsonobj[info]["value_type"]=="enumeration":
ttlstring.add(str(propuri)+" rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(propuri)+" rdfs:domain "+str(classs)+" .\n")
if "measurementclass" in jsonobj[info] and jsonobj[info]["measurementclass"]!=None and str(jsonobj[info]["measurementclass"])!="":
if ":" in jsonobj[info]["measurementclass"]:
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" rdfs:label \""+jsonobj[info]["measurementclass"].replace("\"","'")+"\"@en .\n")
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" rdfs:subClassOf "+str(ontologyprefix)+":Enumeration .\n")
ttlstring.add(str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+"_"+inputvalue+" rdf:type "+str(ontologyprefix)+":"+jsonobj[info]["measurementclass"].replace(" ","")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+" "+str(propuri)+" "+str(ontologyprefix)+":"+jsonobj[info]["measurementclass"]+"_"+str(inputvalue)+" .\n")
else:
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdf:type owl:Class .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdfs:label \""+jsonobj[info]["measurementclass"].replace("\"","'")+"\"@en .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"> rdfs:subClassOf "+str(ontologyprefix)+":Enumeration .\n")
ttlstring.add("<"+jsonobj[info]["measurementclass"].replace(" ","")+"_"+inputvalue+"> rdf:type <"+jsonobj[info]["measurementclass"].replace(" ","")+"> .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+" "+str(propuri)+" <"+jsonobj[info]["measurementclass"].replace(" ","")+"_"+str(inputvalue).replace(" ","")+"> .\n")
else:
classuri=str(ontologyprefix)+":"+str(propuri).replace(str(ontologyprefix),"").capitalize()
ttlstring.add(classuri+" rdf:type owl:Class .\n")
ttlstring.add(classuri+" rdfs:subClassOf "+str(ontologyprefix)+":Enumeration .\n")
ttlstring.add(classuri+"_"+str(inputvalue)+" rdf:type "+classuri+" .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+" "+str(propuri)+" "+classuri+"_"+str(inputvalue)+" .\n")
else:
if propuri=="http://www.w3.org/2000/01/rdf-schema#label" or propuri=="rdfs:label" or propuri=="http://www.w3.org/2000/01/rdf-schema#comment" or propuri=="rdfs:comment":
ttlstring.add(str(propuri)+" rdf:type owl:AnnotationProperty .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+" "+str(propuri)+" \""+str(inputvalue)+"\" .\n")
else:
ttlstring.add(str(propuri)+" rdf:type owl:DatatypeProperty .\n")
ttlstring.add(str(propuri)+" rdfs:domain "+str(classs)+" .\n")
if englishlabel in jsonobj[info] and jsonobj[info][englishlabel]!=None and str(jsonobj[info][englishlabel])!="" and str(jsonobj[info][englishlabel])!="...":
ttlstring.add(str(propuri)+" rdfs:label \""+checkfornewline(str(jsonobj[info][englishlabel]).replace("\"","'"))+"\"@en .\n")
if germanlabel in jsonobj[info] and jsonobj[info][germanlabel]!=None and str(jsonobj[info][germanlabel])!="" and str(jsonobj[info][germanlabel])!="...":
ttlstring.add(str(propuri)+" rdfs:label \""+checkfornewline(str(jsonobj[info][germanlabel]).replace("\"","'"))+"\"@de .\n")
ttlstring.add(str(propuri)+" rdfs:range "+str(datatypes[jsonobj[info]["value_type"]])+" .\n")
ttlstring.add(str(dataprefix)+":"+str(id)+" "+str(propuri)+" \""+checkfornewline(str(inputvalue).replace("\\","\\\\"))+"\"^^"+str(datatypes[jsonobj[info]["value_type"]])+" .\n")
#print("handled Property")
return ttlstring
## Converts a preformatted dictionary to a set of triples .
# @param dict the dictionary to export from
# @param measurementToExport indicates whether to export measurements
def exportToTTL(dict,measurementToExport,ttlstring):
#print ("drin in exportToTTL")
projectid=str(generate_uuid())
userid=str(generate_uuid())
projlabelkey="prj_n"
projects="projects"
projkey="chunks"
userkey="user_keywords"
mesheskey="meshes"
scalebarskey="scalebars"
sensorskey="sensors"
sensorinformationkey="calibration"
densecloudkey="densecloud"
alignmentsetupkey="alignment_setup"
densecloudinformationkey="densecloud_information"
densecloudsetupkey="densecloud_setup"
meshprocessingkey="processing"
calibkey="calibration"
generalkey="general"
meshinfokey="mesh_information"
meshsetupkey="mesh_setup"
meshtexturesetupkey="texture_setup"
globalrefpointkey="global_referencepoints"
refpointkey="referencepoints"
globalrefpointinfo="global_referencepoints_information"
projinfokey="project_information"
measurmentserieskey = "chunk_information"
measurementskey="cameras"
measurementinformation="camera_properties"
messungkey="messung"
applicationkey="applications"
capturingdevice="capturing_device"
mssetup="alignment_setup"
calsetup="cal_setup"
calobject="cal_object"
calproperties="cal_properties"
mscheck="measurement_check"
softwareid="ATOS2016"
labelprefix=""
projectname=""
if ttlstring==None:
ttlstring=set()
ttlstring.add(str(ontologyprefix)+":Mesh rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Mesh rdfs:subClassOf geo:Geometry .\n")
ttlstring.add(str(ontologyprefix)+":Mesh rdfs:label \"Mesh\"@en .\n")
ttlstring.add(str(ontologyprefix)+":IntermediateMeshResult rdfs:subClassOf "+str(ontologyprefix)+":Mesh .\n")
ttlstring.add(str(ontologyprefix)+":IntermediateMeshResult rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":IntermediateMeshResult rdfs:label \"Intermediate Mesh Result\"@en .\n")
ttlstring.add("rdfs:label rdf:type owl:AnnotationProperty .\n")
ttlstring.add(str(ontologyprefix)+":Tool rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Tool rdfs:label \"Tool\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Tool rdfs:subClassOf "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(ontologyprefix)+":CapturingDevice rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":CapturingDevice rdfs:label \"capturing device\"@en .\n")
ttlstring.add(str(ontologyprefix)+":CapturingDevice rdfs:subClassOf "+str(ontologyprefix)+":Tool .\n")
