Makefile.am.template

## Makefile.am for libalberta%LIBCODE%
##
## DO NOT EDIT, this file is automatically generated by
## ${top_srcdir}/generate-alberta-automakefiles.sh

%NO_MULTI_DIM%lib_LTLIBRARIES =
%NO_MULTI_DIM%noinst_LTLIBRARIES =

assemble%LIBCODE%_libs = libSS_assemble%LIBCODE%.la
if VECTOR_BASIS_FUNCTIONS
assemble%LIBCODE%_libs += libVV_assemble%LIBCODE%.la\
 libVC_assemble%LIBCODE%.la libCV_assemble%LIBCODE%.la\
 libVS_assemble%LIBCODE%.la libSV_assemble%LIBCODE%.la
endif

lib_LTLIBRARIES += libalberta%LIBCODE%.la
noinst_LTLIBRARIES += $(assemble%LIBCODE%_libs)

%NO_MULTI_DIM%include $(srcdir)/../Common/Makefile.am.include

AM_CFLAGS   = $(ALBERTA_%EFLAGS%_CFLAGS)
AM_CXXFLAGS = $(ALBERTA_%EFLAGS%_CXXFLAGS)
AM_LDFLAGS  = ${AM_CFLAGS} 

nodist_libalberta%LIBCODE%_la_SOURCES = $(sources)
libalberta%LIBCODE%_la_LIBADD = $(assemble%LIBCODE%_libs) @GPSKCA_ALL_LIBS@ 
libalberta%LIBCODE%_la_CPPFLAGS = \
 $(CPPFLAGS) -DDIM_OF_WORLD=%DIM_OF_WORLD% \
 -DALBERTA_DEBUG=%ALBERTA_DEBUG% \
 -DALBERTA_PROFILE=%ALBERTA_PROFILE%
libalberta%LIBCODE%_la_LDFLAGS = -version-info 4:0:0

# Various flavours of block-matrix assembly

# scalar-scalar or Cartesian/Cartesian
libSS_assemble%LIBCODE%_la_SOURCES = $(assemble_sources)
libSS_assemble%LIBCODE%_la_CPPFLAGS = \
 $(libalberta%LIBCODE%_la_CPPFLAGS)\
 -DHAVE_ROW_FCTS_V_TYPE=0 -DHAVE_COL_FCTS_V_TYPE=0\
 -DHAVE_ROW_FCTS_C_TYPE=0 -DHAVE_COL_FCTS_C_TYPE=0

# vector-vector
libVV_assemble%LIBCODE%_la_SOURCES = $(assemble_sources)
libVV_assemble%LIBCODE%_la_CPPFLAGS = \
 $(libalberta%LIBCODE%_la_CPPFLAGS)\
 -DHAVE_ROW_FCTS_V_TYPE=1 -DHAVE_COL_FCTS_V_TYPE=1\
 -DHAVE_ROW_FCTS_C_TYPE=0 -DHAVE_COL_FCTS_C_TYPE=0

# vector-Cartesian
libVC_assemble%LIBCODE%_la_SOURCES = $(assemble_sources)
libVC_assemble%LIBCODE%_la_CPPFLAGS = \
 $(libalberta%LIBCODE%_la_CPPFLAGS)\
 -DHAVE_ROW_FCTS_V_TYPE=1 -DHAVE_COL_FCTS_V_TYPE=0\
 -DHAVE_ROW_FCTS_C_TYPE=0 -DHAVE_COL_FCTS_C_TYPE=1

# Cartesian-vector
libCV_assemble%LIBCODE%_la_SOURCES = $(assemble_sources)
libCV_assemble%LIBCODE%_la_CPPFLAGS = \
 $(libalberta%LIBCODE%_la_CPPFLAGS)\
 -DHAVE_ROW_FCTS_V_TYPE=0 -DHAVE_COL_FCTS_V_TYPE=1\
 -DHAVE_ROW_FCTS_C_TYPE=1 -DHAVE_COL_FCTS_C_TYPE=0

# vector-scalar
libVS_assemble%LIBCODE%_la_SOURCES = $(VSSV_assemble_sources)
libVS_assemble%LIBCODE%_la_CPPFLAGS = \
 $(libalberta%LIBCODE%_la_CPPFLAGS)\
 -DHAVE_ROW_FCTS_V_TYPE=1 -DHAVE_COL_FCTS_V_TYPE=0\
 -DHAVE_ROW_FCTS_C_TYPE=0 -DHAVE_COL_FCTS_C_TYPE=0

# scalar-vector