niscope_types.ConfigureVerticalRequest(
vi=vi,
channel_list=channels,
range=10.0,
offset=0,
coupling=niscope_types.VerticalCoupling.
VERTICAL_COUPLING_NISCOPE_VAL_DC,
enabled=True,
probe_attenuation=1))
CheckForError(vi, vertical_result.status)
# Configure Horizontal Timing
config_result = scope_service.ConfigureHorizontalTiming(
niscope_types.ConfigureHorizontalTimingRequest(vi=vi,
min_sample_rate=1000000,
min_num_pts=1000,
ref_position=50,
num_records=1,
enforce_realtime=True))
CheckForError(vi, config_result.status)
# Setup an Edge Trigger
result = scope_service.SetAttributeViInt32(
niscope_types.SetAttributeViInt32Request(
vi=vi,
attribute_id=niscope_types.NiScopeAttributes.
NISCOPE_ATTRIBUTE_TRIGGER_TYPE,
value=niscope_types.NiScopeInt32AttributeValues.
NISCOPE_INT32_TRIGGER_TYPE_VAL_EDGE_TRIGGER))
CheckForError(vi, result.status)
conf_trigger_edge_result = scope_service.ConfigureTriggerEdge(
niscope_types.ConfigureVerticalRequest(
vi=vi,
channel_list=channels,
range=voltage,
offset=0.0,
coupling=niscope_types.VerticalCoupling.
VERTICAL_COUPLING_NISCOPE_VAL_DC,
probe_attenuation=1.0,
enabled=True))).status)
# Configure horizontal timing.
CheckForError(vi, (client.ConfigureHorizontalTiming(
niscope_types.ConfigureHorizontalTimingRequest(
vi=vi,
min_sample_rate=sample_rate_in_hz,
min_num_pts=1,
ref_position=0.0,
num_records=1,
enforce_realtime=True))).status)
# Configure software trigger, but never send the trigger.
# This starts an infinite acquisition, until you call Abort or Close
CheckForError(vi, (client.ConfigureTriggerSoftware(
niscope_types.ConfigureTriggerSoftwareRequest(vi=vi,
holdoff=0.0,
delay=0.0))).status)
# Initiate acquisition
CheckForError(vi, (client.InitiateAcquisition(
niscope_types.InitiateAcquisitionRequest(vi=vi))).status)
