makefile.am

Flowlive The thermo library provides thermodynamical, chemical and physical properties of elements

## Source directory

# SUBDIRS =

h_sources = thermo.h \
	acentric_factor.h \
	boiling_point.h \
	critical_pressure.h \
	critical_temperature.h \
	density.h \
	diffusion.h \
	element.h \
	element_names.h \
	element_mass.h \
	emissivity.h \
	enthalpy_evaporation.h \
	enthalpy_formation.h \
	enthalpy_melting.h \
	heat_capacity_ratio.h \
	heat_conductivity.h \
	heatingvalue_high.h \
	heatingvalue_low.h \
	lewiscoefficients.h \
	mixture.h \
	nasalewis.h \
	specie.h \
	specie_names.h \
	specie_mass.h \
	specific_heat.h \
	surface_tension.h \
	thermo_const.h \
	thermo_types.h \
	transport.h \
	transportcoefficients.h \
	viscosity_gas.h \
	viscosity_liquid.h \
	wobbe_index.h

cc_sources = 
	acentric_factor.cpp \
	boiling_point.cpp \
	critical_pressure.cpp \
	critical_temperature.cpp \
	density.cpp \
	diffusion.cpp \
	element.cpp \
	element_mass.cpp \
	emissivity.cpp \
	enthylpy_evaporation.cpp \
	enthalpy_formation.cpp \
	enthalpy_melting.cpp \
	heat_capacity_ratio.cpp \
	heat_conductivity.cpp \
	mixture.cpp \
	nasalewis.cpp \
	specie.cpp \
	specie_mass.cpp \
	specific_heat.cpp \
	transport.cpp \
	viscosity_gas.cpp \
	viscosity_liquid.cpp

library_includedir=$(includedir)/$(GENERIC_LIBRARY_NAME)
library_include_HEADERS = $(h_sources)

INCLUDES = -I$(top_srcdir)

lib_LTLIBRARIES= libthermo.la
libthermo_la_SOURCES= $(h_sources) $(cc_sources)
libthermo_la_LIBADD= $(THERMO_LIBS)
libthermo_la_LDFLAGS= -version-info $(GENERIC_LIBRARY_VERSION) -release $(GENERIC_RELEASE) -no-undefined