ttlstring.add(str(ontologyprefix)+":Scanner rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Scanner rdfs:label \"scanner\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Scanner rdfs:subClassOf "+str(ontologyprefix)+":CapturingDevice .\n")
ttlstring.add(str(ontologyprefix)+":Software rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Software rdfs:label \"software\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Software rdfs:subClassOf "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(ontologyprefix)+":Scalebar rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Scalebar rdfs:label \"scalebar\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Scalebar rdfs:subClassOf "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(ontologyprefix)+":Verification rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Verification rdfs:label \"verification\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Verification rdfs:subClassOf "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(ontologyprefix)+":Setup rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Setup rdfs:label \"setup\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Setup rdfs:subClassOf "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(ontologyprefix)+":StructuredLightScanner rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":StructuredLightScanner rdfs:label \"structured light scanner\"@en .\n")
ttlstring.add(str(ontologyprefix)+":StructuredLightScanner rdfs:subClassOf "+str(ontologyprefix)+":Scanner .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationObject rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationObject rdfs:label \"calibration object\"@en .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationObject rdfs:subClassOf "+str(ontologyprefix)+":Tool .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementSetup rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementSetup rdfs:label \"measurement setup\"@en .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementSetup rdfs:subClassOf "+str(ontologyprefix)+":Setup .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationSetup rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationSetup rdfs:label \"calibration setup\"@en .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationSetup rdfs:subClassOf "+str(ontologyprefix)+":Setup .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementCheck rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementCheck rdfs:label \"measurement check\"@en .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementCheck rdfs:subClassOf "+str(ontologyprefix)+":Verification .\n")
ttlstring.add(str(ontologyprefix)+":Sensor rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Sensor rdfs:label \"Sensor\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Algorithm rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Algorithm rdfs:label \"Algorithm\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Algorithm rdfs:subClassOf "+provenancedict.get("agent")+" .\n")
ttlstring.add(str(ontologyprefix)+":Pointcloud rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Pointcloud rdfs:label \"Pointcloud\"@en .\n")
ttlstring.add(str(ontologyprefix)+":Pointcloud rdfs:subClassOf geo:Geometry .\n")
ttlstring.add(str(ontologyprefix)+":Densecloud rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Densecloud rdfs:subClassOf "+str(ontologyprefix)+":Pointcloud .\n")
ttlstring.add(str(ontologyprefix)+":Densecloud rdfs:label \"Densecloud\"@en .\n")
ttlstring.add(provenancedict.get("entity")+" rdf:type owl:Class .\n")
ttlstring.add(provenancedict.get("person")+" rdf:type owl:Class .\n")
ttlstring.add(provenancedict.get("person")+" rdfs:label \"Person\".\n")
ttlstring.add(provenancedict.get("person")+" rdfs:subClassOf "+provenancedict.get("agent")+" .\n")
ttlstring.add(provenancedict.get("entity")+" rdfs:subClassOf owl:Thing .\n")
ttlstring.add("owl:Thing rdf:type owl:Class .\n")
ttlstring.add("owl:Thing rdfs:label \"Thing\" .\n")
ttlstring.add(provenancedict.get("entity")+" rdfs:label \"Entity\".\n")
ttlstring.add(provenancedict.get("agent")+" rdf:type owl:Class .\n")
ttlstring.add(provenancedict.get("agent")+" rdfs:label \"Agent\".\n")
ttlstring.add(provenancedict.get("agent")+" rdfs:subClassOf owl:Thing .\n")
ttlstring.add(provenancedict.get("activity")+" rdf:type owl:Class .\n")
ttlstring.add(provenancedict.get("activity")+" rdfs:label \"Activity\".\n")
ttlstring.add(provenancedict.get("activity")+" rdfs:subClassOf owl:Thing .\n")
ttlstring.add("dc:creator rdf:type owl:ObjectProperty .\n")
ttlstring.add("dc:creator rdfs:domain "+str(ontologyprefix)+":Mesh .\n")
ttlstring.add("dc:creator rdfs:range foaf:Person .\n")
ttlstring.add("prov:wasDerivedFrom rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:wasDerivedFrom rdfs:range "+provenancedict.get("entity")+" .\n")
ttlstring.add("prov:wasDerivedFrom rdfs:domain "+provenancedict.get("entity")+" .\n")
ttlstring.add("prov:wasInformedBy rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:wasInformedBy rdfs:range "+provenancedict.get("activity")+" .\n")
ttlstring.add("prov:wasInformedBy rdfs:domain "+provenancedict.get("activity")+" .\n")
ttlstring.add("prov:wasInvalidatedBy rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:wasInvalidatedBy rdfs:range "+provenancedict.get("activity")+" .\n")
ttlstring.add("prov:wasInvalidatedBy rdfs:domain "+provenancedict.get("activity")+" .\n")
ttlstring.add("prov:wasGeneratedBy rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:wasGeneratedBy rdfs:range "+provenancedict.get("activity")+" .\n")
ttlstring.add("prov:wasGeneratedBy rdfs:domain "+provenancedict.get("entity")+" .\n")
ttlstring.add("prov:actedOnBehalfOf rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:actedOnBehalfOf rdfs:range "+provenancedict.get("agent")+" .\n")
ttlstring.add("prov:actedOnBehalfOf rdfs:domain "+provenancedict.get("agent")+" .\n")
