def search_chemistry():
#basically the same as search samples but with analysis filter options
if request.args.get("resource") == "chemical_analyses":
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("chemical_analyses")+"?"+urlencode(fixedListArgs))
if request.args.get("resource") == "sample":
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("samples")+"?"+urlencode(fixedListArgs)+"&chemical_analyses_filters=True")
# for dynamic field and sorting options
fields_dict = {'Analysis Method':'analysis_method','Analysis Material':'mineral','Subsample Type':'subsample_type', \
'Stage X':'stage_x','Stage Y':'stage_y','Reference':'reference','Reference X':'reference_x','Reference Y':'reference_y', \
'Analysis Location':'where_done','Elements':'elements','Oxides':'oxides','Owner':'owner', \
'Analyst':'analyst','Analysis Date':'analysis_date','Total':'total'}
sorting_dict = {'Point':'spot_id','Analysis Method':'analysis_method','Analysis Material':'mineral','Subsample Type':'subsample_type', \
'Analysis Location':'where_done','Reference':'reference','Owner':'owner','Analyst':'analyst','Analysis Date':'analysis_date','Total':'total'}
#Add headers for authentication of
oxides = {}
elements = {}
minerals = {}
try:
headers = {"Authorization":"Token "+session["auth_token"]}
print "private search chemistry"
print "header:",headers
oxides = get(env("API_HOST")+"oxides/", params = {"fields": "species", "page_size": 100, "format": "json"},headers = headers).json()["results"]
elements = get(env("API_HOST")+"elements/", params = {"fields": "name,symbol", "page_size": 120, "format": "json"},headers=headers).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"},headers = headers).json()["results"]
except:
print "public search chemistry"
headers = {}
oxides = get(env("API_HOST")+"oxides/", params = {"fields": "species", "page_size": 100, "format": "json"}).json()["results"]
elements = get(env("API_HOST")+"elements/", params = {"fields": "name,symbol", "page_size": 120, "format": "json"}).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"}).json()["results"]
return render_template("chemical_search_form.html",
oxides = oxides,
elements = elements,
minerals = minerals,
fields_dict = sorted(fields_dict),
fields = sorted(fields_dict.keys()),
sorting_dict = sorted(sorting_dict),
auth_token = session.get("auth_token",None),
email = session.get("email",None),
name = session.get("name",None)
)
def search():
print "search Arguments: ",request.args
print "session data: ", session
#get all filter options from API, use format = json and minimum page sizes to speed it up
if request.args.get("resource") == "samples":
#resource value set in search_form.html, appends samples.html to bottom of page
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("samples")+"?"+urlencode(fixedListArgs))
if request.args.get("resource") == "chemical_analyses":
#minerals_and option not valid parameter for analyses
#sets sample_filters b/c search samples only has sample filters
#appends chemical_analyses.html to bottom of page
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("chemical_analyses")+"?"+urlencode(fixedListArgs)+"&sample_filters=True")
#get all filter options from API, use format = json and minimum page sizes to speed it up
regions = get(env("API_HOST")+"regions/", params = {"fields": "name", "page_size": 2000, "format": "json"}).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"}).json()["results"]
rock_types = get(env("API_HOST")+"rock_types/", params = {"fields": "name", "page_size": 40, "format": "json"}).json()["results"]
collectors = get(env("API_HOST")+"collectors/", params = {"fields": "name", "page_size": 140, "format": "json"}).json()["results"]
references = get(env("API_HOST")+"references/", params = {"fields": "name", "page_size": 1100, "format": "json"}).json()["results"]
metamorphic_grades = get(env("API_HOST")+"metamorphic_grades/", params = {"fields": "name", "page_size": 30, "format": "json"}).json()["results"]
metamorphic_regions = get(env("API_HOST")+"metamorphic_regions/", params = {"fields": "name", "page_size": 240, "format": "json"}).json()["results"]
countries = get(env("API_HOST")+"country_names/", params = {"format": "json"}).json()["country_names"]
numbers = get(env("API_HOST")+"sample_numbers/", params = {"format": "json"}).json()["sample_numbers"]
owners = get(env("API_HOST")+"sample_owner_names/", params = {"format": "json"}).json()["sample_owner_names"]
return render_template("search_form.html",
regions = regions,
minerals = minerals,
rock_types = rock_types,
collectors = collectors,
references = references,
metamorphic_grades = metamorphic_grades,
metamorphic_regions = metamorphic_regions,
countries = countries,
