add epfl files

DEVELOPER/LinuxInstructions_EESD_EPFL.txt

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+"""
+Created on Wed Jul 1 2020
+@author: vanin
+"""
+
+###############################################
+Procedure executed on virtual machine with next configuration:
+LSB Version:	no LSB modules available
+Distributor ID:	Ubuntu
+Description:	Ubuntu 20.04 LTS
+Release:	20.04
+Codename:	focal
+user_name: osboxes
+###############################################
+
+STEP 1: Download and configuring Opensees
+1. Checking out the prerequisites:
+sudo apt-get install make tcl8.6 tcl8.6-dev gcc g++ gfortran python3-dev
+
+2. Download OpenSees source from: https://github.com/eesd-epfl/OpenSees. Place it in /home/user_name ("Home" directory)
+
+3. Create (if not existing yet) bin and lib folders in “home user” directory. Ex: /home/user_name/bin, /home/user_name/lib
+
+4. Extract “OpenSees-master.zip” in “Home” directory and rename it to “OpenSees” 
+
+5a. If using the tools only with external libraries, go to DEVELOPER and open Makefile, delete line 23 and save.
+    Execute "make" in the DEVELOPER folder and copy the libraries in the element/cpp/Macroelement3d/Macroelement3d and material/cpp folders. Following steps are not necessary.
+    Consider that section types cannot be used as external libraries. 
+
+5. If instead all tools are needed, including section models (OrthotropicMembraneSection, NoTensionSection3d) the executable has to be rebuilt. 
+   Go inside OpenSees source, in folder “MAKES” open “Makefile.def.EC2-UBUNTU” file.
+
+6. Modify it to add the developer libraries to the compiled version:
+   -  line 90: change path to "/usr/local"
+   -  line 91: change path to "/home/user_name" (change user_name to the actual user name)
+   -  add new line after line 103: "DEVdir       = $(HOME)/OpenSees/DEVELOPER"
+   -  in what is now line 108, after "$(SRCdir)" add " $(DEVdir) "
+   -  save file
+
+7. Compiling: Open terminal being in "OpenSees” folder. Execute “cp ./MAKES/Makefile.def.EC2-UBUNTU ./Makefile.def”. Execute then “make”. 
+   The libraries in the DEVELOPER folder will be linked to the main SRC code. It has to be used with the SRC folder from the repository https://github.com/eesd-epfl/OpenSees, which includes in section, element and material 
+   Tcl commands the references to the added libraries (linked in SRC/Makefile.incl and added to the main FE library through in line 23 of the DEVELOPER Makefile)
+
+8. After compiling, a binary file called “OpenSees” is created in “bin” folder (created in step 3). 
+
+

DEVELOPER/Makefile

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+
+include ./Makefile.def
+include ../Makefile.def
+
+DEVELOPER_LIBS	= ./element/cpp/Macroelement3d/Macroelement3d/CohesiveSurface.o \
+	./element/cpp/Macroelement3d/Macroelement3d/DamageShearInterface.o \
+	./element/cpp/Macroelement3d/Macroelement3d/GambarottaLagomarsinoModel.o \
+	./element/cpp/Macroelement3d/Macroelement3d/GenericDamagePlasticityShear.o \
+	./element/cpp/Macroelement3d/Macroelement3d/Macroelement3d.o \
+	./element/cpp/Macroelement3d/Macroelement3d/NoTensionSection3d.o \
+	./element/cpp/Macroelement3d/Macroelement3d/WrappedMaterial.o \
+	./material/cpp/BeamFrictionSupport/BeamFrictionSupport/BeamFrictionSupport.o \
+	./material/cpp/CompressionDamage1d/CompressionDamage1d/CompressionDamage1d.o \
+	./material/cpp/TensionDamage1d/TensionDamage1d/TensionDamage1d.o \
+	./material/cpp/OrthotropicMembraneSection/OrthotropicMembraneSection.o 
+
+all:
+	@cd ./element; $(MAKE);
+	@cd ./material; $(MAKE);
+#	@cd ./recorder; $(MAKE);
+#	@cd ./system; $(MAKE);
+#	@cd ./integrator; $(MAKE);
+	@$(AR) $(ARFLAGS) $(FE_LIBRARY) $(DEVELOPER_LIBS) 
+
+tidy:
+	@rm -f Makefile.bak *~ #*# core
+
+clean:  tidy
+	@rm -f *.o
+
+spotless: clean
+
+wipe: spotless
+	@cd ./element; $(MAKE) wipe;
+	@cd ./material; $(MAKE) wipe;
+#	@cd ./recorder; $(MAKE) wipe;
+#	@cd ./system; $(MAKE) wipe;
+#	@cd ./integrator; $(MAKE) wipe;
+