ttlstring.add("prov:wasAttributedTo rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:wasAttributedTo rdfs:range "+provenancedict.get("agent")+" .\n")
ttlstring.add("prov:wasAttributedTo rdfs:domain "+provenancedict.get("entity")+" .\n")
ttlstring.add("prov:used rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:used rdfs:range "+provenancedict.get("entity")+" .\n")
ttlstring.add("prov:used rdfs:domain "+provenancedict.get("activity")+" .\n")
ttlstring.add("prov:wasAssociatedWith rdf:type owl:ObjectProperty .\n")
ttlstring.add("prov:wasAssociatedWith rdfs:range "+provenancedict.get("agent")+" .\n")
ttlstring.add("prov:wasAssociatedWith rdfs:domain "+provenancedict.get("entity")+" .\n")
ttlstring.add("om:hasNumericalValue rdf:type owl:DatatypeProperty .\n")
ttlstring.add("om:hasNumericalValue rdfs:range xsd:integer .\n")
ttlstring.add("om:hasNumericalValue rdfs:domain om:Measure .\n")
ttlstring.add("om:hasNumericalValue rdfs:label \"has numerical value\"@en .\n")
ttlstring.add("om:hasValue rdf:type owl:ObjectProperty .\n")
ttlstring.add("om:hasValue rdfs:label \"has value\"@en .\n")
ttlstring.add("om:hasUnit rdf:type owl:ObjectProperty .\n")
ttlstring.add("om:hasUnit rdfs:label \"has unit\"@en .\n")
ttlstring.add("om:hasUnit rdfs:domain om:Measure .\n")
ttlstring.add("om:hasUnit rdfs:range om:UnitOfMeasure .\n")
ttlstring.add("geo:asWKT rdf:type owl:DatatypeProperty .\n")
ttlstring.add("geo:asWKT rdfs:label \"asWKT\"@en .\n")
ttlstring.add("om:Quantity rdf:type owl:Class .\n")
ttlstring.add("om:Quantity rdfs:label \"Quantity\".\n")
ttlstring.add("om:Quantity rdfs:subClassOf owl:Thing .\n")
ttlstring.add("om:Measure rdf:type owl:Class .\n")
ttlstring.add("om:Measure rdfs:label \"Measure\".\n")
ttlstring.add("om:Measure rdfs:subClassOf owl:Thing .\n")
ttlstring.add("om:UnitOfMeasure rdf:type owl:Class .\n")
ttlstring.add("om:UnitOfMeasure rdfs:label \"Unit Of Measure\".\n")
ttlstring.add("om:UnitOfMeasure rdfs:subClassOf owl:Thing .\n")
ttlstring.add(str(ontologyprefix)+":calibration rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":calibration rdfs:range "+str(ontologyprefix)+":Calibration .\n")
ttlstring.add(str(ontologyprefix)+":calibration rdfs:domain "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":sensor rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":sensor rdfs:range "+str(ontologyprefix)+":Sensor .\n")
ttlstring.add(str(ontologyprefix)+":sensor rdfs:domain "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":calibrationsetup rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":calibrationsetup rdfs:range "+str(ontologyprefix)+":Setup .\n")
ttlstring.add(str(ontologyprefix)+":calibrationsetup rdfs:domain "+str(ontologyprefix)+":Calibration .\n")
ttlstring.add(str(ontologyprefix)+":calibrationobject rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":calibrationobject rdfs:range "+str(ontologyprefix)+":CalibrationObject .\n")
ttlstring.add(str(ontologyprefix)+":calibrationobject rdfs:domain "+str(ontologyprefix)+":Calibration .\n")
ttlstring.add(str(ontologyprefix)+":capturingdevice rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":capturingdevice rdfs:range "+str(ontologyprefix)+":Tool .\n")
ttlstring.add(str(ontologyprefix)+":capturingdevice rdfs:domain "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":texturesetup rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":texturesetup rdfs:range "+str(ontologyprefix)+":MeshSetup .\n")
ttlstring.add(str(ontologyprefix)+":texturesetup rdfs:domain "+str(ontologyprefix)+":Mesh .\n")
ttlstring.add(str(ontologyprefix)+":partOf rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":partOf rdfs:range "+str(ontologyprefix)+":MeasurementCheck.\n")
ttlstring.add(str(ontologyprefix)+":partOf rdfs:range "+str(ontologyprefix)+":MeasurementSetup.\n")
ttlstring.add(str(ontologyprefix)+":partOf rdfs:domain "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":usedBy rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":usedBy rdfs:range "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":usedBy rdfs:domain "+str(ontologyprefix)+":CapturingDevice .\n")
ttlstring.add(str(ontologyprefix)+":setup rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":setup rdfs:range "+str(ontologyprefix)+":MeasurementSetup .\n")
ttlstring.add(str(ontologyprefix)+":setup rdfs:domain "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":verification rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":verification rdfs:range "+str(ontologyprefix)+":MeasurementCheck .\n")
ttlstring.add(str(ontologyprefix)+":verification rdfs:domain "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":measurementSeries rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":measurementSeries rdfs:range "+str(ontologyprefix)+":MeasurementSeries .\n")
ttlstring.add(str(ontologyprefix)+":measurementSeries rdfs:domain "+str(ontologyprefix)+":MeasurementProject .\n")
ttlstring.add(str(ontologyprefix)+":measurement rdf:type owl:ObjectProperty .\n")
ttlstring.add(str(ontologyprefix)+":measurement rdfs:range "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(ontologyprefix)+":measurement rdfs:domain "+str(ontologyprefix)+":MeasurementSeries .\n")
ttlstring.add(str(ontologyprefix)+":Calibration rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":AlignmentSetup rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":AlignmentSetup rdfs:subClassOf prov:Entity .\n")
ttlstring.add(str(ontologyprefix)+":AlignmentSetup rdfs:label \"Alignment setup\"@en .\n")
ttlstring.add(str(ontologyprefix)+":CalibrationObject rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Measurement rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":Measurement rdfs:label \"Measurement\".\n")
