chartline = P.find_line('<!-- charts -->') + 1
# Build the substance menu
# Include all multiphase collection members
values = []
for name in pm.dat.data:
if name.startswith('mp.'):
values.append(name)
#Try to parse the user's inputs
try:
species, p1, T1, up, uT, uE, uM, uV = pmcgi.argparse([
('id', str, 'mp.H2O'),
('p1', float, -9999), #-9999 indicates no value was entered
('T1', float, -9999),
('up', str, 'kPa'),
('uT', str, 'K'),
('uE', str, 'kJ'),
('uM', str, 'kg'),
('uV', str, 'm3')
])
except:
#An example way to get here is by entering letters into the boxes
lu.perror(
P,
'Unable to parse one of the inputs. Make sure you are using valid numbers.',
errline)
#Set up the unit selector
lu.unitsetup(P, up, uT, uE, uM, uV, unitline)
#Set up the species spinner
unitline = P.find_line('<!-- units -->')+4 #line where we begin the unit selector mess
resline = P.find_line('<!-- results -->')+1 #line where we begin the results
errline = P.find_line('<!-- errors -->') +1 #line where we insert errors
chartline = P.find_line('<!-- charts -->')+1 #line where we begin inserting a chart
coordsline = P.find_line('<!-- coordinates -->')+42 #line where we begin inserting chart coords
try:
species, p1, p2, T3, mdot, syscost, FuelEff, eta_pump, eta_turb, up, uT, uE, uM, uV = pmcgi.argparse([
('id',str,'mp.H2O'),
('p1',float,100),
('p2',float,8000),
('T3',float,450),
('mdot',float,5),
('syscost',float,1000000),
('FuelEff',float,0.85),
('eta_pump',float,0.85),
('eta_turb',float,0.85),
('up',str,'kPa'),
('uT',str,'C'),
('uE',str,'kJ'),
('uM',str,'kg'),
('uV',str,'m3') ])
except:
#An example way to get here is by entering letters into the boxes
lu.perror(P,'Unable to parse one of the inputs. Make sure you are using valid numbers.',errline)
#Set up the unit selector
lu.unitsetup(P,up,uT,uE,uM,uV,unitline)
#Set up the species spinner
import io
import sys
#Silence STDOUT warnings
#https://stackoverflow.com/questions/2828953/silence-the-stdout-of-a-function-in-python-without-trashing-sys-stdout-and-resto
@contextlib.contextmanager
def nostdout():
save_stdout = sys.stdout
sys.stdout = io.BytesIO()
yield
sys.stdout = save_stdout
species, type, plin, Tlin, vlin, hlin, slin, up, uT, uE, uM, uV = pmcgi.argparse(
[('id'), ('type', str, 'Ts'), ('plin', str, 'false'),
('Tlin', str, 'false'), ('vlin', str, 'false'), ('hlin', str, 'false'),
('slin', str, 'false'), ('up'), ('uT'), ('uE'), ('uM'), ('uV')])
# Apply the units
pm.config['unit_temperature'] = uT
pm.config['unit_pressure'] = up
pm.config['unit_matter'] = uM
pm.config['unit_energy'] = uE
pm.config['unit_volume'] = uV
this = pm.get(species)
# Calculate the states
F = pm.get(species)
if plin == 'true':
import io
import sys
#Silence STDOUT warnings
#https://stackoverflow.com/questions/2828953/silence-the-stdout-of-a-function-in-python-without-trashing-sys-stdout-and-resto
@contextlib.contextmanager
def nostdout():
save_stdout = sys.stdout
sys.stdout = io.BytesIO()
yield
sys.stdout = save_stdout
species, T1, up, uT, uE, uM, uV = pmcgi.argparse([('id'), ('T1', float),
('up'), ('uT'), ('uE'),
('uM'), ('uV')])
# Apply the units
pm.config['unit_temperature'] = uT
pm.config['unit_pressure'] = up
pm.config['unit_matter'] = uM
pm.config['unit_energy'] = uE
pm.config['unit_volume'] = uV
this = pm.get(species)
# Calculate the states
F = pm.get(species)
# We don't know where the state will be exactly
#find critical lines in the
