def main():
global arrays, dimensions, subs, variables
with open(filepath, 'r') as f:
text = f.read()
#Comment pattern
comments = re.compile(r"\n(?:[cC][\s\S]*?\n)+")
#Pattern to find cgas subroutines in the Fortran file.
find_csubs = re.compile(r"SUBROUTINE CGAS([0-9]+)([\S\s]*?)END[\s]*\n")
#Pattern to find gas subroutines in the Fortran file.
text = re.sub(comments, "\n", text)
subs = re.findall(find_csubs, text)
for sub in subs:
i = int(sub[0])
if i in gas_dict:
dimensions[i] = get_dimensions(sub[1])
arrays[i] = {}
arrays[i] = get_arrays(sub[1], dimensions[i], arrays[i])
arrays[i] = get_flat_arrays(sub[1], arrays[i], dimensions[i])
arrays[i] = get_multi_arrays(sub[1], arrays[i], dimensions[i])
for gas in gas_dict:
formula = gas_dict[gas]['formula']
i = 0
for pair in formula:
element = utils.getSingle(pair)
number = pair[element]
if element not in elements:
elements[element] = get_element_data(element, number, i,
arrays[gas],
dimensions[gas])
i += 1
write_data(elements)
def getById(id):
"""
GET /<id>
Return a single recipe depending on the requested MIME-type.
Render a template with Microdata if text/html is requested.
:param id: the id of the requested resource
"""
if 'text/html' in request.headers.get('Accept'):
entry = Resource(graph, URIRef(LOCAL[id]))
recipe = Recipe().deserialize(entry)
return render_template('recipe/recipe.html', recipe=recipe)
elif 'application/json+ld' in request.headers.get('Accept'):
return getSingle(graph, LOCAL, id).serialize(format='json-ld')
return getSingle(graph, LOCAL, id)
def getRDFIngredient(id):
if 'application/json+ld' in request.headers.get('Accept'):
return getSingle(graph, LOCAL, id).serialize(format='json-ld')
return getSingle(graph, LOCAL, id)
