# this is the directory the library will be installed if you issue a
# 'make install' command:
# headers to $(installdir)/$(packagename)/include
# library to $(installdir)/lib
# 'make install-exe' command:
# executable to $(installdir)/bin/
installdir := @prefix@
# this is the name of the package. i.e if it is 'cvlab' the executable
# will be named as 'cvlab' and if this is a library its name will be
# 'libcvlab.a'
packagename := @PACKAGE_NAME@
version := @PACKAGE_VERSION@
# you can write a short description here about the package
description := EDLUT Kernel Library
# i'm for gpl but you can edit it yourself
license := GPL v3.0
# the external libraries and sources are managed (included, linked)
# using the pkg-config program. if you don't have it, you cannot use
# this template to include/link libraries. get it from
# http://pkg-config.freedesktop.org/wiki
compiler := @compiler@
ccompiler := @ccompiler@
# if matlab support -> Matlab paths, includes and flags.
#matlabsupport := false
matlabsupport := @use_matlab@
# matlab root dir : Folder where Matlab is installed. The root folder
# in order to find the matlab include folder.If you don't need matlab
# compatibility (mex files), this option won't be used.
#matlabrootdir := /Applications/MATLAB_R2013a.app
matlabrootdir := @matlab@
# matlab include folder : Path where matlab include files are stored.
# If you don't need matlab compatibility (mex files), this option won't
# be used.
#matlabinclude := ${matlabrootdir}/extern/include
matlabinclude := @matlab@/extern/include
# if simulink support -> Simulink paths, includes and flags.
#simulinksupport := false
simulinksupport := @use_simulink@
# simulink include folder : Path where simulink include files are stored.
# If you don't need simulink compatibility (simulink files), this option won't
# be used.
#simulinkinclude := ${matlabrootdir}/simulink/include
simulinkinclude := @matlab@/simulink/include
# matlab mex file suffix : Suffix of generated mex files. E.g. mexglx in Linux 32 bits,
# mex64 in Linux 64 bits, mexmac in MAC OS X 32 bits, mexmaci64 in MAC OS X 64 bits,
# mexw32 in windows 32 bits, mexw64 in windows 64 bits,... See mex documentation for more
# detailed information.
#mex32suffix := mexglx
#mex64suffix := mexa64
mexsuffix := @mexext@
# if generate_robot -> robot source codes and library will be builded.
generate_robot := @robot_generation@
# if optimized -> no debug info is produced --> applies -O3 flag if
# set to true
#optimize := true
optimize := @optimize_code@
# do you want openmp support ? if you've never heard of it say 'false'
# parallelize := false - Not needed anymore. Just link OPENMP_CFLAGS or OPENMP_CXXFLAGS
# generate profiler data if true.
# ! set the optimize = false if you want annotation support.
# !! if you don't compile libraries with this flag, profiler won't be
# able to make measurements for those libraries.
# !!! after running your program, you can see the results with
# 'make gflat' and 'make gcall'
profile := @profile_code@
# If you want to optimize the software to run on GPU with CUDA set: cuda_enable->true
#cuda_enabled := false
cuda_enabled := @use_cuda@
# Set the installation path of CUDA (where nvcc is located)
#CUDA_INSTALL_PATH := /usr/local/cuda
cudarootdir := @cuda@
# Set the architecture of CUDA
cudaversion := @cudaversion@
cudamajor := @cudamajor@
cudaminor := @cudaminor@
# do not change for linux /usr type directory structures. this structure means
# .cpp .cc files reside in ./srcdir and .h files reside in ./include/$(packagename)/
# if you are building a library, the lib$(packagename).a will be in ./lib file.
# libdir := lib
# srcdir := src
# includedir := include
# If you'd like to have everything in the main directory
libdir := ./lib
srcdir := ./src
includedir := ./include
bindir := ./bin
mexdir := ./mex
sfunctiondir := ./sfunction
