Time Tagger Web Application

Extra Settings:

Python API example:

Constructor parameters

{[{setting.displayName}]}: {[{formatToScriptValue(setting)}]}

Constructor:
{[{getShownMeasurment().info.pyClassName | lowercase}]} = TimeTagger.{[{getShownMeasurment().info.pyClassName}]}(timetagger, {[{formatToScriptValue(setting)}]},)

Plot Data
{[{getShownMeasurment(getShownMeasurment()).info.pyClassName | lowercase}]}.getData() = {[{getShownMeasurment().info.pyClassName | lowercase}]}.{[{getDataFunction(getShownMeasurment())}]} = {[{getShownMeasurment().info.pyClassName | lowercase}]}.{[{getDataFunctionLog(getShownMeasurment())}]} =

{[{getShownMeasurment().plotData}]}

Measurement	API Class
{[{measurementInfoObject.displayName}]}	`{[{measurementInfoObject.measurementClass}]}`	Docs

Ch.	Resolution (ps)	Trigger Level (V)	Input Delay	Dead time	Event Divider	Test signal
{[{channel.name \|\| channel.channelNumber}]} {[{getEdgeArrow($root.getTimeTagger($root.dataModel.currentTT).device.id, channel.channelNumber)}]}	{[{ getChannelResolutionRms($root.getTimeTagger($root.dataModel.currentTT).device, channel.channelNumber) }]} {[{ getFormatedChannelResolution($root.getTimeTagger($root.dataModel.currentTT).device, channel.channelNumber, true) }]}

Event Filter, Data Rate Reduction

Trigger Channels (Multiple choice) required

Rising edges

Device {[{ $root.getTimeTagger($root.dataModel.currentTT).device.channelGroup.device }]} {[{ formatDefaultChannelName(channel.channelNumber, $root.getTimeTagger($root.dataModel.currentTT).device.id) }]} {[{ getFormatedChannelResolution($root.getTimeTagger($root.dataModel.currentTT).device, channel.channelNumber) }]}

Falling edges

Device {[{ $root.getTimeTagger($root.dataModel.currentTT).device.channelGroup.device }]} {[{ formatDefaultChannelName(channel.channelNumber, $root.getTimeTagger($root.dataModel.currentTT).device.id) }]} {[{ getFormatedChannelResolution($root.getTimeTagger($root.dataModel.currentTT).device, channel.channelNumber) }]}

Filtered Channels (Multiple choice) required

Rising edges

Device {[{ $root.getTimeTagger($root.dataModel.currentTT).device.channelGroup.device }]} {[{ formatDefaultChannelName(channel.channelNumber, $root.getTimeTagger($root.dataModel.currentTT).device.id) }]} {[{ getFormatedChannelResolution($root.getTimeTagger($root.dataModel.currentTT).device, channel.channelNumber) }]}

Falling edges

Device {[{ $root.getTimeTagger($root.dataModel.currentTT).device.channelGroup.device }]} {[{ formatDefaultChannelName(channel.channelNumber, $root.getTimeTagger($root.dataModel.currentTT).device.id) }]} {[{ getFormatedChannelResolution($root.getTimeTagger($root.dataModel.currentTT).device, channel.channelNumber) }]}

Software Clock

Last Status

enabled: {[{ getTimeTagger($root.dataModel.currentTT).device.software_clock.enabled.toString() }]}

is_locked: {[{ getTimeTagger($root.dataModel.currentTT).device.software_clock.is_locked.toString() }]}

period_error: {[{ formatSoftwareClockStateNumbers(getTimeTagger($root.dataModel.currentTT).device.software_clock.period_error) }]}

phase_error_estimation: {[{ formatSoftwareClockStateNumbers(getTimeTagger($root.dataModel.currentTT).device.software_clock.phase_error_estimation) }]}

error_counter: {[{ getTimeTagger($root.dataModel.currentTT).device.software_clock_error_counter_with_reset.toString() }]}

TimeTagger Network Server

Enable Server

Device name

Comments

Device
Serial number: {[{dataModel.showTimeTaggerSettings}]}
Model: {[{$root.getTimeTagger($root.dataModel.currentTT).device.settings.model}]}
Firmware Version: {[{getShownSettingsTimeTagger().configuration["firmware version"]}]}
Device{[{$index+2}]}
Serial number: {[{syncedDevice.serial}]}
Model: {[{syncedDevice.model}]}
Firmware Version: {[{syncedDevice.firmware_version}]}
TimeTagger Version: v{[{TimeTaggerVersion}]}