def main(argv):
an = wfdb.WFDB_AnninfoArray(2)
annot = wfdb.WFDB_Annotation()
record = raw_input("Type record name: ")
iann = raw_input("Type input annotatior name")
oann = raw_input("Type output annotator name: ")
a = wfdb.WFDB_Anninfo()
a.name = iann
a.stat = wfdb.WFDB_READ
an[0] = a
a = wfdb.WFDB_Anninfo()
a.name = oann
a.stat = wfdb.WFDB_WRITE
an[1] = a
if wfdb.annopen(record ,an , 2) < 0: sys.exit(1)
while wfdb.getann(0 , annot) ==0:
if wfdb.wfdb_isqrs(annot.anntyp):
annot.anntyp = wfdb.NORMAL
if wfdb.putann(0 , annot)<0: break
wfdb.wfdbquit()
def setupWfdb(rec_name, annotator ):
nsig = openWfdbSignal(rec_name);
#Allocate memory for sig info array
#we can use siarray to access WFDB_Siginfo structure
siarray = wfdb.WFDB_SiginfoArray(nsig);
#Allocate memory for data
sdata = wfdb.WFDB_SampleArray(nsig);
#Open WFDB record
wfdb.isigopen(rec_name, siarray.cast(), nsig);
#read annotations from file
#WFDB_Anninfor() contains name and attributes of annotator .atr etc
a = wfdb.WFDB_Anninfo();
#WFDB_Annotation describes the attributes of signals
#declare object in c : WFDB_Annotation annot; see below for declaring object in python
annot = wfdb.WFDB_Annotation();
#read name and status of annotation file
#a.name="atr";
#a.name="ecg";
#a.name="output_annotator"
a.name=annotator;
a.stat = wfdb.WFDB_READ;
freq=wfdb.sampfreq(rec_name);
nsamp=siarray[0].nsamp;
print ("sampling frequency is: " + str(freq))
init_time=wfdb.timstr(0);
#print("strtim for starting value is: " + str(wfdb.strtim(init_time)));
##comment june 16
###### print signal specification #####
record_info=wfdb.getinfo(rec_name)
#print("getinfor is " + str(record_info));
# print("total num of samples: " + str(nsamp));
# print "Starting time of record is: "+ str(init_time);
# print("sampling frequency is:"+ str(freq));
########## READ ANNOTATION ##################
if wfdb.annopen(rec_name, a, 1) < 0:
print("cannot open aanopen");
exit();
return (nsamp, freq, annot, init_time,sdata);
#Move data from record to sdata
sig0 = []
sig1 = []
#physig0 is array with physical units
physig0 = []
physig1 = []
#read annotations from file
#WFDB_Anninfor() contains name and attributes of annotator .atr etc
a = wfdb.WFDB_Anninfo()
#WFDB_Annotation describes the attributes of signals
#declare object in c : WFDB_Annotation annot; see below for declaring object in python
annot = wfdb.WFDB_Annotation()
#read name and status of annotation file
a.name = annotation
print a.name
a.stat = wfdb.WFDB_READ
freq = wfdb.sampfreq(rec_name)
nsamp = siarray[0].nsamp
init_time = wfdb.timstr(0)
print type(init_time)
print("strtim for starting value is: " + str(wfdb.strtim(init_time)))
print("total num of samples: " + str(nsamp))
print "Starting time of record is: " + str(init_time)
print("sampling frequency is:" + str(freq))