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122 lines
4.2 KiB
Python
122 lines
4.2 KiB
Python
import CoolProp
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import os
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fluid_template = """.. _fluid_{fluid:s}:
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{fluid_stars:s}
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{fluid:s}
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{fluid_stars:s}
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References
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==========
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{references:s}
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{aliases:s}
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Fluid Information
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=================
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.. csv-table::
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:header-rows: 1
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:widths: 40, 60
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:file: {fluid:s}-info.csv
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REFPROP Validation Data
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=======================
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.. note::
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You can download the script that generated the following figure here: :download:`(link to script)<REFPROPplots/{fluid:s}.py>`, right-click the link and then save as... or the equivalent in your browser. You can also download this figure :download:`as a PDF<REFPROPplots/{fluid:s}.pdf>`.
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.. image:: REFPROPplots/{fluid:s}.png
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Consistency Plots
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=================
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The following figure shows all the flash routines that are available for this fluid. A red + is a failure of the flash routine, a black dot is a success. Hopefully you will only see black dots
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The red curve is the maximum temperature curve, and the blue curve is the melting line if one is available for the fluid.
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.. note::
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You can download the script that generated the following figure here: :download:`(link to script)<Consistencyplots/{fluid:s}.py>`, right-click the link and then save as... or the equivalent in your browser. You can also download this figure :download:`as a PDF<Consistencyplots/{fluid:s}.pdf>`.
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.. image:: Consistencyplots/{fluid:s}.png
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"""
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table_template = """ Parameter, Value
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Molar mass [kg/mol],{mm:s}
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CAS, {CAS:s}
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ASHRAE, {ASHRAE:s}
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Triple point temperature [K],{Tt:s}
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Triple point pressure [Pa], {pt:s}
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Critical point temperature [K], {Tc:s}
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Critical point pressure [Pa], {pc:s}
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Critical point density [kg/m3], {rhoc_mass:s}
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Critical point density [mol/m3], {rhoc_molar:s}
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"""
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class FluidInfoTableGenerator(object):
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def __init__(self, name):
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self.name = name
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def write(self, path):
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def tos(n):
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''' convert number to nicely formatted string '''
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n = str(n)
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if 'e' in n:
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n = n.replace('e',':math:`\times 10^{')
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n += '}`'
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else:
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return n
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molar_mass = CoolProp.CoolProp.PropsSI(self.name,'molemass')
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Tt = CoolProp.CoolProp.PropsSI(self.name,'Ttriple')
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Tc = CoolProp.CoolProp.PropsSI(self.name,'Tcrit')
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pc = CoolProp.CoolProp.PropsSI(self.name,'pcrit')
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pt = CoolProp.CoolProp.PropsSI(self.name,'ptriple')
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rhoc_mass = CoolProp.CoolProp.PropsSI(self.name,'rhomass_critical')
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rhoc_molar = CoolProp.CoolProp.PropsSI(self.name,'rhomolar_critical')
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CAS = CoolProp.CoolProp.get_fluid_param_string(self.name, "CAS")
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ASHRAE = CoolProp.CoolProp.get_fluid_param_string(self.name, "ASHRAE34")
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args = dict(mm = tos(molar_mass),
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Tt = tos(Tt),
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pt = tos(pt),
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Tc = tos(Tc),
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rhoc_mass = tos(rhoc_mass),
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rhoc_molar = tos(rhoc_molar),
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pc = tos(pc),
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CAS = tos(CAS),
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ASHRAE = tos(ASHRAE))
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out = table_template.format(**args)
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with open(os.path.join(path, self.name+'-info.csv'),'w') as fp:
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print 'writing', os.path.join(path, self.name+'-info.csv')
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fp.write(out)
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class FluidGenerator(object):
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def __init__(self, fluid):
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self.fluid = fluid
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def write(self, path):
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# Write CSV table data for fluid information
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ITG = FluidInfoTableGenerator(self.fluid)
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ITG.write(path)
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aliases = ', '.join(['``' + a.strip() + '``' for a in CoolProp.CoolProp.get_fluid_param_string(self.fluid, 'aliases').strip().split(',') if a])
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if aliases:
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aliases = 'Aliases\n=======\n\n'+aliases + '\n'
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# Write RST file for fluid
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out = fluid_template.format(aliases = aliases,
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fluid = self.fluid,
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fluid_stars = '*'*len(self.fluid),
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references = ''
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)
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with open(os.path.join(path, self.fluid+'.rst'),'w') as fp:
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print 'writing', os.path.join(path, self.fluid+'.rst')
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fp.write(out) |