def data_parse(cblock_str):
'''Compute the FHR MHR TOCO mother_mv
from C block'''
mm = '10024d4d1003' # MM block
event = 0
FHR = []
MHR = []
TOCO = 0
mother_mv = []
data_one_sec = []
init_An24.run_check(cblock_str)
if(len(cblock_str) == CBLOCK_STR_LEN):
FHR_split = [10, 14, 18, 22, 26]
MHR_split = [42, 46, 50, 54, 58]
TOCO_split = [58, 60, 62, 64, 66]
FHR_section = [
cblock_str[FHR_split[0]:FHR_split[1]],
cblock_str[FHR_split[1]:FHR_split[2]],
cblock_str[FHR_split[2]:FHR_split[3]],
cblock_str[FHR_split[3]:FHR_split[4]]
]
MHR_section = [
cblock_str[MHR_split[0]:MHR_split[1]],
cblock_str[MHR_split[1]:MHR_split[2]],
cblock_str[MHR_split[2]:MHR_split[3]],
cblock_str[MHR_split[3]:MHR_split[4]]
]
TOCO_section = [
cblock_str[TOCO_split[0]:TOCO_split[1]],
cblock_str[TOCO_split[1]:TOCO_split[2]],
cblock_str[TOCO_split[2]:TOCO_split[3]],
cblock_str[TOCO_split[3]:TOCO_split[4]]
]
FHR_section = [int_16(f) for f in FHR_section]
MHR_section = [int_16(m) for m in MHR_section]
TOCO_section = [int_16(t) for t in TOCO_section]
''' :
for fh_s in xrange(0,4):
FHR[fh_s] = round(int(FHR_section[fh_s]&
0x7FF) *HEART_RATE_RESOLUTION, 2)
for mh_s in xrange(0,4):
MHR[mh_s] = round(int(MHR[mh_s]&
0x7ff) * HEART_RATE_RESOLUTION, 2)
mother_mv[mh_s] = int((MHR[mh_s]&0x1800) >> 11)
'''
for fh_s in FHR_section:
fh = round(int(fh_s & 0x7FF) * HEART_RATE_RESOLUTION, 2)
FHR.append(fh)
for mh_s in MHR_section:
mh =round(int(mh_s&0x7ff) * HEART_RATE_RESOLUTION, 2)
m_mv = int((mh_s&0x1800) >> 11)
mother_mv.append(m_mv)
MHR.append(mh)
for to_s in TOCO_section:
TOCO = int(int(to_s) * TOTO_RESOLUTION)
'''
print 'FHR:', FHR
print 'MHR:', MHR
print 'TOCO:', TOCO
print 'mother_mv:', mother_mv
'''
elif len(cblock_str) == NBLOCK_STR_LEN:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
'''Compute the SNR from N block'''
if cblock_str[14:16] == NBLOCK_SNR_TAG:
global SNR
fetal_signal = int(cblock_str[16:24], 16)
noise = int_16(cblock_str[24:32]) #int(cblock_str[24:32], 16)
SNR_func = lambda x, y : round(x / float(y), 4)
SNR = SNR_func(fetal_signal,
noise)
#print 'SNR:', SNR
else:
pass
elif cblock_str == mm:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
event = 1
log('-!-!-!-!-event-!-!-!-!-', event)
else:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
data_one_sec.append([FHR[0], MHR[0], TOCO, mother_mv[0], SNR, event])
data_one_sec.append([FHR[1], MHR[1], TOCO, mother_mv[1], SNR, event])
data_one_sec.append([FHR[2], MHR[2], TOCO, mother_mv[2], SNR, event])
data_one_sec.append([FHR[3], MHR[3], TOCO, mother_mv[3], SNR, event])
log('data_one_sec:', data_one_sec)
#return FHR, MHR, TOCO, mother_mv, SNR, event
return data_one_sec
def data_parse(cblock_str):
'''Compute the FHR MHR TOCO mother_mv
from C block'''
mm = '10024d4d1003' # MM block
event = 0
FHR = []
MHR = []
TOCO = 0
mother_mv = []
data_one_sec = []
init_An24.run_check(cblock_str)
if (len(cblock_str) == CBLOCK_STR_LEN):
FHR_split = [10, 14, 18, 22, 26]
MHR_split = [42, 46, 50, 54, 58]
