This code calls a Digital FIR High-pass Filter assembly function "FIR_filter" and obtains the gain for frequency starting from 10Hz to 3990 Hz. The filter coefficients conform with the LPF specifications of Example 2 in the Application Report.

MSP430_FIR
..........\Band Pass
..........\.........\BPF_41_coeff.dat
..........\.........\BPF_filter.s43
..........\.........\BPF_sine_data.dat
..........\.........\BPF_wrapper.c
..........\Band Stop
..........\.........\BSF_31_coeff.dat
..........\.........\BSF_filter.s43
..........\.........\BSF_sine_data.dat
..........\.........\BSF_wrapper.c
..........\disclaimer.txt
..........\Efficient MSP430 Code Synthesis for an FIR Filter.pdf
..........\FIR_filter_codegen.exe
..........\FIR_filter_coeff.dat
..........\FIR_gain_plot.xls
..........\High Pass
..........\.........\HPF_31_coeff.dat
..........\.........\HPF_filter.s43
..........\.........\HPF_sine_data.dat
..........\.........\HPF_wrapper.c
..........\Instructions.pdf
..........\Low Pass
..........\........\LPF_21_coeff.dat
..........\........\LPF_filter.s43
..........\........\LPF_sine_data.dat
..........\........\LPF_wrapper.c
..........\Notch
..........\.....\Notch_60_coeff.dat
..........\.....\Notch_filter.s43
..........\.....\Notch_sine_data.dat
..........\.....\Notch_wrapper.c
..........\slaa357.zip

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