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omero_model_PressureI.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# Copyright (C) 2014 Glencoe Software, Inc. All Rights Reserved.
# Use is subject to license terms supplied in LICENSE.txt
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
"""
Code-generated omero.model.Pressure implementation,
based on omero.model.PermissionsI
"""
from builtins import str
from past.builtins import basestring
import Ice
import IceImport
IceImport.load("omero_model_Pressure_ice")
_omero = Ice.openModule("omero")
_omero_model = Ice.openModule("omero.model")
__name__ = "omero.model"
from omero_model_UnitBase import UnitBase
from omero.model.enums import UnitsPressure
from omero.conversions import Add # nopep8
from omero.conversions import Int # nopep8
from omero.conversions import Mul # nopep8
from omero.conversions import Pow # nopep8
from omero.conversions import Rat # nopep8
from omero.conversions import Sym # nopep8
class PressureI(_omero_model.Pressure, UnitBase):
UNIT_VALUES = sorted(UnitsPressure._enumerators.values())
CONVERSIONS = dict()
for val in UNIT_VALUES:
CONVERSIONS[val] = dict()
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.ATTOPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 18)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.BAR] = \
Mul(Rat(Int(4053), Int(4000)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(4053), Int(40)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.CENTIPASCAL] = \
Mul(Int(10132500), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.DECAPASCAL] = \
Mul(Rat(Int(20265), Int(2)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(4053), Int(400)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.DECIPASCAL] = \
Mul(Int(1013250), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 16))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.FEMTOPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 15)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 7))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.HECTOPASCAL] = \
Mul(Rat(Int(4053), Int(4)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 6))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(4053), Int(40)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 9))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 4))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MICROPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 6)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MILLIBAR] = \
Mul(Rat(Int(4053), Int(4)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MILLIPASCAL] = \
Mul(Int(101325000), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(19), Int(25)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(965), Pow(10, 9)), Int(1269737023)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.NANOPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 9)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 13))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.PICOPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 12)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(120625), Pow(10, 9)), Int("8208044396629")), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.PASCAL] = \
Mul(Int(101325), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 10))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.TORR] = \
Mul(Int(760), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.YOCTOPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 24)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 22))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.ZEPTOPASCAL] = \
Mul(Mul(Int(101325), Pow(10, 21)), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATMOSPHERE][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(4053), Mul(Int(4), Pow(10, 19))), Sym("atm")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(1), Mul(Int(101325), Pow(10, 18))), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Pow(10, 23)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(1), Pow(10, 21)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Rat(Int(1), Pow(10, 16)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 19)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Pow(10, 22)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Rat(Int(1), Pow(10, 17)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 36)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 27)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 20)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 26)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 21)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 29)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 24)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Rat(Int(1), Pow(10, 12)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Rat(Int(1), Pow(10, 20)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Rat(Int(1), Pow(10, 15)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(19), Mul(Int(2533125), Pow(10, 18))), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Int(1), Mul(Int("133322387415"), Pow(10, 9))), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 33)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Int(1), Mul(Int("689475729316836"), Pow(10, 7))), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.PASCAL] = \
Mul(Rat(Int(1), Pow(10, 18)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 30)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(19), Mul(Int(2533125), Pow(10, 15))), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 6), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 42)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Int(1000), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.ATTOPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 39)), Sym("attopa")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(4000), Int(4053)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 23), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.CENTIBAR] = \
Mul(Int(100), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 7), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.DECAPASCAL] = \
Mul(Pow(10, 4), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.DECIBAR] = \
Mul(Int(10), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 6), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 20), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.HECTOPASCAL] = \
Mul(Int(1000), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Int(1000)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.KILOPASCAL] = \
Mul(Int(100), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 11), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MILLIBAR] = \
Mul(Int(1000), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 8), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(3040), Int(4053)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 13)), Int("26664477483")), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 14), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 17), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 14)), Int("172368932329209")), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.PASCAL] = \
Mul(Pow(10, 5), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.TORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 4)), Int(4053)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 29), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 19)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 26), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.BAR][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 16)), Sym("bar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(40), Int(4053)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 21), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Int(100)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 5), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.DECAPASCAL] = \
Mul(Int(100), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Int(10)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 4), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 15)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 18), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.HECTOPASCAL] = \
Mul(Int(10), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.KILOPASCAL] = \
Sym("cbar") # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 8)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 9), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MILLIBAR] = \
Mul(Int(10), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 6), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(152), Int(20265)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 11)), Int("26664477483")), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 12), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 12)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 15), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 12)), Int("172368932329209")), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.PASCAL] = \
Mul(Int(1000), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.TORR] = \
Mul(Rat(Int(30400), Int(4053)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 27), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 21)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 24), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIBAR][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 18)), Sym("cbar")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(1), Int(10132500)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 16), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 20)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 13), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 11)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 8)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 4), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Int(10), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(19), Int(253312500)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 6)), Int("26664477483")), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 7), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 17)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 10), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 7)), Int("172368932329209")), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.PASCAL] = \