ttlstring.add(str(ontologyprefix)+":Measurement rdfs:subClassOf prov:Entity .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementSeries rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementSeries rdfs:label \"Measurement Series\".\n")
ttlstring.add(str(ontologyprefix)+":MeasurementSeries rdfs:subClassOf prov:Entity .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementProject rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":MeasurementProject rdfs:label \"Measurement Project\".\n")
ttlstring.add(str(ontologyprefix)+":MeasurementProject rdfs:subClassOf prov:Entity .\n")
ttlstring.add(str(ontologyprefix)+":ReferencePoint rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":ReferencePoint rdfs:label \"reference point\".\n")
ttlstring.add(str(ontologyprefix)+":ReferencePoint rdfs:subClassOf geo:Point . geo:Point rdfs:subClassOf geo:Geometry . geo:Geometry rdfs:subClassOf prov:Entity .\n")
ttlstring.add(str(ontologyprefix)+":GRP rdf:type owl:Class .\n")
ttlstring.add(str(ontologyprefix)+":GRP rdfs:label \"global reference point\".\n")
ttlstring.add(str(ontologyprefix)+":GRP rdfs:subClassOf "+str(ontologyprefix)+":ReferencePoint .\n")
ttlstring.add(str(ontologyprefix)+":Calibration rdfs:subClassOf prov:Entity .\n")
ttlstring.add(str(ontologyprefix)+":Calibration rdfs:label \"Calibration\".\n")
ttlstring.add(str(ontologyprefix)+":GRP_calculation_algorithm rdf:type "+str(ontologyprefix)+":Algorithm . \n")
for pro in dict[projects]:
#print(projkey)
#print (pro[projinfokey])
if projinfokey in pro:
if "prj_n" in pro[projinfokey]:
labelprefix=pro[projinfokey]["prj_n"]["value"]
projectname=pro[projinfokey]["prj_n"]["value"]
ttlstring.add(str(dataprefix)+":"+str(projectid)+" rdf:type "+str(ontologyprefix)+":MeasurementProject .\n")
#print(pro[projinfokey])
ttlstring=exportInformationFromIndAsTTL(pro[projinfokey],projectid,str(ontologyprefix)+":MeasurementProject",labelprefix,ttlstring)
ttlstring.add(str(dataprefix)+":"+str(userid)+" rdf:type foaf:Person, "+provenancedict.get("agent")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+" dc:creator "+str(dataprefix)+":"+str(userid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(userid)+" rdfs:label \"Creator of "+str(labelprefix)+"\" .\n")
#print(pro[applicationkey])
if applicationkey in pro:
if "PROJECT.TYPE" in pro[applicationkey][0] and "PROJECT.VERSION" in pro[applicationkey][0]:
softwareid=str(pro[applicationkey][0]["PROJECT.TYPE"]["value"]).strip().replace(" ","_")+"_"+str(pro[applicationkey][0]["PROJECT.VERSION"]["value"]).strip().replace(" ","_").replace(".","_").replace("-","_")
elif "application_name" in pro[applicationkey][0] and "application_build_information.version" in pro[applicationkey][0]:
softwareid=str(pro[applicationkey][0]["application_name"]["value"]).strip().replace(" ","_")+"_"+str(pro[applicationkey][0]["application_build_information.version"]["value"]).strip().replace(" ","_").replace(".","_").replace("-","_")
else:
softwareid="ATOS2016"
ttlstring.add(str(dataprefix)+":"+softwareid+" rdf:type "+str(ontologyprefix)+":Software .\n")
ttlstring.add(str(dataprefix)+":"+softwareid+" rdfs:label \""+str(softwareid).replace("_"," ")+"\"@en .\n")
ttlstring=exportInformationFromIndAsTTL(pro[applicationkey][0],softwareid,str(ontologyprefix)+":Software",labelprefix,ttlstring)
for msindex, project in enumerate(pro[projkey]):
#print(project)
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" rdf:type "+str(ontologyprefix)+":MeasurementSeries .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+" "+str(ontologyprefix)+":measurementSeries "+str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" rdfs:label \"Measurement Series "+str(msindex)+" for "+str(labelprefix)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" prov:wasAttributedTo "+str(dataprefix)+":"+str(userid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_activity prov:wasAssociatedWith "+str(dataprefix)+":"+str(userid)+" .\n")
if artifactURI!=None:
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_activity prov:used "+artifactURI+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_activity rdf:type prov:Activity .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_activity rdfs:label \"MS "+str(msindex)+" Activity ("+str(labelprefix)+")\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_activity rdfs:label \" Messreihe "+str(msindex)+" ("+str(labelprefix)+")\"@de .\n")
if measurmentserieskey in project:
#print(project[measurmentserieskey])
ttlstring=exportInformationFromIndAsTTL(project[measurmentserieskey],str(projectid)+"_ms_"+str(msindex),str(ontologyprefix)+":MeasurementSeries",labelprefix,ttlstring)
if measurementToExport==None:
#print ("measurementToExport==None:")
if projkey in project:
#print (project[projinfokey])
if projinfokey in project:
if "prj_n" in project[projinfokey]:
labelprefix=project[projinfokey]["prj_n"]["value"]+"Measurement Series "+str(msindex)
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" rdf:type "+str(ontologyprefix)+":MeasurementSeries, prov:Entity .\n")
#print(project[projinfokey])
ttlstring=exportInformationFromIndAsTTL(project[measurmentserieskey],projectid+"_ms_"+str(msindex),str(ontologyprefix)+":MeasurementSeries",labelprefix,ttlstring)
ttlstring.add(str(dataprefix)+":"+str(userid)+" rdf:type foaf:Person, "+provenancedict.get("agent")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+" dc:creator "+str(dataprefix)+":"+str(userid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(userid)+" rdfs:label \"Creator of "+str(labelprefix)+"\" .\n")
#print(ttlstring)
if userkey in project:
ttlstring=exportInformationFromIndAsTTL(project[userkey],userid,"foaf:Person",labelprefix,ttlstring)
if globalrefpointkey in project and refpointkey in project[globalrefpointkey]:
for index, grp in enumerate(project[globalrefpointkey][refpointkey]):
#print(ttlstring)
#print("GRP: "+str(grp))
if "point_id" in grp:
index = grp["point_id"]["value"]
#print (index)
