def __init__(self, fileid, simulation, id, name):
self.fileid = fileid
self.simulation = simulation
self.id = id
self.name = name
## Get unit of Y axis
self.yunit = jwdb.ams_sim_get_wave_unit_name(fileid, self.id)
def __init__(self, fileid, simulation, id, name):
self.fileid = fileid
self.simulation = simulation
self.id = id
self.name = name
## Get unit of Y axis
self.yunit = jwdb.ams_sim_get_wave_unit_name(fileid, self.id)
params = {}
for i in range(1, n + 1):
tmp, name, val = jwdb.ams_sim_get_simulation_parameter_info(fileid, i)
params[name] = val
## Get unit of X axis
xunit = jwdb.ams_sim_get_x_unit_name(fileid)
print "xunit", xunit
## Get first waveform name and identifier by putting 0 at last argument
wid, wavename = jwdb.ams_sim_get_next_waveform_name(fileid, 0)
while wid > 0:
print wid, wavename
## Get unit of Y axis
yunit = jwdb.ams_sim_get_wave_unit_name(fileid, wid)
print "yunit", yunit
## Handle digital waveforms
if not jwdb.ams_sim_is_analog_wave(yunit):
pass
## Handle complex analog waveforms
elif jwdb.ams_sim_is_wave_complex(fileid, wid):
readflag, x, yr, yi = jwdb.ams_sim_read_analog_x_y_data_complex(
fileid, wid)
while readflag > 0:
readflag, x, yr, yi = jwdb.ams_sim_read_analog_x_y_data_complex(
fileid, wid)
## Handle real analog waveforms
else:
readflag, x, y = jwdb.ams_sim_read_analog_x_y_data(fileid, wid)
params = {}
for i in range(1,n+1):
tmp, name, val = jwdb.ams_sim_get_simulation_parameter_info(fileid, i)
params[name] = val
## Get unit of X axis
xunit = jwdb.ams_sim_get_x_unit_name(fileid)
print "xunit", xunit
## Get first waveform name and identifier by putting 0 at last argument
wid, wavename = jwdb.ams_sim_get_next_waveform_name(fileid, 0)
while wid > 0:
print wid, wavename
## Get unit of Y axis
yunit = jwdb.ams_sim_get_wave_unit_name(fileid, wid)
print "yunit", yunit
## Handle digital waveforms
if not jwdb.ams_sim_is_analog_wave(yunit):
pass
## Handle complex analog waveforms
elif jwdb.ams_sim_is_wave_complex(fileid, wid):
readflag, x, yr, yi = jwdb.ams_sim_read_analog_x_y_data_complex(fileid, wid)
while readflag > 0:
readflag, x, yr, yi = jwdb.ams_sim_read_analog_x_y_data_complex(fileid, wid)
## Handle real analog waveforms
else:
readflag, x, y = jwdb.ams_sim_read_analog_x_y_data(fileid, wid)
while readflag > 0:
readflag, x, y = jwdb.ams_sim_read_analog_x_y_data(fileid, wid)
