makefile

阐述了建立物质本构关系时应满足的基本公理, 较详细地推导了各种类型粘 弹性物质的本构关系, 论述了变率理论与泛函理论之间的关系, 推导了对于粘弹性问题 求解具有实用意义的对应定理, 并以简单的例子

##
##    Makefile for acoustic: 1D synthetic for a line/point
##             source in a layered acoustic half space
##
##      Include file for machine architecture
##
include $(HOME)/src/makedef.$(OSV)
##
##      Location for executable
##
EXEC=	$(HOME)/$(OSV)/exe/acoustic
##
##	-g = Debugging info
##	-O = Optimize (cannot have -g then)
##
CFLAGS=	-O
##
##       Directory for objects
##
OBJDIR=     $(HOME)/$(OSV)/obj/acoustic
##
##	Libraries
##	mathadv:    Math Advantage Library
##	ilib   :    IMSL utilities           
##	slib   :    MSYN synthetic utilities           
##	segylib:    SEGY I/O utilities           
##	ulib   :    General utilities           
##	X11    :    X11
##
LIBS=   $(HOME)/$(OSV)/lib/slib.a    	\
	$(HOME)/$(OSV)/lib/ulib.a	\
	$(HOME)/$(OSV)/lib/ilib.a	\
	$(HOME)/$(OSV)/lib/segylib.a	\
	$(MADVLIB)	\
	-lX11
##
OBJECTS=     $(OBJDIR)/acoustic.o		\
##
##	Command to compile and link objects together
##
$(EXEC):	$(OBJECTS)
		$(F77)  $(CFLAGS) -o $(EXEC) $(OBJECTS) $(LIBS)

$(OBJDIR)/%.o:%.f
	$(F77)  -c  $(CFLAGS) -o $@ $<

## .SUFFIXES : .o .f
## .f.o :
##	$(F77)  -c  $(CFLAGS) -o $@ $<