elif "r_id" in grp:
index = grp["r_id"]["value"]
#print (index)
grpid=str(projectid)+"_ms_"+str(msindex)+"_grp"+str(index)
#print (grpid)
ttlstring.add(str(dataprefix)+":"+str(grpid)+" rdf:type "+str(ontologyprefix)+":GRP .\n")
ttlstring.add(str(dataprefix)+":"+str(grpid)+" rdfs:label \"GRP"+str(index)+" ( Measurement Series "+str(msindex)+")\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(grpid)+" rdfs:label \"GRP"+str(index)+" ( Messreihe "+str(msindex)+")\"@de .\n")
ttlstring.add(str(dataprefix)+":"+str(grpid)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity prov:wasAssociatedWith "+str(ontologyprefix)+":GRP_calculation_algorithm. \n")
ttlstring.add(str(ontologyprefix)+":GRP_calculation_algorithm prov:actedOnBehalfOf "+str(dataprefix)+":"+str(userid)+" . \n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity rdf:type "+provenancedict.get("activity")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity rdfs:label \"GRP Calculation Activity\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity rdfs:label \"GRP Berechnung\"@de .\n")
#print("265:"+str(project[globalrefpointkey]))
#print("266: "+str(grp))
ttlstring=exportInformationFromIndAsTTL(grp,grpid,str(ontologyprefix)+":GRP",labelprefix+" MS "+str(msindex)+" GRP"+str(index),ttlstring)
if "r_x" in grp and "r_y" in grp and "r_z" in grp:
ttlstring.add(str(dataprefix)+":"+str(grpid)+" geo:asWKT \"POINT("+str(grp["r_x"]["value"])+" "+str(grp["r_y"]["value"])+" "+str(grp["r_z"]["value"])+")\"^^geo:wktLiteral .\n")
elif "coordinate.x" in grp and "coordinate.y" in grp and "coordinate.z" in grp:
ttlstring.add(str(dataprefix)+":"+str(grpid)+" geo:asWKT \"POINT("+str(grp["coordinate.x"]["value"])+" "+str(grp["coordinate.y"]["value"])+" "+str(grp["coordinate.z"]["value"])+")\"^^geo:wktLiteral .\n")
elif "position x" in grp and "position y" in grp and "position z" in grp:
ttlstring.add(str(dataprefix)+":"+str(grpid)+" geo:asWKT \"POINT("+str(grp["position x"]["value"])+" "+str(grp["position y"]["value"])+" "+str(grp["position z"]["value"])+")\"^^geo:wktLiteral .\n")
if globalrefpointkey in project and scalebarskey in project[globalrefpointkey]:
exportInformationFromStructuredList(project[globalrefpointkey][scalebarskey],projectid,projectname,scalebarskey,index,dataprefix,labelprefix,labelprefix+" MS "+str(msindex)+" ","Scalebar",None,ttlstring,[])
if alignmentsetupkey in project:
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_alignmentsetup rdf:type "+str(ontologyprefix)+":AlignmentSetup .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_alignmentsetup rdfs:label \"MS "+str(msindex)+" Alignment Setup\" .\n")
ttlstring=exportInformationFromIndAsTTL(project[alignmentsetupkey],str(projectid)+"_ms_"+str(msindex)+"_alignmentsetup",str(ontologyprefix)+":AlignmentSetup",labelprefix,ttlstring)
if sensorskey in project:
for seindex, sensor in enumerate(project[sensorskey]):
sensorid=str(projectid)+"_sensor_"+str(seindex)
calibid=str(sensorid)+"_calibration"
mscheckid=str(sensorid)+"_mscheck"
capturedevid=str(sensorid)+"_capturingdevice"
ttlstring.add(str(dataprefix)+":"+str(sensorid)+" rdf:type "+str(ontologyprefix)+":Sensor, "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(sensorid)+" rdfs:label \"Sensor "+str(sensorid)+" from "+str(projectname)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(sensorid)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(projectid)+" .\n")
if capturingdevice in sensor:
if "sensor_type" in sensor[capturingdevice] and sensor[capturingdevice]["sensor_type"]["value"] in sensorTypeToClass:
ttlstring.add(str(dataprefix)+":"+str(capturedevid)+" rdf:type "+str(sensorTypeToClass[sensor[capturingdevice]["sensor_type"]["value"]])+" .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(capturedevid)+" rdf:type "+str(ontologyprefix)+":CapturingDevice .\n")
ttlstring.add(str(dataprefix)+":"+str(sensorid)+" "+str(ontologyprefix)+":capturingdevice "+str(dataprefix)+":"+str(capturedevid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(mscheckid)+" "+str(ontologyprefix)+":partOf "+str(dataprefix)+":"+str(sensorid)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(capturedevid)+" rdfs:label \""+labelprefix+"Sensor "+str(seindex)+" Capturing Device\"@en .\n")
ttlstring=exportInformationFromIndAsTTL(sensor[capturingdevice],capturedevid,str(ontologyprefix)+":CapturingDevice",labelprefix+" Sensor "+str(seindex)+" Caturing Device",ttlstring)
if calibkey in sensor:
ttlstring.add(str(dataprefix)+":"+str(sensorid)+" "+str(ontologyprefix)+":calibration "+str(dataprefix)+":"+str(calibid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+" rdfs:label \"Sensor "+str(seindex)+" Calibration\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity rdf:type prov:Activity .\n")
if labelprefix=="":
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity rdfs:label \"MS "+str(seindex)+" Measurement "+str(index)+" Calibration Activity \"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity rdfs:label \"Sensor "+str(seindex)+" Messvorgang "+str(index)+" Kalibrierung \"@de .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity rdfs:label \"MS "+str(seindex)+" Measurement "+str(index)+" Calibration Activity ("+str(labelprefix)+")\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity rdfs:label \"Sensor "+str(seindex)+" Messvorgang "+str(index)+" Kalibrierung ("+str(labelprefix)+")\"@de .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity prov:wasAssociatedWith "+str(dataprefix)+":"+str(userid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+" rdf:type "+str(ontologyprefix)+":Calibration .\n")
if calobject in sensor[calibkey]:
calobjid=""
calobjname=""
if "calibration_object_name" in messung[calibkey][calobject]:
#print(messung[calibkey][calobject])
calobjid=str(messung[calibkey][calobject]["calibration_object_name"]["value"]).replace(" ","")+"_calibration_object"