Mul(Rat(Int(1), Int(100)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 14)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(38), Int(506625)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 22), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 26)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 19), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.CENTIPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 23)), Sym("centipa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(2), Int(20265)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 19), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(1), Int(100)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Int(1000), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Int(1000)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Int(100), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 17)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 16), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 8)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(1), Int(100)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 7), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Rat(Int(1), Int(10)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 4), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(38), Int(506625)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 9)), Int("26664477483")), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 10), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 14)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 13), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 10)), Int("172368932329209")), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.PASCAL] = \
Mul(Int(10), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 11)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(304), Int(4053)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 25), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 23)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 22), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECAPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 20)), Sym("decapa")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(400), Int(4053)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 22), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Int(10)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.CENTIBAR] = \
Mul(Int(10), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 6), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.DECAPASCAL] = \
Mul(Int(1000), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 5), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 14)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 19), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.HECTOPASCAL] = \
Mul(Int(100), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.KILOPASCAL] = \
Mul(Int(10), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Int(100)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 10), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MILLIBAR] = \
Mul(Int(100), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 7), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(304), Int(4053)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 12)), Int("26664477483")), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 13), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 11)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 16), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 13)), Int("172368932329209")), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.PASCAL] = \
Mul(Pow(10, 4), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 8)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.TORR] = \
Mul(Rat(Int(304000), Int(4053)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 28), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 20)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 25), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIBAR][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 17)), Sym("dbar")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(1), Int(1013250)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 17), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Int(10), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Rat(Int(1), Int(100)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 19)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 14), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 12)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 5), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Rat(Int(1), Int(1000)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Int(100), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(19), Int(25331250)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 7)), Int("26664477483")), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 8), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 16)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 11), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 8)), Int("172368932329209")), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.PASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(76), Int(101325)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 23), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 25)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 20), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.DECIPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 22)), Sym("decipa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Mul(Int(4), Pow(10, 16)), Int(4053)), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 36), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.BAR] = \
Mul(Pow(10, 13), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Pow(10, 15), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 20), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Pow(10, 17), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.DECIBAR] = \
Mul(Pow(10, 14), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 19), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 33), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Pow(10, 9), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Pow(10, 16), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.KILOBAR] = \
Mul(Pow(10, 10), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Pow(10, 15), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MEGABAR] = \
Mul(Pow(10, 7), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Pow(10, 12), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 24), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Pow(10, 16), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 21), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 14)), Int(4053)), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 26)), Int("26664477483")), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 27), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Int(1000), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 30), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 27)), Int("172368932329209")), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.PASCAL] = \
Mul(Pow(10, 18), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Pow(10, 6), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 17)), Int(4053)), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 42), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 39), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.EXAPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("exapa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(1), Mul(Int(101325), Pow(10, 15))), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Int(1000), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Pow(10, 20)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(1), Pow(10, 18)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 16)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Pow(10, 19)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Rat(Int(1), Pow(10, 14)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 33)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 24)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 17)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 23)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 18)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 26)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 21)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Rat(Int(1), Pow(10, 17)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Rat(Int(1), Pow(10, 12)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(19), Mul(Int(2533125), Pow(10, 15))), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Int(1), Mul(Int("133322387415"), Pow(10, 6))), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 30)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Int(1), Mul(Int("689475729316836"), Pow(10, 4))), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.PASCAL] = \
Mul(Rat(Int(1), Pow(10, 15)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 27)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(19), Mul(Int(2533125), Pow(10, 12))), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 9), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 39)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 6), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.FEMTOPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 36)), Sym("femtopa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Mul(Int(4), Pow(10, 7)), Int(4053)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 27), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.BAR] = \
Mul(Pow(10, 4), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Pow(10, 6), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 11), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Pow(10, 8), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.DECIBAR] = \
Mul(Pow(10, 5), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 10), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 24), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Pow(10, 7), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.KILOBAR] = \
