def Main(
SuperNovaId=None,
ResultFormat=None,
CheckArguments=True,
PrintExtra=False,
):
Result = None
if (CheckArguments):
ArgumentErrorMessage = ""
if (len(ArgumentErrorMessage) > 0):
if (PrintExtra):
print("ArgumentErrorMessage:\n", ArgumentErrorMessage)
raise Exception(ArgumentErrorMessage)
#Example:
#https://sne.space/astrocats/astrocats/supernovae/output/json/SNLS-03D1ax.json
OpenSuperNovaCatalogId = "SNLS-" + SuperNovaId
Url = "https://sne.space/astrocats/astrocats/supernovae/output/json/" + OpenSuperNovaCatalogId + ".json"
SuperNovaDataJson = Library_HttpGetShared.Main(Url=Url, )
SuperNovaDataNestedObject = Library_JsonLoad.Main(
JsonString=SuperNovaDataJson,
ForceAscii=True,
)
print('SuperNovaDataNestedObject',
SuperNovaDataNestedObject['SNLS-03D1ax'].keys())
PhotometryUrl = "https://api.astrocats.space/" + OpenSuperNovaCatalogId + "/photometry/magnitude+e_magnitude+band+time"
PhotometrySuperNovaDataJson = Library_HttpGetShared.Main(
Url=PhotometryUrl, )
PhotometrySuperNovaDataNestedObject = Library_JsonLoad.Main(
JsonString=PhotometrySuperNovaDataJson,
ForceAscii=True,
)
print('PhotometrySuperNovaDataNestedObject',
PhotometrySuperNovaDataNestedObject['SNLS-03D1ax'].keys())
if ResultFormat is None:
Result = SuperNovaDataNestedObject
elif ResultFormat == 'PhotometryOnly':
Result = PhotometrySuperNovaDataNestedObject
return Result
def Search_by_Te_metal_acqusiition_date(first, second, third, fourth, fifth,
sixth):
def convert(data):
if isinstance(data, basestring):
return str(data)
elif isinstance(data, bson.objectid.ObjectId):
return str(data)
elif isinstance(data, collections.Mapping):
return dict(map(convert, data.iteritems()))
elif isinstance(data, collections.Iterable):
return type(data)(map(convert, data))
else:
return data
FullObject = []
for Year in range(first, second):
for Month in range(third, fourth):
for Day in range(fifth, sixth):
DateString = str(Year) + '-' + str(Month) + '-' + str(Day)
for Te_metal_acqusiiton_date in db.sandbox.find(
{"Te_metal_acqusiiton_date": DateString}):
Te_metal_acqusiiton_datejsonOK = convert(
Te_metal_acqusiiton_date)
FullObject.append(Te_metal_acqusiiton_datejsonOK)
FullObjectAsString = json.dumps(FullObject, indent=4)
FileHandle = open(
'json_files/Crystals_found_by_Te_Metal_Acqusiition_Date.json', 'w')
FileHandle.write(FullObjectAsString)
FileHandle.close()
FileHandle = open(
'json_files/Crystals_found_by_Te_Metal_Acqusiition_Date.json', 'r')
FullObjectAsStringFromFile = FileHandle.read()
FileHandle.close()
FullObjectFromFile = Library_JsonLoad.Main(
FullObjectAsStringFromFile,
ForceAscii=True,
)
#Search_by_Te_metal_acqusiition_date(first,second,third,fourth,fifth,sixth)
def Search_by_Crystals_Te_acq_to_Xtal_storage(Number_of_Days):
def convert(data):
if isinstance(data, basestring):
return str(data)
elif isinstance(data, bson.objectid.ObjectId):
return str(data)
elif isinstance(data, collections.Mapping):
return dict(map(convert, data.iteritems()))
elif isinstance(data, collections.Iterable):
return type(data)(map(convert, data))
else:
return data
FullObject = []
Day = str(Number_of_Days)
for Days in range(Number_of_Days):
for Te_aqc_to_Xtal_storage in db.sandbox.find(
{"Te_aqc_to_Xtal_storage": Day}):
Te_aqc_to_Xtal_storagejsonOK = convert(Te_aqc_to_Xtal_storage)
FullObject.append(Te_aqc_to_Xtal_storagejsonOK)
FullObjectAsString = json.dumps(FullObject, indent=4)
FileHandle = open(
'json_files/Crystals_found_by_Te_aqc_to_Xtal_storage.json', 'w')
FileHandle.write(FullObjectAsString)
FileHandle.close()
FileHandle = open(
'json_files/Crystals_found_by_Te_aqc_to_Xtal_storage.json', 'r')
FullObjectAsStringFromFile = FileHandle.read()
FileHandle.close()
FullObjectFromFile = Library_JsonLoad.Main(
FullObjectAsStringFromFile,
ForceAscii=True,
)
#Search_by_Crystals_Te_acq_to_Xtal_storage(Number_of_Days)
def Main(
FilePath=None,
CheckArguments=True,
PrintExtra=False,
):
Result = None
if (CheckArguments):
