(6) DISPlay command (Sets and queries changeover of the screen mode and waveform display.) |
Common |
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Syntax
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command query |
:DISPlay:CHANge A$ :DISPlay:CHANge? |
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response
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A$A$ = STATus, CHANnel, DISPlay, SYSTem, FILE (8835, 8835-01) SYSTem, STATus, TRIGger, CHANnel, DISPlay, FILE (8826, 8841, 8842)
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Explanation
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Changes the screen mode. Returns the current screen mode as character data.
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Example
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:DISPlay:CHANge DISPlay Switches to the display mode.
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When allowed
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In all functions.
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Common |
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Syntax
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command query |
:DISPlay:PAGE A :DISPlay:PAGE? |
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response
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A<NR1>[8835, 8835-01] A = 1 to 6 (system screen) 1 to 5 (status screen) 1, 2 (channel screen)
[8826, 8841, 8842] A = 1 to 6 (system screen) 1 to 4 (status screen) 1, 2 (channel screen)
[8720] A = 1 to 4 (system screen) 1, 2 (status screen) 1 to 4 (channel screen)
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Explanation
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Sets the page of the screen according to the NR1 numerical value. Returns the current page of the screen as a NR1 numerical value.
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When allowed
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In all functions.
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Common |
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Syntax
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command query |
:DISPlay:DRAWing ch$,A$ :DISPlay:DRAWing? ch$ |
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response
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A$A$ = OFF, C1 to C12
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Explanation
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Sets the waveform display color for the channel designated by ch$. Returns the waveform display color for the channel designated by ch$ as character data.
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Example
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:DISPlay:DRAWing CH1,C1 Displays the channel 1 waveform in display color 1.
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When allowed
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In all functions.
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(4) Sets and queries waveform display graph (when the display format is other than SINGLE). |
Common |
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Syntax
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command query |
:DISPlay:GRAPh ch$,A :DISPlay:GRAPh? ch$ |
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response
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ch$,A<NR1>A$ = 1, 2, 3, 4 (for DUAL format, 1, 2) 1 to 8 (OCT, HEX format: 8841, 8842, 8720)
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Explanation
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Sets the waveform display graph on the screen. On the screen, returns the current waveform display graph for the channel designated by ch$ as a numerical value in NR1 format.
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Example
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:DISPlay:GRAPh CH1,1 Displays the channel 1 waveform in display graph 1.
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When allowed
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In MEM, REC, RMS and R&M.
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Common |
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Syntax
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command query |
:DISPlay:LOGDraw ch$,N,A$ :DISPlay:LOGDraw? ch$,N |
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response
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ch$,N,A$ch$ = CHA to CHD (8835, 8835-01, 8841, 8842), CHA to CHH (8826) N = 1,2,3,4 A$ = OFF,C1 to C12
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Explanation
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Sets the waveform display color for the logic channel designated by ch$, N. Returns the waveform display color for the logic channel designated by ch$, N as character data.
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Example
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:DISPlay:LOGDraw CHA,1,C1 Displays the waveform 1 of channel A in display color 1.
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When allowed
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In MEM, REC, RMS and R&M.
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Common |
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Syntax
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command query |
:DISPlay:LOGPosi ch$,A :DISPlay:LOGPosi? ch$ |
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response
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ch$,A<NR1>ch$ = CHA to CHD (8835, 8835-01, 8841, 8842), CHA to CHH (8826) A = 1, 2, 3, 4, 5, 6, 7, 8
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Explanation
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Sets the position of logic waveform display. Returns the position of the current logic waveform display as a numerical value in NR1 format.
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Example
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:DISPlay:LOGPosi CHA,1 Sets the position of logic waveform display for channel A to 1.
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When allowed
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In MEM, REC, RMS and R&M. |
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(7) Sets and queries magnification/compression factor on the time axis. |
Common |
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Syntax
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command query |
:DISPlay:XMAG A$ :DISPlay:XMAG? |
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response
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A$A$ = X10, X5, X2, X1, X1_2, X1_5, X1_10, X1_20, X1_50, [8835, 8835-01] X1_100, X1_200, X1_500, X1_1000, X1_2000 (MEM) X1, X1_2, X1_5, X1_10, X1_20, X_1_50 (REC, RMS) A$ = X10, X5, X2, X1, X1_2, X1_5, X1_10, X1_20, X1_50, [8826, 8841, 8842] X1_100, X1_200, X1_500, X1_1000, X1_2000, X1_5000, X1_10000 (MEM) X1, X1_2, X1_5, X1_10, X1_20, X_1_50, X1_100, X1_200, X1_500 (REC, RMS) A$ = X4, X2, X1, X1_2, X1_5, X1_10, X1_20, X1_50, X1_100, X1_200, X1_500 [8826, 8841, 8842]
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Explanation
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Sets the magnification/compression factor on the time axis according to character data. In the recorder and memory function, sets the magnification/ compression factor for the currently displayed waveform. Returns the current magnification/compression factor on the time axis as character data.
