contains function headers for controlling the nScope analog outputs More...

Functions
NSCOPE_API ErrorType	nScope_set_AX_on (ScopeHandle nScope, int aChannel, bool aOn)
	Set the analog channel (on/off) More...

NSCOPE_API ErrorType	nScope_get_AX_on (ScopeHandle nScope, int aChannel, bool *aOn)
	Get the analog channel (on/off) and store it in aOn. More...

NSCOPE_API ErrorType	nScope_set_AX_frequency_in_hz (ScopeHandle nScope, int aChannel, double frequency)
	Set the analog channel output frequency. More...

NSCOPE_API ErrorType	nScope_get_AX_frequency_in_hz (ScopeHandle nScope, int aChannel, double *frequency)
	Get the analog channel output frequency and store it in the given variable. More...

NSCOPE_API ErrorType	nScope_set_AX_wave_type (ScopeHandle nScope, int aChannel, WaveType wave)
	Set the analog channel output wave type. More...

NSCOPE_API ErrorType	nScope_get_AX_wave_type (ScopeHandle nScope, int aChannel, WaveType *wave)
	Get the analog channel output wave type. More...

NSCOPE_API ErrorType	nScope_set_AX_unipolar (ScopeHandle nScope, int aChannel, bool isUnipolar)
	Set the analog channel unipolarity. More...

NSCOPE_API ErrorType	nScope_get_AX_unipolar (ScopeHandle nScope, int aChannel, bool *isUnipolar)
	Get the analog channel unipolarity. More...

NSCOPE_API ErrorType	nScope_set_AX_amplitude (ScopeHandle nScope, int aChannel, double amplitude)
	Set the analog channel amplitude. More...

NSCOPE_API ErrorType	nScope_get_AX_amplitude (ScopeHandle nScope, int aChannel, double *amplitude)
	Get the analog channel amplitude. More...

Documentation

contains function headers for controlling the nScope analog outputs

Function Documentation

NSCOPE_API ErrorType nScope_get_AX_amplitude	(	ScopeHandle	nScope,
		int	aChannel,
		double *	amplitude
	)

Get the analog channel amplitude.

Retreives the actual signal amplitude and puts it into the amplitude variable

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to query
[out]	amplitude	actual signal amplitude in volts

NSCOPE_API ErrorType nScope_get_AX_frequency_in_hz	(	ScopeHandle	nScope,
		int	aChannel,
		double *	frequency
	)

Get the analog channel output frequency and store it in the given variable.

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to query
[out]	frequency	pointer to double to store the actual signal frequency in hz

NSCOPE_API ErrorType nScope_get_AX_on	(	ScopeHandle	nScope,
		int	aChannel,
		bool *	aOn
	)

Get the analog channel (on/off) and store it in aOn.

A true state means the analog channel is on and outputing voltage A false state means the analog channel is held at ground

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to query
[out]	aOn	pointer to a boolean to store the state of the analog channel

NSCOPE_API ErrorType nScope_get_AX_unipolar	(	ScopeHandle	nScope,
		int	aChannel,
		bool *	isUnipolar
	)

Get the analog channel unipolarity.

Unipolar waves range from 0 to amplitude, bipolar waves range from -amplitude to amplitude

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to query
[out]	isUnipolar	true if the wave is unipolar, false if it is not

NSCOPE_API ErrorType nScope_get_AX_wave_type	(	ScopeHandle	nScope,
		int	aChannel,
		WaveType *	wave
	)

Get the analog channel output wave type.

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to query
[out]	wave	pointer to WaveType to store the current wave type

NSCOPE_API ErrorType nScope_set_AX_amplitude	(	ScopeHandle	nScope,
		int	aChannel,
		double	amplitude
	)

Set the analog channel amplitude.

Unipolar waves range from 0 to amplitude, bipolar waves range from -amplitude to amplitude

Not all amplitude values can be acheived, nScope will automatically choose the closest approximation

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to set
[in]	amplitude	desired signal amplitude in volts

NSCOPE_API ErrorType nScope_set_AX_frequency_in_hz	(	ScopeHandle	nScope,
		int	aChannel,
		double	frequency
	)

Set the analog channel output frequency.

Not all frequency values can be acheived, nScope will automatically choose the closest approximation

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to set
[in]	frequency	desired signal frequency in hz

NSCOPE_API ErrorType nScope_set_AX_on	(	ScopeHandle	nScope,
		int	aChannel,
		bool	aOn
	)

Set the analog channel (on/off)

A true state means the analog channel is on and outputing voltage A false state means the analog channel is held at ground

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to turn on or off
[in]	aOn	true: turn the channel on, false: turn it off

NSCOPE_API ErrorType nScope_set_AX_unipolar	(	ScopeHandle	nScope,
		int	aChannel,
		bool	isUnipolar
	)

Set the analog channel unipolarity.

Unipolar waves range from 0 to amplitude, bipolar waves range from -amplitude to amplitude

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to set
[in]	isUnipolar	true to set the output to be unipolar only, false to set it bipolar

NSCOPE_API ErrorType nScope_set_AX_wave_type	(	ScopeHandle	nScope,
		int	aChannel,
		WaveType	wave
	)

Set the analog channel output wave type.

The output waves can be set to any one of the available WaveType

Returns: nScope ErrorType

Parameters

[in]	nScope	nScope handle
[in]	aChannel	the channel (1 or 2) to set
[in]	wave	the signal WaveType

Functions

Documentation

Function Documentation