TOCO_split = [58, 60, 62, 64, 66]
FHR_section = [
cblock_str[FHR_split[0]:FHR_split[1]],
cblock_str[FHR_split[1]:FHR_split[2]],
cblock_str[FHR_split[2]:FHR_split[3]],
cblock_str[FHR_split[3]:FHR_split[4]]
]
MHR_section = [
cblock_str[MHR_split[0]:MHR_split[1]],
cblock_str[MHR_split[1]:MHR_split[2]],
cblock_str[MHR_split[2]:MHR_split[3]],
cblock_str[MHR_split[3]:MHR_split[4]]
]
TOCO_section = [
cblock_str[TOCO_split[0]:TOCO_split[1]],
cblock_str[TOCO_split[1]:TOCO_split[2]],
cblock_str[TOCO_split[2]:TOCO_split[3]],
cblock_str[TOCO_split[3]:TOCO_split[4]]
]
FHR_section = [int_16(f) for f in FHR_section]
MHR_section = [int_16(m) for m in MHR_section]
TOCO_section = [int_16(t) for t in TOCO_section]
''' :
for fh_s in xrange(0,4):
FHR[fh_s] = round(int(FHR_section[fh_s]&
0x7FF) *HEART_RATE_RESOLUTION, 2)
for mh_s in xrange(0,4):
MHR[mh_s] = round(int(MHR[mh_s]&
0x7ff) * HEART_RATE_RESOLUTION, 2)
mother_mv[mh_s] = int((MHR[mh_s]&0x1800) >> 11)
'''
for fh_s in FHR_section:
fh = round(int(fh_s & 0x7FF) * HEART_RATE_RESOLUTION, 2)
FHR.append(fh)
for mh_s in MHR_section:
mh = round(int(mh_s & 0x7ff) * HEART_RATE_RESOLUTION, 2)
m_mv = int((mh_s & 0x1800) >> 11)
mother_mv.append(m_mv)
MHR.append(mh)
for to_s in TOCO_section:
TOCO = int(int(to_s) * TOTO_RESOLUTION)
'''
print 'FHR:', FHR
print 'MHR:', MHR
print 'TOCO:', TOCO
print 'mother_mv:', mother_mv
'''
elif len(cblock_str) == NBLOCK_STR_LEN:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
'''Compute the SNR from N block'''
if cblock_str[14:16] == NBLOCK_SNR_TAG:
global SNR
fetal_signal = int(cblock_str[16:24], 16)
noise = int_16(cblock_str[24:32]) #int(cblock_str[24:32], 16)
SNR_func = lambda x, y: round(x / float(y), 4)
SNR = SNR_func(fetal_signal, noise)
#print 'SNR:', SNR
else:
pass
elif cblock_str == mm:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
event = 1
log('-!-!-!-!-event-!-!-!-!-', event)
else:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
data_one_sec.append([FHR[0], MHR[0], TOCO, mother_mv[0], SNR, event])
data_one_sec.append([FHR[1], MHR[1], TOCO, mother_mv[1], SNR, event])
data_one_sec.append([FHR[2], MHR[2], TOCO, mother_mv[2], SNR, event])
data_one_sec.append([FHR[3], MHR[3], TOCO, mother_mv[3], SNR, event])
#return FHR, MHR, TOCO, mother_mv, SNR, event
return data_one_sec
def data_parse(cblock_str, run_chk, low_battry):
'''Compute the FHR MHR TOCO mother_mv
from C block'''
mm = '10024d4d1003' # MM block
low_battry = '10024e3032414eB1003' #low battry
event = 0
FHR = []
MHR = []
TOCO = 0
mother_mv = []
data_one_sec = []
#init_An24.run_check(cblock_str)
if(len(cblock_str) == CBLOCK_STR_LEN):
FHR_split = [10, 14, 18, 22, 26]
MHR_split = [42, 46, 50, 54, 58]
TOCO_split = [58, 60, 62, 64, 66]
FHR_section = [
cblock_str[FHR_split[0]:FHR_split[1]],
cblock_str[FHR_split[1]:FHR_split[2]],
cblock_str[FHR_split[2]:FHR_split[3]],
cblock_str[FHR_split[3]:FHR_split[4]]
]
MHR_section = [
cblock_str[MHR_split[0]:MHR_split[1]],
cblock_str[MHR_split[1]:MHR_split[2]],
