after fortran class

myf90/ESBGK/Stu_DG2D/Makefile

@@ -0,0 +1,53 @@
+FC=gfortran
+FC_FLAGS=-O3
+FC_LIBS=-lstdc++ 
+# -lcudart -lcublas
+#FC_LD_LIB=/usr/local/cuda-5.0/lib64
+#FC_INCL=/usr/local/cuda-5.0/include
+
+CC=g++
+CC_FLAGS=-O3
+CC_LIBS=
+CC_LD_LIB=
+CC_INCL=
+
+
+#CU_CC=nvcc
+#CU_FLAGS=-arch compute_20 
+#CU_LIBS=-lcublas
+
+
+TARGET=stuDG_F90
+SOURCE=stuDG.f90
+
+
+$(TARGET): $(SOURCE) lgl_interp.o mesh_tools_2d_dg.o problem_setup_2d_dg.o \
+lin_alg.o dg_solvers.o dg_c_solvers.o 
+	$(FC) -o $(TARGET) $(SOURCE) $(FC_FLAGS) lgl_interp.o \
+	mesh_tools_2d_dg.o problem_setup_2d_dg.o lin_alg.o \
+	dg_solvers.o dg_c_solvers.o -L$(FC_LD_LIB) -I$(FC_INCL) $(FC_LIBS)
+
+lgl_interp.o: lgl_interp.f90
+	$(FC) -c lgl_interp.f90 $(FC_FLAGS)
+
+mesh_tools_2d_dg.o: mesh_tools_2d_dg.f90
+	$(FC) -c mesh_tools_2d_dg.f90 $(FC_FLAGS)
+
+problem_setup_2d_dg.o: problem_setup_2d_dg.f90
+	$(FC) -c problem_setup_2d_dg.f90 $(FC_FLAGS)
+
+lin_alg.o: lin_alg.f90
+	$(FC) -c lin_alg.f90 $(FC_FLAGS)
+
+dg_solvers.o: dg_solvers.f90
+	$(FC) -c dg_solvers.f90 $(FC_FLAGS)
+
+dg_c_solvers.o: dg_c_solvers.cpp
+	$(CC) -c dg_c_solvers.cpp $(CC_FLAGS)
+
+#dg_cuda_solvers.o: dg_cuda_solvers.cu 
+#	$(CU_CC) -c dg_cuda_solvers.cu $(CU_LIBS) $(CU_FLAGS)
+
+
+clean:
+	rm *.o *.mod $(TARGET)

myf90/ESBGK/Stu_DG2D/README.md

@@ -0,0 +1,4 @@
+advection-2D-DG-CUDA
+====================
+
+a simple 2D linear advection code written in F90 with C, F90 and CUDA solvers.  Provided with a MATLAB interface script for problem setup.