ben-wpan/usrp/Makefile

CFLAGS=-Wall -O9
LDLIBS=-lm
LDLIBS_fft=-lfftw3 -lm

all:	peak avg fft

fft:	fft.c
	$(CC) $(CFLAGS) $(LDFLAGS) -o $@ $^ $(LDLIBS_fft)
usrp/: a set of utilities for testing board performance with an USRP2 - usrp/d.c: reduce the number of data points in a file produced by usrp2_rx_cfile.py and print them as text suitable for gnuplot - usrp/p.c: determine the peak amplitude in a series of transmissions, filtering noise and artefacts at the beginning of the data file - usrp/step: step through all channels and measure TX power (for antenna tuning) - usrp/Makefile: built "p" and "d" 2010-09-16 07:01:02 +03:00			`CFLAGS=-Wall -O9`
usrp/fft: one more analysis tool for antenna measurements - usrp/fft.c: utility to read a set of samples obtained with usrp2_rx_cfile.py and to perform a Fourier transform on them - usrp/Makefile: use LDLIBS for libraries, not LDFLAGS - usrp/Makefile: added "fft" 2010-11-17 01:28:03 +02:00			`LDLIBS=-lm`
			`LDLIBS_fft=-lfftw3 -lm`
usrp/: a set of utilities for testing board performance with an USRP2 - usrp/d.c: reduce the number of data points in a file produced by usrp2_rx_cfile.py and print them as text suitable for gnuplot - usrp/p.c: determine the peak amplitude in a series of transmissions, filtering noise and artefacts at the beginning of the data file - usrp/step: step through all channels and measure TX power (for antenna tuning) - usrp/Makefile: built "p" and "d" 2010-09-16 07:01:02 +03:00
usrp/fft: one more analysis tool for antenna measurements - usrp/fft.c: utility to read a set of samples obtained with usrp2_rx_cfile.py and to perform a Fourier transform on them - usrp/Makefile: use LDLIBS for libraries, not LDFLAGS - usrp/Makefile: added "fft" 2010-11-17 01:28:03 +02:00			`all: peak avg fft`

			`fft: fft.c`
			`$(CC) $(CFLAGS) $(LDFLAGS) -o $@ $^ $(LDLIBS_fft)`