cblock_str[MHR_split[2]:MHR_split[3]],
cblock_str[MHR_split[3]:MHR_split[4]]
]
TOCO_section = [
cblock_str[TOCO_split[0]:TOCO_split[1]],
cblock_str[TOCO_split[1]:TOCO_split[2]],
cblock_str[TOCO_split[2]:TOCO_split[3]],
cblock_str[TOCO_split[3]:TOCO_split[4]]
]
FHR_section = [int_16(f) for f in FHR_section]
MHR_section = [int_16(m) for m in MHR_section]
TOCO_section = [int_16(t) for t in TOCO_section]
''' :
for fh_s in xrange(0,4):
FHR[fh_s] = round(int(FHR_section[fh_s]&
0x7FF) *HEART_RATE_RESOLUTION, 2)
for mh_s in xrange(0,4):
MHR[mh_s] = round(int(MHR[mh_s]&
0x7ff) * HEART_RATE_RESOLUTION, 2)
mother_mv[mh_s] = int((MHR[mh_s]&0x1800) >> 11)
'''
for fh_s in FHR_section:
fh = round(int(fh_s & 0x7FF) * HEART_RATE_RESOLUTION, 2)
FHR.append(fh)
for mh_s in MHR_section:
mh =round(int(mh_s&0x7ff) * HEART_RATE_RESOLUTION, 2)
m_mv = int((mh_s&0x1800) >> 11)
mother_mv.append(m_mv)
MHR.append(mh)
for to_s in TOCO_section:
TOCO = int(int(to_s) * TOTO_RESOLUTION)
'''
print 'FHR:', FHR
print 'MHR:', MHR
print 'TOCO:', TOCO
print 'mother_mv:', mother_mv
'''
elif len(cblock_str) == NBLOCK_STR_LEN:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
'''Compute the SNR from N block'''
if cblock_str[14:16] == NBLOCK_SNR_TAG:
global SNR
fetal_signal = int(cblock_str[16:24], 16)
noise = int_16(cblock_str[24:32]) #int(cblock_str[24:32], 16)
SNR_func = lambda x, y : round(x / float(y), 4)
SNR = SNR_func(fetal_signal,
noise)
#print 'SNR:', SNR
else:
pass
elif len(cblock_str) == ELECTRODE_STR_LEN:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
run_chk = init_An24.run_check(cblock_str, run_chk)
elif cblock_str == mm: #event
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
event = 1
log('-!-!-!-!-event-!-!-!-!-', event)
elif cblock_str == low_battry:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
#init_An24.LOW_BATTRY = True
low_battry[0] = True
else:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
data_one_sec.append([FHR[0], MHR[0], TOCO, mother_mv[0], SNR, event])
data_one_sec.append([FHR[1], MHR[1], TOCO, mother_mv[1], SNR, event])
data_one_sec.append([FHR[2], MHR[2], TOCO, mother_mv[2], SNR, event])
data_one_sec.append([FHR[3], MHR[3], TOCO, mother_mv[3], SNR, event])
print '------------------------------'
log('data_one_sec:', data_one_sec)
print '------------------------------'
if FHR != [0, 0, 0, 0]: #rest run_chk
run_chk[0] = 0
run_chk[1] = 0
run_chk[2] = 0
run_chk[3] = 0
run_chk[4] = 0
log('run_chk', run_chk)
#return FHR, MHR, TOCO, mother_mv, SNR, event
#upload_data(data_one_sec)
updata = ','.join(str(v) for v in FHR)
print 'updata:', updata
#upload_data(updata)
return data_one_sec
def data_parse(cblock_str, run_chk, low_battry):
'''Compute the FHR MHR TOCO mother_mv
from C block'''
mm = '10024d4d1003' # MM block
low_battry = '10024e3032414eB1003' #low battry
event = 0
FHR = []
MHR = []
TOCO = 0
mother_mv = []
data_one_sec = []
#init_An24.run_check(cblock_str)
if (len(cblock_str) == CBLOCK_STR_LEN):
FHR_split = [10, 14, 18, 22, 26]