# default file to be included when the executable build is required
exe-source-file := ${srcdir}/EDLUTKernel.cpp
step-source-file := ${srcdir}/StepByStep.cpp
prec-source-file := ${srcdir}/PrecisionTest.cpp
robot-source-file := ${srcdir}/Feedback_control_loop_VOR.cpp
# default file to be included when the mex build is required
mex-source-file := ${srcdir}/EDLUTMatlab.cpp
# default file to be included when the sfunction build is required
sfunction-source-file := ${srcdir}/EDLUTSfunction.cpp
# what to compile ? include .cpp and .c files here in your project
# if you don't have a main() function in one of the sources, you'll get an error
# if you're building an executable. for a library, it won't complain for anything.
communication-sources := $(srcdir)/communication/ArrayInputSpikeDriver.cpp \
$(srcdir)/communication/ArrayOutputSpikeDriver.cpp \
$(srcdir)/communication/CdSocket.cpp \
$(srcdir)/communication/ClientSocket.cpp \
$(srcdir)/communication/CommunicationDevice.cpp \
$(srcdir)/communication/ConnectionException.cpp \
$(srcdir)/communication/FileInputSpikeDriver.cpp \
$(srcdir)/communication/FileOutputSpikeDriver.cpp \
$(srcdir)/communication/FileOutputWeightDriver.cpp \
$(srcdir)/communication/InputBooleanArrayDriver.cpp \
$(srcdir)/communication/InputSpikeDriver.cpp \
$(srcdir)/communication/OutputBooleanArrayDriver.cpp \
$(srcdir)/communication/OutputSpikeDriver.cpp \
$(srcdir)/communication/OutputWeightDriver.cpp \
$(srcdir)/communication/ServerSocket.cpp \
$(srcdir)/communication/TCPIPInputOutputSpikeDriver.cpp \
$(srcdir)/communication/TCPIPInputSpikeDriver.cpp \
$(srcdir)/communication/TCPIPOutputSpikeDriver.cpp
integration-sources := $(srcdir)/integration_method/BDFn.cpp \
$(srcdir)/integration_method/Euler.cpp \
$(srcdir)/integration_method/FixedStep.cpp \
$(srcdir)/integration_method/FixedStepSRM.cpp \
$(srcdir)/integration_method/IntegrationMethod.cpp \
$(srcdir)/integration_method/RK2.cpp \
$(srcdir)/integration_method/RK4.cpp \
$(srcdir)/integration_method/RK45.cpp
ifeq ($(cuda_enabled),true)
integration-sources += $(srcdir)/integration_method/BDFn_GPU.cu \
$(srcdir)/integration_method/Euler_GPU.cu \
$(srcdir)/integration_method/IntegrationMethod_GPU.cu \
$(srcdir)/integration_method/RK2_GPU.cu \
$(srcdir)/integration_method/RK4_GPU.cu
endif
interface-sources := $(srcdir)/interface/C_Interface.cpp \
$(srcdir)/interface/C_interface_for_robot_control.cpp
learning_rules-sources := $(srcdir)/learning_rules/AdditiveKernelChange.cpp \
$(srcdir)/learning_rules/ConnectionState.cpp \
$(srcdir)/learning_rules/CosState.cpp \
$(srcdir)/learning_rules/CosWeightChange.cpp \
$(srcdir)/learning_rules/ExpState.cpp \
$(srcdir)/learning_rules/ExpWeightChange.cpp \
$(srcdir)/learning_rules/LearningRule.cpp \
$(srcdir)/learning_rules/SimetricCosSinState.cpp \
$(srcdir)/learning_rules/SimetricCosSinSTDPState.cpp \
$(srcdir)/learning_rules/SimetricCosSinSTDPWeightChange.cpp \
$(srcdir)/learning_rules/SimetricCosSinWeightChange.cpp \
$(srcdir)/learning_rules/SimetricCosState.cpp \
$(srcdir)/learning_rules/SimetricCosSTDPState.cpp \
$(srcdir)/learning_rules/SimetricCosSTDPWeightChange.cpp \
$(srcdir)/learning_rules/SimetricCosWeightChange.cpp \
$(srcdir)/learning_rules/SinState.cpp \
$(srcdir)/learning_rules/SinWeightChange.cpp \
$(srcdir)/learning_rules/STDPLSState.cpp \
$(srcdir)/learning_rules/STDPLSWeightChange.cpp \
$(srcdir)/learning_rules/STDPState.cpp \
$(srcdir)/learning_rules/STDPWeightChange.cpp \
$(srcdir)/learning_rules/WithoutPostSynaptic.cpp \
$(srcdir)/learning_rules/WithPostSynaptic.cpp
neuron_model-sources := $(srcdir)/neuron_model/BufferedState.cpp \
$(srcdir)/neuron_model/EgidioGranuleCell_TimeDriven.cpp \
$(srcdir)/neuron_model/EventDrivenNeuronModel.cpp \
$(srcdir)/neuron_model/LIFTimeDrivenModel_1_2.cpp \
$(srcdir)/neuron_model/LIFTimeDrivenModel_1_4.cpp \
