print
a = PQU(2.3, "MeV")
a1 = PQU("2.3 +/- 1e-14 MeV")
a2 = PQU("2.30000000000003(1)", "MeV")
b = PQU(3e2, "m")
c = PQU(1, "J")
print 'a = ', a
print 'a1 = ', a1
print 'a2 = ', a2
print 'b = ', b
print 'c = ', c
print c.inBaseUnits()
print
print a.inBaseUnits()
print a.getValueAs('m**2*kg/s**2')
print a * b
print a
a.convertToUnit('J')
print a
print a * b
print a.inBaseUnits()
print b.inBaseUnits()
print
c = PQU(342, "", ".12%")
print c
print c.info(significantDigits=15)
print 100 + c
# 3. Also, reference herein to any specific commercial products, process, or services
# by trade name, trademark, manufacturer or otherwise does not necessarily constitute
# or imply its endorsement, recommendation, or favoring by the United States Government
# or Lawrence Livermore National Security, LLC. The views and opinions of authors expressed
# herein do not necessarily state or reflect those of the United States Government or
# Lawrence Livermore National Security, LLC, and shall not be used for advertising or
# product endorsement purposes.
#
# <<END-copyright>>
from pqu.PQU import PQU
v = PQU('1.234(56) eV')
print v
u = v.getValueAs('MeV')
print type(u), u
u = v.getValueAs('MeV', asPQU=True)
print type(u), u
u = v.getUncertaintyValueAs()
print type(u), u
u = v.getUncertaintyValueAs('MeV')
print type(u), u
u = v.getUncertaintyValueAs(asPQU=True)
print type(u), u
u = v.getUncertaintyValueAs('MeV', asPQU=True)