P_net_list = np.arange(10e6, 160e6, 10e6) UB = [1473.15, 250e5, 4, 350, 250] LB = [1023.15, 240e5, 2.75, 250, 20] assert (len(UB) == len(LB)) num_data = 150 num_data_operating = 6 iters = 1 #Generate simulation samples lib.generate_samples(UB, LB, len(UB), num_data, num_data_operating, samplefn) points = np.genfromtxt(samplefn, skip_header=1, delimiter=',') print(points) os.chdir(simdir) #Inputs P_NET = [] T_IN_REF_BLK = [] P_HIGH = [] PR = [] DTEMP_HTF_PHX = [] DELTA = [] LOAD = [] T_HTF_IN = [] T_AMB_INPUT = []
'load',
'T_HTF_in',
'T_amb_input',
]
UB = [1.5e8, 1273.15, 250e5, 3, 853.15]
LB = [1e7, 1023.15, 240e5, 25 / 9.14, 798.15]
assert (len(UB) == len(LB))
num_data = 750
num_data_operating = 8
total_cases = num_data * num_data_operating
iters = 1
design_params_in = lib.generate_samples(UB, LB, len(UB), num_data)
assert (len(design_params_in) == num_data)
mofile = 'sCO2PBRig'
os.system('cp /home/philgun/solartherm-particle/examples/%s.mo .' % (mofile))
for ins in design_params_in:
to_write_1 = []
cmd_base = 'st_simulate --maxStep 0.02s --step 1s --stop 1s --start 0s --np=0 --tolerance 1e-06 %s.mo ' % (
mofile)
for i in range(len(ins)):
cmd_base += '%s=%s ' % (varname[i], round(ins[i], 2))
to_write_1.append(round(ins[i], 2))
#Design param of turbine inlet temperature - T_ref_blk - 100 --> T_ref_blk - 20
thigh = lib.generate_samples([ins[1] - 20], [ins[1] - 100], 1,
vals.append(value)
write_real = ''
for v in vals:
print(v)
write_real += '%s,' % (v)
write_real += '\n'
with open(resfn, 'a') as f:
f.write(write_real)
f.close()
elapsed_time = time.time() - now
print("TOTAL SIMULATION TIME: %s" % (elapsed_time))
'''
lib.generate_samples(UB,LB,len(UB),num_data,num_data_operating,samplefn)
points = np.genfromtxt(samplefn,skip_header=1,delimiter=',')
os.chdir(simdir)
#Saveresult
headers = [
'P_net',
'T_in_ref_blk',
'p_high',
'PR',
'Pinch_PHX',
'load',
'T_HTF_in',
'T_amb_input',
]
UB = [1.5e8, 1273.15, 250e5, 3, 853.15]
LB = [1e7, 1023.15, 240e5, 25 / 9.14, 798.15]
assert (len(UB) == len(LB))
num_data = 750
num_data_operating = 8
total_cases = num_data * num_data_operating
iters = 1
design_params_in = lib.generate_samples(UB, LB, len(UB), num_data)
assert (len(design_params_in) == num_data)
mofile = 'sCO2PBRig'
os.system('cp /home/philgun/solartherm-particle/examples/%s.mo .' % (mofile))
for ins in design_params_in:
to_write_1 = []
cmd_base = 'st_simulate --maxStep 0.02s --step 1s --stop 1s --start 0s --np=0 --tolerance 1e-06 %s.mo ' % (
mofile)
for i in range(len(ins)):
cmd_base += '%s=%s ' % (varname[i], round(ins[i], 2))
to_write_1.append(round(ins[i], 2))
#Design param of turbine inlet temperature - T_ref_blk - 100 --> T_ref_blk - 20
thigh = np.linspace(ins[1] - 100, ins[1] - 20, 10)