$(srcdir)/neuron_model/NeuronModel.cpp \
$(srcdir)/neuron_model/NeuronModelTable.cpp \
$(srcdir)/neuron_model/NeuronState.cpp \
$(srcdir)/neuron_model/SRMState.cpp \
$(srcdir)/neuron_model/SRMTableBasedModel.cpp \
$(srcdir)/neuron_model/SRMTimeDrivenModel.cpp \
$(srcdir)/neuron_model/TableBasedModel.cpp \
$(srcdir)/neuron_model/TableBasedModelHF.cpp \
$(srcdir)/neuron_model/TimeDrivenNeuronModel.cpp \
$(srcdir)/neuron_model/TimeDrivenPurkinjeCell.cpp \
$(srcdir)/neuron_model/Vanderpol.cpp \
$(srcdir)/neuron_model/VectorBufferedState.cpp \
$(srcdir)/neuron_model/VectorNeuronState.cpp \
$(srcdir)/neuron_model/VectorSRMState.cpp
ifeq ($(cuda_enabled),true)
neuron_model-sources += $(srcdir)/neuron_model/EgidioGranuleCell_TimeDriven_GPU.cu \
$(srcdir)/neuron_model/LIFTimeDrivenModel_1_2_GPU.cu \
$(srcdir)/neuron_model/LIFTimeDrivenModel_1_4_GPU.cu \
$(srcdir)/neuron_model/TimeDrivenNeuronModel_GPU.cu \
$(srcdir)/neuron_model/VectorNeuronState_GPU.cpp
endif
simulation-sources := $(srcdir)/simulation/CommunicationEvent.cpp \
$(srcdir)/simulation/EndSimulationEvent.cpp \
$(srcdir)/simulation/Event.cpp \
$(srcdir)/simulation/EventQueue.cpp \
$(srcdir)/simulation/ExponentialTable.cpp \
$(srcdir)/simulation/ParameterException.cpp \
$(srcdir)/simulation/ParamReader.cpp \
$(srcdir)/simulation/RealTimeRestriction.cpp \
$(srcdir)/simulation/SaveWeightsEvent.cpp \
$(srcdir)/simulation/StopSimulationEvent.cpp \
$(srcdir)/simulation/SynchronizeActivityEvent.cpp \
$(srcdir)/simulation/SynchronizeSimulationEvent.cpp \
$(srcdir)/simulation/TimeEventAllNeurons.cpp \
$(srcdir)/simulation/TrigonometricTable.cpp \
$(srcdir)/simulation/Utils.cpp
ifeq ($(cuda_enabled),true)
simulation-sources += $(srcdir)/simulation/Simulation_GPU.cu \
$(srcdir)/simulation/TimeEventAllNeurons_GPU.cu
else
simulation-sources += $(srcdir)/simulation/Simulation.cpp
endif
spike-sources := $(srcdir)/spike/EDLUTException.cpp \
$(srcdir)/spike/EDLUTFileException.cpp \
$(srcdir)/spike/InputSpike.cpp \
$(srcdir)/spike/InputSpikeGroupe.cpp \
$(srcdir)/spike/Interconnection.cpp \
$(srcdir)/spike/InternalSpike.cpp \
$(srcdir)/spike/Neuron.cpp \
$(srcdir)/spike/NeuronModelPropagationDelayStructure.cpp \
$(srcdir)/spike/NeuronPropagationDelayStructure.cpp \
$(srcdir)/spike/PropagatedSpike.cpp \
$(srcdir)/spike/Spike.cpp \
$(srcdir)/spike/TableBasedModelHFEvent.cpp \
$(srcdir)/spike/TimeDrivenInternalSpike.cpp \
$(srcdir)/spike/TimeDrivenPropagatedSpike.cpp
ifeq ($(cuda_enabled),true)
spike-sources += $(srcdir)/spike/Network_GPU.cu
else
spike-sources += $(srcdir)/spike/Network.cpp
endif
robot-arm-sources := $(srcdir)/arm_robot_simulator/ArmRobotSimulation.c \
$(srcdir)/arm_robot_simulator/MatrixOperations.c \
$(srcdir)/arm_robot_simulator/RobotRecursiveInverseDynamics.c
openmp-sources :=
ifeq ($(cuda_enabled),true)
openmp-sources += $(srcdir)/openmp/openmp.cpp
else
openmp-sources += $(srcdir)/openmp/openmp.cpp
endif
sources := $(communication-sources) \
$(integration-sources) \
$(interface-sources) \
$(neuron_model-sources) \
$(learning_rules-sources) \
$(simulation-sources) \
$(spike-sources)\
$(openmp-sources)
ifeq ($(generate_robot),true)
sources += $(robot-arm-sources)
endif
################################################################################
####################### LOAD PRESET SETTINGS ###################################
################################################################################
# these are the magic files that this interface depends.
# some temp operations.
include static-variables.makefile
# flag settings for gcc like CXXFLAGS, LDFLAGS... to see the active
# flag definitions, issue 'make flags' command
include flags.makefile
# rules are defined here. to see a list of the available rules, issue 'make rules'
# command
include rules.makefile
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