numbers = numbers,
owners = owners,
auth_token = session.get("auth_token",None),
email = session.get("email",None),
name = session.get("name",None)
)
def search_chemistry():
#basically the same as search samples but with analysis filter options
if request.args.get("resource") == "chemical_analyses":
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("chemical_analyses")+"?"+urlencode(fixedListArgs))
if request.args.get("resource") == "sample":
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("samples")+"?"+urlencode(fixedListArgs)+"&chemical_analyses_filters=True")
#Add headers for authentication of
oxides = {}
elements = {}
minerals = {}
try:
headers = {"Authorization":"Token "+session["auth_token"]}
print "private search chemistry"
print "HEADER:",headers
oxides = get(env("API_HOST")+"oxides/", params = {"fields": "species", "page_size": 100, "format": "json"},headers = headers).json()["results"]
elements = get(env("API_HOST")+"elements/", params = {"fields": "name,symbol", "page_size": 120, "format": "json"},headers=headers).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"},headers = headers).json()["results"]
except:
print "public search chemistry"
headers = {}
oxides = get(env("API_HOST")+"oxides/", params = {"fields": "species", "page_size": 100, "format": "json"}).json()["results"]
elements = get(env("API_HOST")+"elements/", params = {"fields": "name,symbol", "page_size": 120, "format": "json"}).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"}).json()["results"]
print 'len',len(oxides),len(elements),len(minerals)
return render_template("chemical_search_form.html",
oxides = oxides,
elements = elements,
minerals = minerals,
auth_token = session.get("auth_token",None),
email = session.get("email",None),
name = session.get("name",None)
)
def search():
#get all filter options from API, use format = json and minimum page sizes to speed it up
if request.args.get("resource") == "samples":
#resource value set in search_form.html, appends samples.html to bottom of page
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("samples")+"?"+urlencode(fixedListArgs))
if request.args.get("resource") == "chemical_analyses":
#minerals_and option not valid parameter for analyses
#sets sample_filters b/c search samples only has sample filters
#appends chemical_analyses.html to bottom of page
return redirect(url_for("chemical_analyses")+"?"+urlencode(request.args)+"&sample_filters=True")
#get all filter options from API, use format = json and minimum page sizes to speed it up
regions = get(env("API_HOST")+"regions/", params = {"fields": "name", "page_size": 2000, "format": "json"}).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"}).json()["results"]
rock_types = get(env("API_HOST")+"rock_types/", params = {"fields": "name", "page_size": 40, "format": "json"}).json()["results"]
collectors = get(env("API_HOST")+"collectors/", params = {"fields": "name", "page_size": 140, "format": "json"}).json()["results"]
references = get(env("API_HOST")+"references/", params = {"fields": "name", "page_size": 1100, "format": "json"}).json()["results"]
metamorphic_grades = get(env("API_HOST")+"metamorphic_grades/", params = {"fields": "name", "page_size": 30, "format": "json"}).json()["results"]
metamorphic_regions = get(env("API_HOST")+"metamorphic_regions/", params = {"fields": "name", "page_size": 240, "format": "json"}).json()["results"]
countries = get(env("API_HOST")+"country_names/", params = {"format": "json"}).json()["country_names"]
numbers = get(env("API_HOST")+"sample_numbers/", params = {"format": "json"}).json()["sample_numbers"]
owners = get(env("API_HOST")+"sample_owner_names/", params = {"format": "json"}).json()["sample_owner_names"]
return render_template("search_form.html",
regions = regions,
minerals = minerals,
rock_types = rock_types,
collectors = collectors,
references = references,
metamorphic_grades = metamorphic_grades,
metamorphic_regions = metamorphic_regions,
countries = countries,
numbers = numbers,
owners = owners,
auth_token = session.get("auth_token",None),
email = session.get("email",None),
name = session.get("name",None)
)
def search_chemistry():
#basically the same as search samples but with analysis filter options
if request.args.get("resource") == "chemical_analyses":
return redirect(url_for("chemical_analyses")+"?"+urlencode(request.args))
if request.args.get("resource") == "sample":
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("samples")+"?"+urlencode(fixedListArgs)+"&chemical_analyses_filters=True")
oxides = get(env("API_HOST")+"oxides/", params = {"fields": "species", "page_size": 100, "format": "json"}).json()["results"]