calobjname=str(messung[calibkey][calobject]["calibration_object_name"]["value"])
else:
calobjid=str(sensorid)+"_calibration_object"
ttlstring.add(str(dataprefix)+":"+str(calibid)+" "+str(ontologyprefix)+":calibrationobject "+str(dataprefix)+":"+str(calobjid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(calobjid)+" rdfs:label \""+labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" Calibration Object"+"\" .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+"_activity prov:used "+str(dataprefix)+":"+str(calobjid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(calobjid)+" rdf:type "+str(ontologyprefix)+":CalibrationObject .\n")
ttlstring=exportInformationFromIndAsTTL(messung[calibkey][calobject],calobjid,str(ontologyprefix)+":CalibrationObject",calobjname+" Calibration Object",ttlstring)
if calsetup in sensor[calibkey]:
calsetupid=str(sensorid)+"_calibration_setup"
ttlstring.add(str(dataprefix)+":"+str(calsetupid)+" rdf:type "+str(ontologyprefix)+":CalibrationSetup .\n")
ttlstring.add(str(dataprefix)+":"+str(calsetupid)+" rdfs:label \""+labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" Calibration Setup"+"\" .\n")
ttlstring.add(str(dataprefix)+":"+str(calibid)+" "+str(ontologyprefix)+":calibrationsetup "+str(dataprefix)+":"+str(calsetupid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(calsetupid)+" "+str(ontologyprefix)+":partOf "+str(dataprefix)+":"+str(calibid)+"_activity .\n")
ttlstring=exportInformationFromIndAsTTL(sensor[calibkey][calsetup],calsetupid,str(ontologyprefix)+":CalibrationSetup",labelprefix+" MS "+str(seindex)+" Sensor "+str(index)+" Calibration Setup",ttlstring)
if calproperties in sensor[calibkey]:
ttlstring=exportInformationFromIndAsTTL(sensor[calibkey][calproperties],calibid,str(ontologyprefix)+":Calibration",labelprefix+" MS "+str(seindex)+" Sensor "+str(index)+" Calibration",ttlstring)
ttlstring=exportInformationFromIndAsTTL(sensor[calibkey],calibid,str(ontologyprefix)+":Calibration",labelprefix+" MS "+str(seindex)+" Sensor "+str(index)+" Calibration",ttlstring)
#print(ttlstring)
if densecloudkey in project:
exportInformationFromStructuredList(project[densecloudkey],projectid,projectname,densecloudkey,index,dataprefix,labelprefix,labelprefix+" MS "+str(msindex)+" ","Densecloud",densecloudinformationkey,ttlstring,
[{"key":densecloudsetupkey,"label":"Densecloud Setup","class":"DenseCloudSetup","relation":"setup"}])
for index, messung in enumerate(project[measurementskey]):
#print(index)
if measurementToExport==None or measurementToExport==index:
messungid=str(projectid)+"_ms_"+str(msindex)+"_measurement"+str(index)
calibid=str(messungid)+"_calibration"
capturedevid=str(messungid)+"_capturingdevice"
mssetupid=str(messungid)+"_mssetup"
mscheckid=str(messungid)+"_mscheck"
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" "+str(ontologyprefix)+":measurement "+str(dataprefix)+":"+str(messungid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(messungid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+" rdf:type "+str(ontologyprefix)+":Measurement .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+" rdfs:label \"MS "+str(msindex)+" Measurement "+str(index)+" for "+str(labelprefix)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+" prov:wasAttributedTo "+str(dataprefix)+":"+str(userid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(messungid)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity prov:wasAssociatedWith "+str(dataprefix)+":"+str(userid)+" .\n")
if artifactURI!=None:
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity prov:used "+artifactURI+" .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity rdf:type prov:Activity .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity prov:used "+str(dataprefix)+":"+softwareid+" .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity rdfs:label \"MS "+str(msindex)+" Measurement "+str(index)+" Activity ("+str(labelprefix)+")\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity rdfs:label \"Messreihe "+str(msindex)+" Messvorgang "+str(index)+" ("+str(labelprefix)+")\"@de .\n")
if measurementinformation in messung and "sensor_id" in messung[measurementinformation] and "value" in messung[measurementinformation]["sensor_id"]:
ttlstring.add(str(dataprefix)+":"+str(messungid)+" "+str(ontologyprefix)+":sensor "+str(dataprefix)+":"+str(projectid)+"_sensor_"+str(messung[measurementinformation]["sensor_id"]["value"])+" .\n")
if mssetup in messung:
ttlstring.add(str(dataprefix)+":"+str(mssetupid)+" rdf:type "+str(ontologyprefix)+":MeasurementSetup .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+" "+str(ontologyprefix)+":setup "+str(dataprefix)+":"+str(mssetupid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(mssetupid)+" "+str(ontologyprefix)+":partOf "+str(dataprefix)+":"+str(messungid)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(mssetupid)+" rdfs:label \""+labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" Setup\"@en .\n")
ttlstring=exportInformationFromIndAsTTL(messung[mssetup],mssetupid,str(ontologyprefix)+":MeasurementSetup",labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" Setup",ttlstring)
if mscheck in messung:
ttlstring.add(str(dataprefix)+":"+str(mscheckid)+" rdf:type "+str(ontologyprefix)+":MeasurementCheck .\n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+" "+str(ontologyprefix)+":verification "+str(dataprefix)+":"+str(mscheckid)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(mscheckid)+" prov:used "+str(dataprefix)+":"+str(messungid)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(mscheckid)+" rdfs:label \""+labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" Measurement Check\"@en .\n")
ttlstring=exportInformationFromIndAsTTL(messung[capturingdevice],mscheckid,str(ontologyprefix)+":MeasurementCheck",labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" Measurement Check",ttlstring)