Mul(Int(10), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Pow(10, 6), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Int(100)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Int(1000), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 15), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Pow(10, 7), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 12), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 5)), Int(4053)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 17)), Int("26664477483")), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 18), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 21), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 18)), Int("172368932329209")), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.PASCAL] = \
Mul(Pow(10, 9), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 8)), Int(4053)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 33), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 15)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 30), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.GIGAPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 12)), Sym("gigapa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(4), Int(4053)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 20), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Int(1000)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Rat(Int(1), Int(10)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 4), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Int(10), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Int(100)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Int(1000), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 16)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 17), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.KILOPASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 8), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MILLIBAR] = \
Sym("hectopa") # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 5), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(76), Int(101325)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 10)), Int("26664477483")), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 11), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 14), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 11)), Int("172368932329209")), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.PASCAL] = \
Mul(Int(100), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(3040), Int(4053)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 26), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 22)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 23), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.HECTOPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 19)), Sym("hectopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Mul(Int(4), Pow(10, 6)), Int(4053)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 26), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.BAR] = \
Mul(Int(1000), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.CENTIBAR] = \
Mul(Pow(10, 5), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 10), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.DECAPASCAL] = \
Mul(Pow(10, 7), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.DECIBAR] = \
Mul(Pow(10, 4), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 9), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 23), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.HECTOPASCAL] = \
Mul(Pow(10, 6), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.KILOPASCAL] = \
Mul(Pow(10, 5), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Int(1000)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MEGAPASCAL] = \
Mul(Int(100), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 14), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MILLIBAR] = \
Mul(Pow(10, 6), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 11), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MILLITORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 4)), Int(4053)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 16)), Int("26664477483")), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 17), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 20), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 17)), Int("172368932329209")), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.PASCAL] = \
Mul(Pow(10, 8), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.TORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 7)), Int(4053)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 32), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 16)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 29), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOBAR][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("kbar")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Int(40), Int(4053)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 21), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.BAR] = \
Mul(Rat(Int(1), Int(100)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.CENTIBAR] = \
Sym("kilopa") # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 5), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Int(100), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.DECIBAR] = \
Mul(Rat(Int(1), Int(10)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 4), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 15)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 18), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.GIGAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 6)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.HECTOPASCAL] = \
Mul(Int(10), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.KILOBAR] = \
Mul(Rat(Int(1), Pow(10, 5)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MEGABAR] = \
Mul(Rat(Int(1), Pow(10, 8)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MEGAPASCAL] = \
Mul(Rat(Int(1), Int(1000)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 9), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MILLIBAR] = \
Mul(Int(10), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 6), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MILLITORR] = \
Mul(Rat(Int(152), Int(20265)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 11)), Int("26664477483")), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 12), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 12)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 15), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 12)), Int("172368932329209")), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.PASCAL] = \
Mul(Int(1000), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 9)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.TORR] = \
Mul(Rat(Int(30400), Int(4053)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 27), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 21)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 24), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.KILOPASCAL][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 18)), Sym("kilopa")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Mul(Int(4), Pow(10, 9)), Int(4053)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 29), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.BAR] = \
Mul(Pow(10, 6), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.CENTIBAR] = \
Mul(Pow(10, 8), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 13), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.DECAPASCAL] = \
Mul(Pow(10, 10), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.DECIBAR] = \
Mul(Pow(10, 7), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 12), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.EXAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 7)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.FEMTOPASCAL] = \
Mul(Pow(10, 26), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.GIGAPASCAL] = \
Mul(Int(100), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.HECTOPASCAL] = \
Mul(Pow(10, 9), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.KILOBAR] = \
Mul(Int(1000), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.KILOPASCAL] = \
Mul(Pow(10, 8), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.MEGAPASCAL] = \
Mul(Pow(10, 5), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.MICROPASCAL] = \
Mul(Pow(10, 17), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.MILLIBAR] = \
Mul(Pow(10, 9), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.MILLIPASCAL] = \
Mul(Pow(10, 14), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.MILLITORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 7)), Int(4053)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.MMHG] = \
Mul(Rat(Mul(Int(2), Pow(10, 19)), Int("26664477483")), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.NANOPASCAL] = \
Mul(Pow(10, 20), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.PETAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 4)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.PICOPASCAL] = \
Mul(Pow(10, 23), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.PSI] = \
Mul(Rat(Mul(Int(25), Pow(10, 20)), Int("172368932329209")), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.PASCAL] = \
Mul(Pow(10, 11), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.TERAPASCAL] = \
Mul(Rat(Int(1), Int(10)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.TORR] = \
Mul(Rat(Mul(Int(304), Pow(10, 10)), Int(4053)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.YOCTOPASCAL] = \
Mul(Pow(10, 35), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.YOTTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 13)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.ZEPTOPASCAL] = \
Mul(Pow(10, 32), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGABAR][UnitsPressure.ZETTAPASCAL] = \
Mul(Rat(Int(1), Pow(10, 10)), Sym("megabar")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.ATMOSPHERE] = \
Mul(Rat(Mul(Int(4), Pow(10, 4)), Int(4053)), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.ATTOPASCAL] = \
Mul(Pow(10, 24), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.BAR] = \
Mul(Int(10), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.CENTIBAR] = \
Mul(Int(1000), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.CENTIPASCAL] = \
Mul(Pow(10, 8), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.DECAPASCAL] = \
Mul(Pow(10, 5), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.DECIBAR] = \
Mul(Int(100), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.DECIPASCAL] = \
Mul(Pow(10, 7), Sym("megapa")) # nopep8
CONVERSIONS[UnitsPressure.MEGAPASCAL][UnitsPressure.EXAPASCAL] = \