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Example
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:DISPlay:XMAG X1_10 Sets the compression ratio along the time axis to be 1/10.
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When allowed
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In MEM, REC, RMS and R&M.
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(8) Sets and queries magnification/compression factor on the voltage axis. |
Common |
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Syntax
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command query |
:DISPlay:YMAG ch$,A$ :DISPlay:YMAG? ch$ |
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response
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ch$,A$A$ = X1_2, X1, X2, X5, X10 (SINGLE, XY SINGLE format) A$ = X1_4, X1_2, X1, X2.5, X5 (8826, 8841, 8842: other than the above)
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Explanation
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Sets the magnification/compression factor on the voltage axis for the channel designated by ch$ according to the character data. Returns the current magnification/compression factor on the voltage axis for the channel designated by ch$ as character data.
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Example
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:DISPlay:YMAG CH1,X2 Sets the magnification ratio along the voltage axis for channel 1 to be X2.
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When allowed
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In MEM, REC, RMS and R&M.
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Common |
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Syntax
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command query |
:DISPlay:ZOOM A$ :DISPlay:ZOOM? |
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response
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A$A$ = OFF, ON
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Explanation
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Enables and disables the zoom function. Returns the current enablement state of the zoom function as character data.
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Example
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:DISPlay:ZOOM ON Enables the zoom function.
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When allowed
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In MEM.
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(10) Sets and queries magnification/compression factor on the time axis, when the zoom function is used. |
Common |
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Syntax
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command query |
:DISPlay:ZOOMMag A$ :DISPlay:ZOOMMag? A$ |
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response
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A$A$ = X10, X5, X2, X1, X1_2, X1_5, X1_10, X1_20, X1_50, X1_100, X1_200, X1_500, X1_1000, X1_2000(*), X1_5000(*) (*: 8826 only)
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Explanation
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Sets the magnification/compression factor on the time axis for the lower screen, when the zoom function is used. Returns as character data the current magnification/ compression factor on the time axis for the lower screen in the zoom function. The display magnification of the lower display can only be set at a value that exceeds the magnification of the upper display. (E.g., if the upper magnification is X2, the lower can only be set to X5 or X10.)
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Example
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:DISPlay:ZOOMMag X1_100 Sets to be 1/100 the compression ratio along the time axis for the lower screen in the zoom function.
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When allowed
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In MEM.
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8826, 8841, 8842, 8720 |
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Syntax
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command query |
:DISPlay:XYDRawing A,B$ :DISPlay:XYDRawing? A |
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response
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A<NR1>,B$A = 1 to 4 B$ = OFF, C1 to C12
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Explanation
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Sets the waveform display color for the graph designated by A. Returns the current waveform display color for the graph designated by A as character data.
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Example
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:DISPlay:XYDRawing 1,C1 Displays the waveform of graph 1 in display color 1.
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When allowed
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In MEM and REC in XY format.
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8835, 8835-01 |
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Syntax
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command query |
:DISPlay:XAXIs ch$ :DISPlay:XAXIs? |
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response
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ch$
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Explanation
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Sets the X-axis channel in the X-Y format. Returns the current X-axis channel in the X-Y format as character data.
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Example
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:DISPlay:XAXIs CH2 Sets channel 2 to the X-axis.
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When allowed
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In MEM and REC in XY format.
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(13) Sets and queries the X-axis in the XY format. |
8826, 8841, 8842, 8720 |
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Syntax
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command query |
:DISPlay:XAXIs A,ch$ :DISPlay:XAXIs? A |
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response
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A<NR1>,ch$A = 1 to 4
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Explanation
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Sets the X-axis channel in the XY format for the display graph designated by A. Returns the current X-axis channel in the XY format for the display graph designated by A as a numerical value in NR1 format.
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Example
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:DISPlay:XAXIs 1,CH1 Sets the X-axis of graph 1 to channel 1.
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When allowed
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In MEM and REC in XY format.
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8826, 8841, 8842, 8720 |
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Syntax
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command query |
:DISPlay:YAXIs A,ch$ :DISPlay:YAXIs? A |
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response
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A<NR1>,ch$A = 1 to 4
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Explanation
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Sets the Y-axis channel in the XY format for the display graph designated by A. Returns the current Y-axis channel in the XY format for the display graph designated by A as a numerical value in NR1 format.
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Example
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:DISPlay:YAXIs 1,CH2 Sets the Y-axis of graph 1 to channel 2.
