## add any your own library as necessary.#LIBS = ## Two C source files you are asking to create for this project.# You can add any additional files as necessary for this project.#SRCS = nlinear.c change_order.c copy_matrix.c det_inv.c eval.c evaluate.c factorial.c find_probab.c frange_ran.c multiply.c numereics.c operators.c p_equalities.c print_format.c read_write.c## Object files will be created. If you add any additional source file# , add here also.#OBJS = nlinear.o change_order.o copy_matrix.o det_inv.o eval.o evaluate.o frange_ran.o multiply.o numerics.o operators.o print_format.o read_write.o## header file used in this project.#DEBUGFLAG = -gINCLUDEDIRS = HDRS =	LDFLAGS =## supresses the loading phase.#CFLAGS = 	$(INCLUDEDIRS) $(DEBUGFLAG)LDLIBS = -lmLDFLAGS = ## Final program to be made. To run this project, simply type proj1.#PROGRAM =	genocop$(PROGRAM):	main.o $(OBJS) $(LIBS)		cc $(CFLAGS)  main.o $(OBJS) $(LDFLAGS) $(LDLIBS) -o $(PROGRAM)		@echo type $(PROGRAM) to run.nlinear.o:      nlinear.c		cc -c $(CFLAGS) nlinear.c		change_order.o:	change_order.c		cc -c $(CFLAGS) change_order.ccopy_matrix.o:	copy_matrix.c		cc -c $(CFLAGS) copy_matrix.cdet_inv.o:	det_inv.c		cc -c $(CFLAGS) det_inv.ceval.o:		eval.c 		cc -c $(CFLAGS) eval.cevaluate.o:	evaluate.c 		cc -c $(CFLAGS) evaluate.cfrange_ran.o:	frange_ran.c 		cc -c $(CFLAGS) frange_ran.cmultiply.o:	multiply.c 		cc -c $(CFLAGS) multiply.cnumerics.o:	numerics.c 		cc -c $(CFLAGS) numerics.coperators.o: 	operators.c		cc -c $(CFLAGS) operators.cprint_format.o: print_format.c		cc -c $(CFLAGS) print_format.cread_write.o:	read_write.c		cc -c $(CFLAGS) read_write.cclean:		/bin/rm -f $(OBJS) core