DISPlay Commands (Select or query screen mode, waveform display, etc.)


Y:  Available   N:  Unavailable

Command

Data
(for a query, response data)

Explanation

Function

8860

8861

:CHANge A$

A$: NONE, DISPlay, STATus, CHANnel, TRIGger, SHEEt, MEMOry, CALCulate, WCALC, FILE, PRINTer, SYSTem, COMMunicate, TERMinal, SETTing, INITialize, INFO, FILER

Select the display mode

ALL

Y

Y

:CHANge?

A$

Query the display mode

ALL

Y

Y

:DRAWing CH$,A$

CH$: CHm_n
A$: OFF, C1 to C36

Set waveform display color

ALL

Y

Y

:DRAWing? CH$

CH$,A$

Query waveform display color

ALL

Y

Y

:FGAUge A,B

A: 1 to 4
B: 1 to 8

Set FFT gauge assignment

FFT

Y

Y

:FGAUge? A

A<NR1>,B<NR1>

Query FFT gauge assignment

FFT

Y

Y

:GRAPh A,B

A: 1 to 32
B: 1 to 16

Set the display graph of a waveform

MEM, REC, REAL, R_M

Y

Y

:GRAPh? A

A<NR1>,B<NR1>

Query the display graph of a waveform

MEM, REC, REAL, R_M

Y

Y

:GAUGe A,CH$

A: 1 to 8
CH$: CHm_n, Z1 to Z16

Apply gauge display for a channel

ALL

Y

Y

:GAUGe? A

A<NR1>,CH$

Query gauge display for a channel

ALL

Y

Y

:LOGDraw CH$,N,A$

CH$: CHx
N: 1 to 4
A$: OFF, C1 to C36

Set logic waveform display color

MEM, REC, REAL, R_M

Y

Y

:LOGDraw? CH$,N

CH$,N<NR1>,A$

Query logic waveform display color

MEM, REC, REAL, R_M

Y

Y

:LOGPosi CH$,A

CH$: CHx
A: 0 to 16

Set the display position of a logic waveform

MEM, REC, REAL, R_M

Y

Y

:LOGPosi? CH$

CH$,A<NR1>

Query the display position of a logic waveform

MEM, REC, REAL, R_M

Y

Y

:NGAUge A,B

A: 1 to 4
B: 1 to 8

Set the Nyquist FFT gauge

FFT

Y

Y

:NGAUge? A

A<NR1>,B<NR1>

Query the Nyquist FFT gauge

FFT

Y

Y

:PAGE A$,B

A$: NONE, DISPlay, STATus, CHANnel, TRIGger, SHEEt, MEMOry, CALCulate, WCALC, FILE, PRINTer, SYSTem, COMMunicate, TERMinal, SETTing, INITialize, INFO, FILER
B: 1 to...

Select the screen page

ALL

Y

Y

:PAGE?

A$,B<NR1>

Query the screen page

ALL

Y

Y

:RMDIsplay A$

A$: MEM, REC, R_M

Set query the waveform display type

REAL, R_M

Y

Y

:RMDIsplay?

A$

Query the waveform display type

REAL, R_M

Y

Y

:SHEET A

A: 1 to 16

Select the displayed sheet

ALL

Y

Y

:SHEET? A

A<NR1>

Query the displayed sheet

ALL

Y

Y

:SIZE A$

A$: TYPE1, TYPE2, TYPE3, TYPE4

Select the displayed screen layout type

ALL

Y

Y

:SIZE?

A$

Query the displayed screen layout type

ALL

Y

Y

:THINout A$

A$: OFF, X1_2 to X1_1000

Set thinning of displayed data

ALL

Y

Y

:THINout?

A$

Query thinning of displayed data

ALL

Y

Y

:UPDAte A$

A$: TRUE, FALSE

Enable/disable display updating

ALL

Y

Y

:UPDAte?