speciesline = P.find_line(
'<!-- inputs -->') + 3 #line to insert the species spinner
inpline = P.find_line('<!-- inputs -->') + 4 #line to begin the input boxes
unitline = P.find_line(
'<!-- units -->') + 4 #line where we begin the unit selector mess
resline = P.find_line('<!-- results -->') + 1 #line where we begin the results
errline = P.find_line('<!-- errors -->') + 1 #line where we insert errors
#coordsline = 112
#Try to parse the user's inputs
try:
species, T1, h1, up, uT, uE, uM, uV = pmcgi.argparse([
('id', str, 'ig.air'), ('T1', float, -999999), ('h1', float, -999999),
('up', str, 'kPa'), ('uT', str, 'K'), ('uE', str, 'kJ'),
('uM', str, 'kg'), ('uV', str, 'm3')
])
except:
#An example way to get here is by entering letters into the boxes
lu.perror(
P,
'Unable to parse one of the inputs. Make sure you are using valid numbers.',
errline)
#Set up the unit selector
lu.unitsetup(P, up, uT, uE, uM, uV, unitline)
#Set up the species spinner
lu.setspeciesselect_ig(P, species, speciesline, 56)
import io
import sys
#Silence STDOUT warnings
#https://stackoverflow.com/questions/2828953/silence-the-stdout-of-a-function-in-python-without-trashing-sys-stdout-and-resto
@contextlib.contextmanager
def nostdout():
save_stdout = sys.stdout
sys.stdout = io.BytesIO()
yield
sys.stdout = save_stdout
species, p1, p2, T3, eta_pump, eta_turb, up, uT, uE, uM, uV = pmcgi.argparse([
('id'), ('p1', float), ('p2', float), ('T3', float), ('eta_pump', float),
('eta_turb', float), ('up'), ('uT'), ('uE'), ('uM'), ('uV')
])
# Apply the units
pm.config['unit_temperature'] = uT
pm.config['unit_pressure'] = up
pm.config['unit_matter'] = uM
pm.config['unit_energy'] = uE
pm.config['unit_volume'] = uV
this = pm.get(species)
# Calculate the states
F = pm.get(species)
with nostdout():
source = '/var/www/html/live/rankine.html'
param_line = 32
units_line = 43
# Print the header so the page will display even if something goes wrong
print("Content-type: text/html")
print("")
species, p1, p2, eta12, eta23, eta34, up, uT, uE, uM, uV = pmcgi.argparse([
('id',str,'mp.H2O'),
('p1',float,1.01325),
('p2',float,10),
('eta12',float,1),
('eta23',float,1),
('eta34',float,1),
('up',str,'bar'),
('uT',str,'K'),
('uE',str,'kJ'),
('uM',str,'kg'),
('uV',str,'m3') ])
P = pmcgi.PMPage(source)
# Build the substance menu
# Include all multiphase collection members
values = []
for name in pm.dat.data:
if name.startswith('mp.'):
values.append(name)
resline = P.find_line('<!-- results -->') + 1
errline = P.find_line('<!-- errors -->') + 1
chartline = P.find_line('<!-- charts -->') + 2
# Build the substance menu
# Include all multiphase collection members
values = []
for name in pm.dat.data:
if name.startswith('mp.'):
values.append(name)
#Try to parse the user's inputs
try:
species, plin, Tlin, vlin, hlin, slin, up, uT, uE, uM, uV = pmcgi.argparse(
[('id', str, 'mp.H2O'), ('plines', str, 'false'),
('Tlines', str, 'false'), ('vlines', str, 'false'),
('hlines', str, 'false'), ('slines', str, 'false'),
('up', str, 'kPa'), ('uT', str, 'K'), ('uE', str, 'kJ'),
('uM', str, 'kg'), ('uV', str, 'm3')])
except:
#should be impossible to get here
pass
#Set up the unit selector
lu.unitsetup(P, up, uT, uE, uM, uV, unitline)
#Set up the species spinner
lu.setspeciesselect(P, species, speciesline, 56)
# Apply the units within pyromat
pm.config['unit_temperature'] = uT
pm.config['unit_pressure'] = up
