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#############################################################################
# #
# CLASS LIBRARY LIP FOR MULTIVARIATE SCATTERED DATA INTERPOLATION #
# #
# This makefile gives targets that show how to compile and link #
# user code to the Lip shared library and statatic library. #
# #
#############################################################################
#
# This make file show how to compile and link examples included with this
# distribution of LIP assuming different installations of the library. this
# include the following examples for both static and shared linking.
#
# liblipex: shows how to compile and link library when install
# in the library search path used to load libraries
#
# exampleprocedural: shows how to compile and link by implicitly telling
# the linker where to look for the library
# shows how to compile and link procedural C conde.
#
############################################################################
# location where the library is installed
MYPATH= /home/user1/liblip.2.0
# compiler
CC = g++
GCC = gcc
# Some options probably not needed: -g (which enables the debugger options).
FLAGS = -g -O -Wno-deprecated
# Object file fo the example
OBJ1 = liblipex.o
OBJ2 = exampleprocedural.o
# LIB_PATH used to store the path in which the library files were installed.
# The commented out assignment is for when the library is installed into the
# users home directory. NOTE: $(HOME) referes to env varialble HOME.
#directory where the liblip.a is installed
LIB_PATH = $(MYPATH)/lib/
#LIB_PATH = /usr/local/lib/
# INCLUDE_PATH used to store the path in which the *.h files have been
# placed. The commented out assignment is for when the *.h files are placed
# in the users home directory.
#directory
INCLUDE_PATH = $(MYPATH)/include
#INCLUDE_PATH = /usr/local/include/
#include directories holdign the header files needed for liblip
#INCLUDE= -I$(INCLUDE_PATH)/tnt -I$(INCLUDE_PATH)/glpk -I$(INCLUDE_PATH)
INCLUDE= -I$(INCLUDE_PATH)/tnt -I$(INCLUDE_PATH)
#location of glpklib.a this is a static library and should be compiled from source.
GLPK_STATIC_PATH=$(HOME)/glpklib/lib/
all: static_example2 static_example shared_example
#################################################################################
# linking examplelint. If you have succesfully installed lip library and have
# LIB_PATH to /etc/ld.so.conf Or you have added LIB_PATH TO LD_LIBRARY_PATH
# then compiling is as eassy as this.
# shared_example target links liblipex.o to the liblip shared library. To make
# up shared_example executable.
shared_example: $(OBJ1)
$(CC) -o shared_example $(OBJ1) $(FLAGS) -L$(LIB_PATH) -llip -L$(GLPK_STATIC_PATH) -lglpk -lm
# static_example target links liblipex.o to the liblip static library. To make
# up static_example executable.
static_example: $(OBJ1)
$(CC) -o static_example -non_shared $(OBJ1) $(FLAGS) -L$(LIB_PATH) -llip -L$(GLPK_STATIC_PATH) -lglpk -lm
#################################################################################
# linking examplelintprocedural
# static_example target links exampleprocedural.o to the lip static library. To make
# up static_example executable.
static_example2:$(OBJ2)
$(CC) -o static_example2 -static $(OBJ2) $(FLAGS) $(LIB_PATH)liblip.a $(GLPK_STATIC_PATH)libglpk.a -lm
#################################################################################
# compiling examples to objectfiles.
liblipex.o: liblipex.cpp
$(CC) -c liblipex.cpp $(FLAGS) $(INCLUDE)
# compiling proccedual example using C compiler
#
exampleprocedural.o: exampleprocedural.c
$(GCC) -c exampleprocedural.c $(FLAGS) $(INCLUDE)
.PHONY: clean all
clean:
rm -f $(OBJ1) shared_example static_example
rm -f $(OBJ2) static_example2
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