MHR_split = [42, 46, 50, 54, 58]
TOCO_split = [58, 60, 62, 64, 66]
FHR_section = [
cblock_str[FHR_split[0]:FHR_split[1]],
cblock_str[FHR_split[1]:FHR_split[2]],
cblock_str[FHR_split[2]:FHR_split[3]],
cblock_str[FHR_split[3]:FHR_split[4]]
]
MHR_section = [
cblock_str[MHR_split[0]:MHR_split[1]],
cblock_str[MHR_split[1]:MHR_split[2]],
cblock_str[MHR_split[2]:MHR_split[3]],
cblock_str[MHR_split[3]:MHR_split[4]]
]
TOCO_section = [
cblock_str[TOCO_split[0]:TOCO_split[1]],
cblock_str[TOCO_split[1]:TOCO_split[2]],
cblock_str[TOCO_split[2]:TOCO_split[3]],
cblock_str[TOCO_split[3]:TOCO_split[4]]
]
FHR_section = [int_16(f) for f in FHR_section]
MHR_section = [int_16(m) for m in MHR_section]
TOCO_section = [int_16(t) for t in TOCO_section]
''' :
for fh_s in xrange(0,4):
FHR[fh_s] = round(int(FHR_section[fh_s]&
0x7FF) *HEART_RATE_RESOLUTION, 2)
for mh_s in xrange(0,4):
MHR[mh_s] = round(int(MHR[mh_s]&
0x7ff) * HEART_RATE_RESOLUTION, 2)
mother_mv[mh_s] = int((MHR[mh_s]&0x1800) >> 11)
'''
for fh_s in FHR_section:
fh = round(int(fh_s & 0x7FF) * HEART_RATE_RESOLUTION, 2)
FHR.append(fh)
for mh_s in MHR_section:
mh = round(int(mh_s & 0x7ff) * HEART_RATE_RESOLUTION, 2)
m_mv = int((mh_s & 0x1800) >> 11)
mother_mv.append(m_mv)
MHR.append(mh)
for to_s in TOCO_section:
TOCO = int(int(to_s) * TOTO_RESOLUTION)
'''
print 'FHR:', FHR
print 'MHR:', MHR
print 'TOCO:', TOCO
print 'mother_mv:', mother_mv
'''
elif len(cblock_str) == NBLOCK_STR_LEN:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
'''Compute the SNR from N block'''
if cblock_str[14:16] == NBLOCK_SNR_TAG:
global SNR
fetal_signal = int(cblock_str[16:24], 16)
noise = int_16(cblock_str[24:32]) #int(cblock_str[24:32], 16)
SNR_func = lambda x, y: round(x / float(y), 4)
SNR = SNR_func(fetal_signal, noise)
#print 'SNR:', SNR
else:
pass
elif len(cblock_str) == ELECTRODE_STR_LEN:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
run_chk = init_An24.run_check(cblock_str, run_chk)
elif cblock_str == mm: #event
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
event = 1
log('-!-!-!-!-event-!-!-!-!-', event)
elif cblock_str == low_battry:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
#init_An24.LOW_BATTRY = True
low_battry[0] = True
else:
FHR = [0, 0, 0, 0]
MHR = [0, 0, 0, 0]
mother_mv = [0, 0, 0, 0]
data_one_sec.append([FHR[0], MHR[0], TOCO, mother_mv[0], SNR, event])
data_one_sec.append([FHR[1], MHR[1], TOCO, mother_mv[1], SNR, event])
data_one_sec.append([FHR[2], MHR[2], TOCO, mother_mv[2], SNR, event])
data_one_sec.append([FHR[3], MHR[3], TOCO, mother_mv[3], SNR, event])
print '------------------------------'
log('data_one_sec:', data_one_sec)
print '------------------------------'
if FHR != [0, 0, 0, 0]: #rest run_chk
run_chk[0] = 0
run_chk[1] = 0
run_chk[2] = 0
run_chk[3] = 0
run_chk[4] = 0
log('run_chk', run_chk)
#return FHR, MHR, TOCO, mother_mv, SNR, event
#upload_data(data_one_sec)
updata = ','.join(str(v) for v in FHR)
print 'updata:', updata
#upload_data(updata)
return data_one_sec