def enter_water():
db = SLDDB(DB_FILE)
for T, dens in WATER_DENSITY:
print(f'Water at {T}°C with density {dens}')
db.add_material(f'Water',
'H2O',
description=f"Water at {T}°C",
reference=WATER_DENSITY_REF,
ref_website=WATER_DENSITY_LINK,
density=dens,
temperature=T0 + T,
physical_state='liquid',
data_origin='textbook')
def enter_amino():
db = SLDDB(DB_FILE)
for name, formula, fu_volume in AMINO_DATA:
print(f'{name}: {formula} {fu_volume}')
db.add_material(name,
formula,
description=f"Amino acid in protein",
reference=f'{AMINO_DENS_REF}|{AMINO_HEX_REF}',
ref_website=AMINO_REF_LINK,
doi=AMINO_REF_DOI,
FU_volume=fu_volume,
tags=['biology', 'small organic'],
physical_state='solution',
data_origin='textbook')
def main():
db = SLDDB(DB_FILE)
for item in data:
print(item)
if len(item) > 3:
db.add_material(item[0],
item[0],
description=item[3],
reference="Christy Kinane",
density=item[1],
mu=item[2])
else:
db.add_material(item[0],
item[0],
reference="Christy Kinane",
density=item[1],
mu=item[2])
def input_material(args):
db = SLDDB(DB_FILE)
def get_input_args(field):
return fill_input(field, args)
if args['name'] == '' or args['formula'] == '':
flash("You have to supply a name and Formula!")
return render_template('input.html',
fields=input_fields,
get_input=get_input_args,
get_unit=get_unit)
useargs = dict(args.items())
name = args['name']
formula = args['formula']
del (useargs['material'])
del (useargs['name'])
del (useargs['formula'])
for key, value in list(useargs.items()):
if key == 'created_by' and value != '':
# encrypt the users email information
value = encryptor.enrypt(value)
useargs[key] = value
if db_lookup[key][1].html_list:
useargs[key] = request.form.getlist(key)
if value == '':
del (useargs[key])
try:
db.add_material(name, formula, **useargs)
except Exception as e:
flash("Error when trying to insert data:\n" + repr(e))
return render_template('input.html',
fields=input_fields,
get_input=get_input_args,
get_unit=get_unit)
return search_db(useargs)
def enter_rnadna():
db = SLDDB(DB_FILE)
for name, formula, fu_volume in RNA_ABRV:
print(f'{name}: {formula} {fu_volume}')
db.add_material(name,
formula,
description=f"Nucleotides in RNA",
reference=AMINO_DENS_REF,
ref_website=AMINO_REF_LINK,
FU_volume=fu_volume,
tags=['biology', 'small organic'],
physical_state='solution',
data_origin='textbook')
for name, formula, fu_volume in DNA_ABRV:
print(f'{name}: {formula} {fu_volume}')
db.add_material(name,
formula,
description=f"Nucleotides in DNA",
reference=AMINO_DENS_REF,
ref_website=AMINO_REF_LINK,
FU_volume=fu_volume,
tags=['biology', 'small organic'],
physical_state='solution',
data_origin='textbook')