Modules

Here is a list of all modules:

[detail level 123456]

▼Constants
▼Auto resolution modes
Bit numbers
Masks
▼Coupling
Bit numbers
Masks
▼Clock output types
Bit numbers
▼Clock sources
Bit numbers
▼Frequency modes
Bit numbers
Masks
▼Generator modes
Bit numbers
Masks
▼Generator status flags	Flags to indicate the signal generation status of a generator
Bit numbers	Bit numbers used to create the signal generation status flags of a generator
Masks
▼Measure modes
Bit numbers
Masks
▼Signal types
Bit numbers
Signal type masks
▼Trigger conditions
Bit numbers
Masks
Trigger holdoff
▼Trigger input/output ID's
Device Numbers
Port Group ID's
►Device Sub Group ID's
Oscilloscope or generator
External
►Function ID's
Oscilloscopes and oscilloscope channels
Generators
External
Shift constants
Trigger input ID's
Trigger output ID's
▼Trigger kinds
Bit numbers
Masks
Trigger time outs
▼Trigger output events
Bit numbers
Masks
Product ID's
TiePie device handles
Device type
Id kind
Status return codes
▼Connector types
Masks
▼Raw data types
Masks
bool8_t values
LibTiePieTriState_t values
Trigger input index values
String length values
Helper functions values
Types
Macros
▼Functions
Library	Functions to initialize and exit the library and retrieve information from the library itself
▼Device list	Functions to control the device list: open and close devices and retrieve device information
►Listed devices	Functions to retrieve information from the listed devices
Combined devices	Functions to retrieve information from the individual devices in combined devices
►Notifications	Functions to set notifications that are triggered when the device list is changed
Device added	Functions to set notifications that are triggered when a device is added to the list
Device removed	Functions to set notifications that are triggered when a device is removed from the list
▼Device	Functions to control devices
►Common	Functions common to all devices, to setup and control devices
Status	Functions to check the status of a device
Info	Functions to retrieve information from a device
►Notifications	Notifications that indicate a device change
Removed	Notifications indicating a device is removed
►Trigger	Device trigger related functions
►Input(s)	A device can have one or more device trigger inputs, usually available as pins on an extension connector on the instrument
Status
Enabled	The enabled state of a device trigger input determines whether an input is selected as trigger source
Kind	The device trigger kind determines how the device trigger responds to the device trigger input signal
Info	Obtain information of a device trigger input
►Output(s)	A device can have one or more device trigger outputs, usually available as pins on an extension connector on the instrument. The trigger outputs are controlled by events that occur in the instrument
Enabled	The enabled state of a device trigger output determines whether an output is used
Event	Select the event that controls the trigger output
Info	Obtain information of a device trigger output
►Oscilloscope	Functions to setup and control oscilloscopes
►Channels	Functions to setup and control oscilloscope channels
Info	Functions to retrieve information from an oscilloscope channel
Coupling	Functions to control the input coupling of an oscilloscope channel
Enabled	Functions to control the enabled state of an oscilloscope channel
Probe	Functions to control the probe settings of an oscilloscope channel
Range	Functions to control the input range of an oscilloscope channel
►Trigger	Functions to control the trigger settings of an input channel
Enabled	The enabled state of a channel trigger determines whether a channel is selected as trigger source
Kind	The channel trigger kind property is used to control how the channel trigger responds to the channel input signal
Level	The channel trigger level property is used to control at which level(s) the channel trigger responds to the channel input signal
Hysteresis	The channel trigger hysteresis property is used to control the sensitivity of the trigger system
Condition	Some trigger kinds require an additional condition to indicate how the channel trigger must respond to the input signal
Time	The Time property determines how long a specific condition must last for the channel trigger to respond
Data	Functions to collect the measured data
►Notifications	Functions to set notifications that are triggered when the oscilloscope measurement status is changed
Data ready	Functions to set notifications that are triggered when the oscilloscope has new measurement data ready
Data overflow	Functions to set notifications that are triggered when the oscilloscope streaming measurement caused an data overflow
Connection test completed	Functions to set notifications that are triggered when the oscilloscope connection test is completed
Triggered	Functions to set notifications that are triggered when the oscilloscope is triggered
►Measurements	Functions to perform measurements
Mode	Functions for controlling the measure mode
Status	Functions to check the measurement status
►Resolution	Functions to control the oscilloscope resolution
Auto resolution mode	Functions to control the auto resolution mode
►Clock	Functions to control the clock of the oscilloscope
Source	Functions to control the clock source of the oscilloscope
Output	Functions to control the clock output type
►Timebase	Functions to control the time base of the oscilloscope
Sample frequency	Functions to control the sample frequency of the oscilloscope
Record length	Functions to control the record length of the oscilloscope
Pre samples	Functions to control pre samples
Segment count	Functions to control the segment count
►Trigger	Functions to control the oscilloscope trigger
Time out	Functions to control the oscilloscope trigger time out
Delay	Functions to control the trigger delay of an oscilloscope
Hold off	Functions to control the trigger hold off of an oscilloscope
Connection test	Functions to perform a connection test
►Generator	Functions to setup and control generators
Info	Functions that provide information of a generator
Control	Functions for starting and stopping the generator and checking its status
►Signal	Functions to control the signal properties of a generator
Signal type	Functions for controlling the signal type of a generator
►Amplitude	Functions for controlling the amplitude and amplitude range of a generator
Amplitude range	Functions for controlling the amplitude range of a generator
Offset	Functions for controlling the offset of a generator
►Frequency	Functions for controlling signal frequency, sample frequency and frequency mode of a generator
Frequency mode	Functions to control the generator frequency mode
Phase	Functions for controlling the phase of a generator
Symmetry	Functions for controlling the signal symmetry of a generator
Pulse width	Functions for controlling the pulse width of a generator
Arbitrary waveform buffer	Functions for controlling the arbitrary waveform buffer of a generator
►Mode	Functions for controlling the generator mode
Continuous	Information on continuous mode
Burst	Functions for controlling burst mode
Gated	Information on gated mode
►Notifications	Functions to set notifications that are triggered when the generator status is changed
Burst completed	Functions to set notifications that are triggered when a generator burst is completed
Controllable changed	Functions to set notifications that are triggered when the generator controllable state has changed
►I2C Host	Functions to setup and control I2C hosts
Reading data	Functions to read data from an I2C device
Writing data	Functions to write data to an I2C device
Speed	Functions to control the I2C clock speed
▼Helper functions	Functions to bypass certain limitations of programming/scripting languages
Pointer array	Functions for handling arrays of pointers