elements = get(env("API_HOST")+"elements/", params = {"fields": "name,symbol", "page_size": 120, "format": "json"}).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"}).json()["results"]
return render_template("chemical_search_form.html",
oxides = oxides,
elements = elements,
minerals = minerals,
auth_token = session.get("auth_token",None),
email = session.get("email",None),
name = session.get("name",None)
)
def search():
filters = dict(request.args)
print "Search arguments: ", request.args
print "Session data: ", session
#get all filter options from API, use format = json and minimum page sizes to speed it up
if request.args.get("resource") == "samples":
#resource value set in search_form.html, appends samples.html to bottom of page
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
# Decode utf before encoding as url
for k,v in fixedListArgs.iteritems():
if isinstance(v, unicode):
v = v.encode("utf8")
elif isinstance(v, str):
v.decode("utf8")
fixedListArgs[k] = v
return redirect(url_for("samples")+"?"+urlencode(fixedListArgs))
if request.args.get("resource") == "chemical_analyses":
#minerals_and option not valid parameter for analyses
#sets sample_filters b/c search samples only has sample filters
#appends chemical_analyses.html to bottom of page
fixedListArgs = combine_identical_parameters(request.args.iteritems(multi=True))
return redirect(url_for("chemical_analyses")+"?"+urlencode(fixedListArgs)+"&sample_filters=True")
my_samples = None
if "my_samples" in filters:
my_samples = get(env("API_HOST")+"samples/?&emails="+session.get("email", None), params={"format":"json"}).json()
#get all filter options from API, use format = json and minimum page sizes to speed it up
regions = get(env("API_HOST")+"regions/", params = {"fields": "name", "page_size": 2000, "format": "json"}).json()["results"]
minerals = get(env("API_HOST")+"minerals/", params = {"fields": "name", "page_size": 200, "format": "json"}).json()["results"]
rock_types = get(env("API_HOST")+"rock_types/", params = {"fields": "name", "page_size": 40, "format": "json"}).json()["results"]
# collectors = get(env("API_HOST")+"collectors/", params = {"fields": "name", "page_size": 140, "format": "json"}).json()["results"]
# references = get(env("API_HOST")+"references/", params = {"fields": "name", "page_size": 2000, "format": "json"}).json()["results"]
metamorphic_grades = get(env("API_HOST")+"metamorphic_grades/", params = {"fields": "name", "page_size": 30, "format": "json"}).json()["results"]
metamorphic_regions = get(env("API_HOST")+"metamorphic_regions/", params = {"fields": "id,name,shape", "page_size": 240, "format": "json"}).json()["results"]
fields_dict = {'Subsamples':'subsample_ids', 'Chemical Analyses':'chemical_analyses_ids', 'Collector':'collector_name', 'Images':'images', 'Owner':'owner', 'Regions':'regions', \
'Country':'country','Metamorphic Grades':'metamorphic_grades', 'Metamorphic Regions':'metamorphic_regions', 'Minerals':'minerals', \
'References':'references','Latitude':'latitude', 'Longitude':'longitude', 'Collection Date':'collection_date', 'Rock Type':'rock_type'}
sorting_dict = {'Sample Number':'number','Subsamples':'subsamples', 'Collection Date':'collection_date','Subsamples':'subsamples', 'Country':'country', \
'Images':'images','Metamorphic Grades':'metamorphic_grades','Owner':'owner__name', 'References':'references__name', \
'Rock Type':'rock_type__name', \
'Chemical Analyses':'chemical_analyses'}
countries = get(env("API_HOST")+"country_names/", params = {"format": "json"}).json()["country_names"]
# numbers = get(env("API_HOST")+"sample_numbers/", params = {"format": "json"}).json()["sample_numbers"]
# owners = get(env("API_HOST")+"sample_owner_names/", params = {"format": "json"}).json()["sample_owner_names"]
# my_samples = filters['my_samples'] if 'my_samples' in filters else False
# Filter antarctica which is currently glitched
metamorphic_regions = [x for x in metamorphic_regions if x["id"] != "091577af-4592-405c-b63e-5b8ecdc69264"]
# clean up metamorphic_regions shapes
polygons = {}
for i in range(len(metamorphic_regions)):
polygons[metamorphic_regions[i]["id"]] = {"name": metamorphic_regions[i]["name"], "shape": extract_points_from_shape(metamorphic_regions[i]["shape"])}
return render_template("search_form.html",
regions = regions,
minerals = minerals,
rock_types = rock_types,
polygons=polygons,
metamorphic_grades = metamorphic_grades,
metamorphic_regions = metamorphic_regions,
sorting_dict = sorted(sorting_dict),
fields = sorted(fields_dict.keys()),
countries = countries,
# numbers = sorted(numbers),
my_samples = my_samples,
# owners = sorted(set(owners)),
auth_token = session.get("auth_token",None),
email = session.get("email",None),
name = session.get("name",None)
)