ArgumentErrorMessage = ""
if (len(ArgumentErrorMessage) > 0):
if (PrintExtra):
print("ArgumentErrorMessage:\n", ArgumentErrorMessage)
raise Exception(ArgumentErrorMessage)
#Read in the contents of the original file into a python object:
OriginalContents = Library_FileReadAsText.Main(FilePath)
NestedObject = Library_JsonLoad.Main(OriginalContents)
Result = NestedObject
return Result
def Search_by_Crystals_Te_batch(Number_of_Te_batch):
def convert(data):
if isinstance(data, basestring):
return str(data)
elif isinstance(data, bson.objectid.ObjectId):
return str(data)
elif isinstance(data, collections.Mapping):
return dict(map(convert, data.iteritems()))
elif isinstance(data, collections.Iterable):
return type(data)(map(convert, data))
else:
return data
FullObject = []
batch = str(Te_batch)
for Te_batch in db.sandbox.find({"Te_batch": batch}):
Te_batchjsonOK = convert(Te_batch)
FullObject.append(Te_batchjsonOK)
FullObjectAsString = json.dumps( FullObject , indent=4)
FileHandle = open('json_files/Crystals_found_by_Te_batch.json', 'w')
FileHandle.write(FullObjectAsString)
FileHandle.close()
FileHandle = open('json_files/Crystals_found_by_Te_batch.json', 'r')
FullObjectAsStringFromFile = FileHandle.read()
FileHandle.close()
FullObjectFromFile = Library_JsonLoad.Main(
FullObjectAsStringFromFile,
ForceAscii = True,
)
#Search_by_Crystals_life_in_cavern(Number_of_Days)
if comments_4 != "CUORE-0":
age_d = convert(age_4)
FullObject.append(age_d)
FullObjectAsString = json.dumps( FullObject , indent=4)
FileHandle = open('Loca.json', 'w')
FileHandle.write(FullObjectAsString)
FileHandle.close()
FileHandle = open('Loca.json', 'r')
FullObjectAsStringFromFile = FileHandle.read()
FileHandle.close()
FullObjectFromFile = Library_JsonLoad.Main(
FullObjectAsStringFromFile,
ForceAscii = True,
)
All_Items = []
for Sally in FullObjectFromFile:
value_of_intrest = Sally["Xtal_current_age"]
if value_of_intrest != "NAN":
All_Items.append(value_of_intrest)
Hal9000 = map(int, All_Items)
def Main(
RightAscension=None,
Declination=None,
Radius=None, #In arc seconds
CheckArguments=True,
PrintExtra=False,
):
Result = None
if (CheckArguments):
ArgumentErrorMessage = ""
if (len(ArgumentErrorMessage) > 0):
if (PrintExtra):
print("ArgumentErrorMessage:\n", ArgumentErrorMessage)
raise Exception(ArgumentErrorMessage)
#Convert the degrees to the min, sec, arcsec
AstropySkyCoordinateObject = astropy.coordinates.SkyCoord(
ra=RightAscension * astropy.units.degree,
dec=Declination * astropy.units.degree,
frame='icrs', #Double check this
unit='deg',
)
TimeCoordinates = AstropySkyCoordinateObject.to_string('hmsdms')
print('TimeCoordinates', TimeCoordinates)
#RaTimeCoords = TimeCoordinates[0]
#DecTimeCoords = TimeCoordinates[1]
#RaTimeCoords = str(RightAscension)
#DecTimeCoords = str(Declination)
Ra_hh = TimeCoordinates.split(' ')[0].split('h')[0]
print('Ra_hh', Ra_hh)
Ra_mm = TimeCoordinates.split(' ')[0].split('m')[0].split('h')[1]
print('Ra_mm', Ra_mm)
Ra_ss = TimeCoordinates.split(' ')[0].split('s')[0].split('m')[1]
print('Ra_ss', Ra_ss)
RaTimeCoords = Ra_hh + ':' + Ra_mm + ':' + Ra_ss
print('RaTimeCoords', RaTimeCoords)
Dec_dd = TimeCoordinates.split(' ')[1].split('d')[0]
print('Dec_dd', Dec_dd)
Dec_mm = TimeCoordinates.split(' ')[1].split('m')[0].split('d')[1]
print('Dec_mm', Dec_mm)
Dec_ss = TimeCoordinates.split(' ')[1].split('s')[0].split('m')[1]
print('Dec_ss', Dec_ss)
DecTimeCoords = Dec_dd + ':' + Dec_mm + ':' + Dec_ss
print('DecTimeCoords', DecTimeCoords)
#Example Data Search:
# https://api.astrocats.space/catalog?ra=21:23:32.16&dec=-53:01:36.08&radius=2
Url = "https://api.astrocats.space/catalog?ra=" + RaTimeCoords + "&dec=" + DecTimeCoords + "&radius=" + str(
Radius)
SuperNovaDataJson = Library_HttpGetShared.Main(Url=Url, )
SuperNovaDataNestedObject = Library_JsonLoad.Main(
JsonString=SuperNovaDataJson,
ForceAscii=True,
)
Result = SuperNovaDataNestedObject
return Result