A$

Query display updating

ALL

Y

Y

:VARIable CH$,A$

CH$: CHm_n
A$: OFF, ON

Enable/disable the variable gain function

ALL

Y

Y

:VARIable? CH$

CH$,A$

Query the variable gain function

ALL

Y

Y

:VARIRng CH$,A,B

CH$: CHm_n
A, B: -9.9999E+29 to +9.9999E+29

Set variable gain and position values

ALL

Y

Y

:VARIRng? CH$

CH$,A<NR3>,B<NR3>

Query variable gain and position values

ALL

Y

Y

:VARIUPLOw CH$,A,B

CH$: CHm_n
A, B: -9.9999E+29 to +9.9999E+29

Set the upper and lower variable gain limits for waveform display

ALL

Y

Y

:VARIUPLOw? CH$

CH$,A<NR3>,B<NR3>

Query the upper and lower variable gain limits for waveform display

ALL

Y

Y

:VERNier CH$,A

CH$: CHm_n
A: 50.0 to 200.0

Set the vernier function

ALL

Y

Y

:VERNier? CH$

CH$,A<NR2>

Query the vernier function

ALL

Y

Y

:VIEW A$

A$: TRIG, SEARch, ACSR, BCSR, TOP, P1_4, P2_4, P3_4, END

Select the starting point for the waveform trace display

MEM, REC, REAL, R_M

Y

Y

:VIEWPart A

A: 1, 2

Select split-screen display partitioning

MEM, REC, REAL, R_M

Y

Y

:VIEWPart?

A<NR1>

Query split-screen display partitioning

MEM, REC, REAL, R_M

Y

Y

:WAVE A$

A$: ACUR, BCUR, TRIG, POINT

Select the waveform display origin

MEM, REC, REAL, R_M

Y

Y

:XAXIs A,CH$

A: 1 to 8
CH$: CHm_n, Z1 to Z16

Assign the x-axis channel for an X-Y waveform

MEM

Y

Y

:XAXIs? A

A<NR1>,CH$

Query the x-axis channel for an X-Y waveform

MEM

Y

Y

:XMAG A$(,B$)

A$, B$: X1_500000 to X10

Set time axis magnification/compression

MEM, REC, REAL, R_M

Y

Y

:XMAG?

A$(,B$)

Query time axis magnification/compression

MEM, REC, REAL, R_M

Y

Y

:XYArea A$

A$: ALL, A_B

Select area (interval) setting for X-Y waveforms

MEM

Y

Y

:XYARea?

A$

Query area (interval) setting for X-Y waveforms

MEM

Y

Y

:XYDRawing A,B$

A: 1 to 8
B$: OFF, C1 to C36

Set X-Y waveform display and color

MEM

Y

Y

:XYDRawing? A

A<NR1>,B$

Query X-Y waveform display and color

MEM

Y

Y

:XYGAuge A,B

A: 1 to 4
B: 1 to 8

Set the XY waveform gauge

MEM

Y

Y

:XYGAuge? A

A<NR1>,B<NR1>

Query the XY waveform gauge

MEM

Y

Y

:XYGRaph A,B

A: 1 to 8
B: 1 to 4

Set the screen position for an X-Y waveform

MEM

Y

Y

:XYGRaph? A

A<NR1>,B<NR1>

Query the screen position for an X-Y waveform

MEM

Y

Y

:YAXIs A,CH$

A: 1 to 8
CH$: CHm_n, Z1 to Z16

Assign the y-axis channel for an X-Y waveform

MEM

Y

Y

:YAXIs? A

A<NR1>,CH$

Query the y-axis channel for an X-Y waveform

MEM

Y

Y

:YMAG CH$,A$

CH$: CHm_n
A$: X1_10 to X100

Set voltage axis magnification/compression

MEM, REC, REAL, R_M

Y

Y

:YMAG? CH$

CH$,A$

Query voltage axis magnification/compression

MEM, REC, REAL, R_M

Y

Y

:ZOOM A$

A$: OFF, ON

Enable/disable display zooming

MEM, R_M

Y

Y

:ZOOM?

A$

Query display zooming

MEM, R_M

Y

Y

:ZOOMMag A$

A$: X1_200000 to X10

Set zoom magnification

MEM, R_M

Y

Y

:ZOOMMag?

A$

Query zoom magnification

MEM, R_M

Y

Y