DEVELOPER/Makefile.def

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+#OS_FLAG = -D_MACOSX
+OS_FLAG = -D_LINUX
+
+CC++	= g++
+CC      = gcc
+FC	= gfortran
+
+LINKER          = $(CC++)
+LINKFLAGS       =  -Wl 
+
+CD		= cd
+
+C++FLAGS	= -O3 
+CFLAGS		= -O2
+FFLAGS		= -O 
+
+INCLUDES = -I../core -I../../core -I../../../core -I../../../../core
+
+.cpp.o:
+	@$(ECHO) Making $@ from $<
+	$(CC++) $(C++FLAGS) $(INCLUDES) -c $< -o $@
+.C.o:
+	@$(ECHO) Making $@ from $<
+	$(CC++) $(C++FLAGS) $(INCLUDES) -c $< -o $@
+.c.o:
+	@$(ECHO) Making $@ from $<
+	$(CC) $(CFLAGS) -c $< -o $@
+.f.o:      
+	@$(ECHO) Making $@ from $<
+	$(FC) $(FFLAGS) -c $< -o $@

DEVELOPER/UnixInstructions.txt

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+
+for Mac users you need to edit the first part of the Makefile.def, uncomment
+the first line and comment or delete the second line!
+
+
+there are a number of example classes and example scripts to test these
+classes. In addition for elements and materials there are example c and 
+fortran routines.
+
+typing make in the DEVELOPER directory will build them all. the resulting
+shared object libraries (dynamic link libraries) will be found in the same
+directory as the source code.
+
+to test them you need to ensure that the LD_LIBRARY_PATH is set to include ./
+
+to test them run 'OpenSees example1.tcl', note OpenSees must be on your path.
+

DEVELOPER/WindowsInstructions.txt

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+1. Open ViualStudio
+2. File -> New Project
+3. Give it name of New class and location of current class files (ElasticPPcpp and C:\???\OpenSeesDeveloper\material (VisualStudio2010 want VisualStudio C++ Win32 - Win32 Project)
+4. Select OK (visual Studio20
+5. New windows pops up, Select Application Settings
+6. Select DLL AND select Empty Project
+7. Select Finish
+
+a new project pops up in the workspace with class name (ElasticPPcpp)
+8. Right click on source files, select add Existing Item.
+9. browse to the class file (should be up 1 directory, select it (elasticPPcpp.cpp)
+10.Right click on heared files, select add existing item.
+11. browse to header file, select it (elasticPPcpp.h)
+
+12. right click on Project (ElasticPPcpp), select build.
+
+It fails in compilation, as cannot find file elementAPI.h
+13. right click on Project (ElasticPPCPP), select Properties.
+14. select C/C++ folder icon
+15. In Configuration pull down menu, select all configurations
+16. Click 3 dots to right of Additional Include Directories
+17. In window that pops up, select folder
+18. add to line ..\..\core (this directory contains the elementAPI.h file). (keep adding ..\ till it works!)
+19. select ok.
+20 right click on project (ElasticPPcpp), select build
+
+It fails in Linking, a lot of unresolved external symbols.
+21. Right click on source files, select add Existing Item.
+22. browse to the core directory (should be 1 directory up)
+23. select all the .cpp files here
+
+24. right click on Project (ElasticPPCPP), select build.
+
+IT SHOULD WORK! .. IF IT FAILS GET MY ATTENTION.
+
+Now test it, 
+
+25. using windows finder, copy the .dll (C:\??\OpenSeesDeveloper\material\ElasticPPCPP\Debug) into the class directory (C:\???\material\)
+26. run OpenSees (2.2.0) (C:\??\OpenSeesDeveloper\bin)
+27. cd into directory containing example (cd ..\material)
+28. source an example script containing your new command, i.e. type: "source example1.tcl"
+
+If it fails and you are using the x64 bit version you need to change the code generated
+30. Under build, choose the configuration manager, you woill see the project marked as win32
+31. in the pull down platform menu, choose new, x64 should pop up .. select that
+32. build again
+
+IT SHOULD RUN THE SCRIPT! .. IF IT FAILS GET MY ATTENTION.
+
+

DEVELOPER/element/Makefile

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+include ../Makefile.def
+
+all:
+	echo @pwd;
+	@$(CD) cpp; $(MAKE);
+#	@$(CD) c; $(MAKE);
+#	@$(CD) fortran; $(MAKE);
+
+# Miscellaneous
+tidy:
+	@$(RM) $(RMFLAGS) Makefile.bak *~ #*# core
+
+clean:  tidy
+	@$(CD) ./cpp; $(MAKE) wipe;
+#	@$(CD) ./c; $(MAKE) wipe;
+#	@$(CD) ./fortran; $(MAKE) wipe;
+	@$(RM) $(RMFLAGS) $(OBJS) *.o core *.out *.so *.dylib
+
+spotless: clean
+
+wipe: spotless
+
+
+# DO NOT DELETE THIS LINE -- make depend depends on it.