if measurementinformation in messung:
ttlstring=exportInformationFromIndAsTTL(messung[measurementinformation],messungid,str(ontologyprefix)+":Measurement",labelprefix+" MS "+str(msindex)+" Measurement "+str(index),ttlstring)
index2=0
index2oid = 0
messungindex=index
if refpointkey in messung:
for index,rp in enumerate(messung[refpointkey]):
if "r_id" in rp:
index2 = rp["r_id"]["value"]
elif "reference_point_id" in rp:
index2 = rp["reference_point_id"]["value"]
else:
index2 = "_noid_" + str(index2oid)
index2oid+=1
#print("aaa:"+str(rp))
rpuri=str(messungid)+"_rp"+str(index2)
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" rdf:type "+str(ontologyprefix)+":ReferencePoint .\n")
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" rdfs:label \"RP"+str(index2)+" ("+str(labelprefix)+" MS "+str(msindex)+" Measurement "+str(messungindex)+")\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" rdfs:label \"RP"+str(index2)+" ("+str(labelprefix)+" Messreihe "+str(msindex)+" Messung "+str(messungindex)+")\"@de .\n")
ttlstring=exportInformationFromIndAsTTL(rp,rpuri,str(ontologyprefix)+":ReferencePoint",labelprefix+" MS "+str(msindex)+" Measurement "+str(index)+" RP"+str(index2),ttlstring)
if "r_x" in rp and "r_y" in rp and "r_z" in rp:
# atos v6.2
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" geo:asWKT \"POINT("+str(rp["r_x"]["value"])+" "+str(rp["r_y"]["value"])+" "+str(rp["r_z"]["value"])+")\"^^geo:wktLiteral .\n")
#atos 2016
elif "reference_point_coordinate.x" in rp and "reference_point_coordinate.y" in rp and "reference_point_coordinate.z" in rp:
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" geo:asWKT \"POINT("+str(rp["reference_point_coordinate.x"]["value"])+" "+str(rp["reference_point_coordinate.y"]["value"])+" "+str(rp["reference_point_coordinate.z"]["value"])+")\"^^geo:wktLiteral .\n")
#print(rp)
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(messungid)+"_activity . \n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_activity rdfs:label \"MS "+str(msindex)+" Measurement "+str(index)+" Activity\"@en. \n")
ttlstring.add(str(dataprefix)+":"+str(rpuri)+" prov:wasAttributedTo "+str(dataprefix)+":"+str(messungid)+"_algorithm . \n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_algorithm rdfs:label \"MS "+str(msindex)+" Measurement "+str(index)+" Algorithm\"@en. \n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_algorithm rdf:type "+str(ontologyprefix)+":Algorithm . \n")
ttlstring.add(str(dataprefix)+":"+str(messungid)+"_algorithm prov:actedOnBehalfOf "+str(dataprefix)+":"+str(userid)+" . \n")
#print(rpuri)
if measurementToExport==None and index2!=None:
#print("grp loop")
for index, point in enumerate(project[globalrefpointkey][refpointkey]):
if referencepointid in rp and globalreferencepointid in point and rp[referencepointid]["value"]==point[globalreferencepointid]["value"]:
if "point_id" in point:
index = point["point_id"]["value"]
#print (index)
elif "r_id" in point:
index = point["r_id"]["value"]
#print (index)
#print(str(rp[referencepointid]["value"])+" - "+str(point[globalreferencepointid]["value"]))
#print(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp"+str(index)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(rpuri)+" . \n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp"+str(index)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(rpuri)+" . \n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity rdf:type prov:Activity . \n")
ttlstring.add(str(dataprefix)+":"+str(projectid)+"_ms_"+str(msindex)+"_grp_calculation_activity prov:used "+str(dataprefix)+":"+str(rpuri)+" . \n")
#print("next")
if mesheskey in project:
for index, mesh in enumerate(project[mesheskey]):
meshid=str(projectid)+"_mesh_"+str(index)
ttlstring.add(str(dataprefix)+":"+str(meshid)+" rdf:type "+str(ontologyprefix)+":Mesh, "+provenancedict.get("entity")+" .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+" rdfs:label \"Mesh "+str(meshid)+" from "+str(projectname)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(projectid)+" .\n")
if meshprocessingkey in mesh:
#print(mesh[meshprocessingkey])
lastprocid=""
for indexprocstep, procstep in enumerate(mesh[meshprocessingkey]):
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(0)+"_activity rdf:type prov:Activity .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(0)+"_activity rdfs:label \"Mesh Creation Activity "+str(0)+": "+str(procstep["processname"]["value"])+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(0)+"_activity rdfs:label \"Mesherstellungsschritt "+str(0)+": ("+str(procstep["processname"]["value"])+")\"@de .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(0)+"_activity prov:used "+str(dataprefix)+":"+str(projectid)+" .\n")
if "setup" in procstep:
ttlstring=exportInformationFromIndAsTTL(procstep["setup"],str(meshid)+"_creation_"+str(0)+"_activity","prov:Activity","Mesh Creation Activity "+procstep["processname"]["value"],ttlstring)
if "postprocessing" in procstep:
for indexpostproc, postproc in enumerate(procstep["postprocessing"]):
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity rdf:type prov:Activity .\n")
if "processname" in postproc and "value" in postproc["processname"]:
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity rdfs:label \"Mesh Creation Activity "+str(indexpostproc+1)+": "+str(postproc["processname"]["value"])+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity rdfs:label \"Mesherstellungsschritt "+str(indexpostproc+1)+": "+str(postproc["processname"]["value"])+"\"@de .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity rdfs:label \"Mesh Creation Activity "+str(indexpostproc+1)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity rdfs:label \"Mesherstellungsschritt "+str(indexpostproc+1)+"\"@de .\n")
if indexpostproc==0:
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity prov:wasInformedBy "+str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc)+"_activity .\n")
if indexpostproc!=0:
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity .\n")
else:
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity prov:wasInformedBy "+str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc)+"_activity .\n")
if indexpostproc!=0:
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" prov:wasDerivedFrom "+str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc)+" prov:wasInvalidatedBy "+str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity prov:used "+str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc)+" .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" rdfs:label \"Mesh "+str(meshid)+" Intermediate Result "+str(indexpostproc)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" rdfs:label \"Mesh "+str(meshid)+" Zwischenergebnis "+str(indexpostproc)+"\"@en .\n")
ttlstring.add(str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)+" rdf:type "+str(ontologyprefix)+":IntermediateMeshResult .\n")
lastprocid=str(dataprefix)+":"+str(meshid)+"_intermediate_"+str(indexpostproc+1)
if "processname" in postproc and "value" in postproc["processname"]:
ttlstring=exportInformationFromIndAsTTL(postproc,str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity","prov:Activity","Mesh Creation Activity "+str(indexpostproc)+": "+str(postproc["processname"]["value"])+" ",ttlstring)
else:
ttlstring=exportInformationFromIndAsTTL(postproc,str(meshid)+"_creation_"+str(indexpostproc+1)+"_activity","prov:Activity","Mesh Creation Activity "+str(indexpostproc)+" ",ttlstring)
else:
ttlstring.add(str(dataprefix)+":"+str(meshid)+" prov:wasGeneratedBy "+str(dataprefix)+":"+str(meshid)+"_creation_"+str(0)+"_activity .\n")
if lastprocid!="":
ttlstring.add(str(dataprefix)+":"+str(meshid)+" owl:sameAs "+str(lastprocid)+" .\n")
exportInformationFromStructuredList(project[mesheskey],projectid,projectname,"mesh",index,dataprefix,labelprefix,labelprefix+" MS "+str(msindex)+" ","Mesh",meshinfokey,ttlstring,[
{"key":meshsetupkey,"label":"Mesh Setup","class":"MeshSetup","relation":"setup"},
{"key":meshtexturesetupkey,"label":"Mesh Texture","class":"TextureSetup","relation":"texturesetup"}
])
#ttlstring=exportInformationFromIndAsTTL(mesh[meshinfokey],meshid,str(ontologyprefix)+":Mesh",labelprefix+" Mesh Attribute ",ttlstring)
return ttlstring
##############################################################
### GUI
class Window(Frame):
def __init__(self):
super().__init__()
self.initUI()
def initUI(self):
self.master.title("Metadaten Agisoft Metashape")
self.master.rowconfigure( 0, weight = 1 )
self.master.columnconfigure( 0, weight = 10)
self.grid( sticky = W+E+N+S )
# Variablen
self.filepath = tkinter.StringVar()
self.unit_mm = tkinter.IntVar()
self.unit_cm = tkinter.IntVar()
self.unit_m = tkinter.IntVar()
self.unit_project = tkinter.IntVar()
self.uri = tkinter.BooleanVar()
####### FILE GROUPS
filegroup = LabelFrame(self, text = "Agisoft file")
filegroup.grid(row = 0, column = 0, sticky = W, padx=5, pady=5 )
browseButton = Button(filegroup, text = 'Browse', command = self.first_browser)
browseButton.grid(row = 1, column=0, sticky = W+E+N+S, padx=5, pady=5 )
filepathText = Entry(filegroup, textvariable = self.filepath, width=150)
filepathText.grid(row = 1, column = 1, columnspan=5, sticky = W+E+N+S , padx=5, pady=5)
lbl = Label(filegroup,text="Select one unit:")
lbl.grid(row = 2, column=0, sticky = W)
checkbutton_mm = Checkbutton(filegroup, text="millimetre", variable=self.unit_mm)
checkbutton_mm.grid(row = 2, column=1, sticky = W+E+N+S, padx=5, pady=5 )
checkbutton_m = Checkbutton(filegroup, text="metre", variable=self.unit_m)
checkbutton_m.grid(row = 2, column=3, sticky = W+E+N+S, padx=5, pady=5 )
lbl_2 = Label(filegroup,text="Output with URI only:")
lbl_2.grid(row = 3, column=0, sticky = W)
checkbutton_uri = Checkbutton(filegroup, variable=self.uri)
checkbutton_uri.grid(row = 3, column=1, sticky = W, padx=5, pady=5 )
checkbutton_project = Checkbutton(filegroup, text="project unit", variable=self.unit_project)
checkbutton_project.grid(row = 2, column=5, sticky = W+E+N+S, padx=5, pady=5 )
browseButton = Button(filegroup, text = 'Start', command = self.startMetadata)
browseButton.grid(row = 4, column=0, sticky = W, padx=5, pady=5 )
def close_window(self):
print ("6")
root.destroy()
# select file and return
def show_file_browser(self):
filetypes = (('text files', '*.psx'),('All files', '*.*'))
self.filename = filedialog.askopenfilename(filetypes=filetypes)
print ("... file open ... " + self.filename)
return self.filename
def return_unit (self):
if self.unit_mm.get() == 1:
unit = 'unit_mm'
print ("millimetre units")
print (unit)
elif self.unit_m.get() == 1:
unit = 'unit_m'
print ("metre units")
print (unit)
elif self.unit_project.get() == 1:
unit = 'unit_project'
print ("project units")
print (unit)
else:
unit = None
print ("... units")
print (unit)
return unit
def first_browser(self):
file = self.show_file_browser()
self.filepath.set(file)
def request_withUri(self):
print(':...................')
print(self.uri)
#print(includeonlypropswithuri)
if self.uri.get() == True:
includeonlypropswithuri= True
else:
includeonlypropswithuri=False
print(includeonlypropswithuri)
return includeonlypropswithuri
def startMetadata (self):
unit = self.return_unit()
includeonlypropswithuri= self.request_withUri()
print ("... projekt wird zur nächsten Methode übergeben und gestartet")
exportMeta(self.filename , unit, includeonlypropswithuri)
print ("... close GUI")
self.close_window()
################################# Methode zum Erzeugen der Metadaten ###################################################################
#### return DICTIONARY
def createMetaDic(dic_user, input_file, selected_unit, includeonlypropswithuri):