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	##########
	# SNII ()
	##########

	from PyChem import chemistry
	chemistry.init_chimie("../chemistry.simple.dat")
	chemistry.SNII_single_mass_ejection(20*chemistry.SolarMass_to_CodeUnits_Factor())
	chemistry.get_allelts_labels()

	##########
	# SNIa ()
	##########

	from PyChem import chemistry
	chemistry.init_chimie("../chemistry.simple.dat")
	chemistry.SNIa_single_mass_ejection(20*chemistry.SolarMass_to_CodeUnits_Factor())[2:]
	chemistry.get_allelts_labels()





	########################################
	# play with units
	########################################


	from PyChem import chemistry
	chemistry.init_chimie("../chemistry.simple.dat")
	chemistry.GetParameters()['UnitLength_in_cm']
	chemistry.GetParameters()['UnitVelocity_in_cm_per_s']
	chemistry.GetParameters()['UnitMass_in_g']



	from PyChem import chemistry
	params={}
	params['UnitMass_in_g']= 1.989e+33 # in msol
	chemistry.init_chimie("../chemistry.simple.dat",params=params)
	chemistry.GetParameters()['UnitMass_in_g']
	chemistry.GetParameters()['UnitVelocity_in_cm_per_s']
	chemistry.GetParameters()['UnitMass_in_g']