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When allowed
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In MEM and REC in XY format.
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Common |
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Syntax
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command |
:DISPlay:WAVE A$ |
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A$A$ = ACUR (the A cursor: line cursor (vertical), trace cursor) TRIG (the trigger point) POINT (the point set by :MEMory:POINt)
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Explanation
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Displays the waveform on the screen from the position indicated by A$ (in the recorder and memory function, when the memory recorder waveform is displayed).
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Example
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:DISPlay:WAVE ACUR Displays the waveform from the position of A cursor.
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When allowed
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In MEM and R&M, when the display format is other than XY. (8720: in REC only)
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(16) Enables and disables, and queries the variable function. |
Common |
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Syntax
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command query |
:DISPlay:VARIable ch$,A$ :DISPlay:VARIable? ch$ |
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response
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ch$,A$A$ = OFF, ON
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Explanation
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Enables or disables the variable function for the channel designated by ch$. Returns the current enablement state of the variable function for the channel designated by ch$ as character data.
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Example
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:DISPlay:VARIable CH1,ON Sets the variable function of CH1 to ON.
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When allowed
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In all functions.
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(17) Sets and queries the upper and lower limits of the variable function. |
Common |
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Syntax
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command query |
:DISPlay:VARIUPLOw ch$,B,C :DISPlay:VARIUPLOw? ch$ |
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response
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ch$,B<NR3>,C<NR3>B,C=-9.9999E+29 to +9.9999E+29 B: lower limit value <NR3> C: upper limit value <NR3>
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Explanation
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Sets the upper and lower limits of the waveform on the display screen. Returns the current upper and lower limits of the waveform on the display screen as an NR3 numerical value.
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Example
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:DISPlay:VARIUPLOw ch1,-1.0E+0,1.0E+0 Shows the waveform of CH1 in the range of –1.0 to 1.0 on the display screen.
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When allowed
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In all functions.
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(18) Sets and queries values for variable range and position. |
8835-01, 8841, 8842, 8720 |
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Syntax
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command query |
:DISPlay:VARIRng ch$,A,B :DISPlay:VARIRng? ch$ |
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response
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ch$,A<NR3>,B<NR3>A, B = -9.9999E+29 to +9.9999E+29
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Explanation
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Sets the values of the variable range and position for each channel. Returns the current values of the variable range and position.
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Example
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:DISPlay:VARIRng CH1,2,30 Sets variable values for Channel 1, 2 (units) per 1 DIV for the range and 30% for the position.
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When allowed
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In all functions.
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Common |
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Syntax
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command query |
:DISPlay:XYCLr A$ :DISPlay:XYCLr? |
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response
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A$A$ = OFF, ON
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Explanation
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Sets the display clear function. Returns the current setting of the display clear function as character data.
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Example
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DISPlay:XYCLr ON Sets the display clear function to ON.
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When allowed
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In REC in XY format.
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8826, 8720 |
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Syntax
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command query |
:DISPlay:SIZE A$ :DISPlay:SIZE? |
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response
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A$A$ = NORMal, WIDE
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Explanation
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Sets the screen size (normal or wide). Returns the current screen size as character data.
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Example
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DISPlay:SIZE WIDE Sets the screen size to wide.
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When allowed
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In MEM, REC, RMS and R&M.
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(21) Sets and queries the CRT display waveform for the recorder and memory function. |
8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:DISPlay:RMDIsplay A$ :DISPlay:RMDIsplay? |
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response
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A$A$ = REC, MEM
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Explanation
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Sets the waveform shown on the screen, in the recorder and memory function, according to the character data. Returns the waveform shown on the screen, in the recorder and memory function, as character data.
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Example
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:DISPlay:RMDIsplay MEM Sets the waveform shown in the recorder and memory function to the memory recorder waveform.
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When allowed
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In MEM, REC, RMS and R&M.
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8720 |
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Syntax
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command query |
:DISPlay:SYNC A$ :DISPlay:SYNC? |
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response
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A$A$ = OFF, ON
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Explanation
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Operates same as the synchronization key on the main unit. Enabled only after the monitor screen has been partitioned. Returns the current setting of the synchronization function.
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Example
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:DISPlay:SYNC ON Use the synchronization function.
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When allowed
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Monitor screen partitioned.
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8720 |
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Syntax
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command query |
:DISPlay:VIEWSel A :DISPlay:VIEWSel? |
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response
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A<NR1>A = 1,2 (screen selection)
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Explanation
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Selects the screen for operation, equivalent to selecting the screen with the screen setting key on the main unit. Enabled only when the screen has been partitioned. Returns the current screen selection.
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Example
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:DISPlay:VIEWSel 1 Selects the left (upper screen).
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When allowed
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Monitor screen partitioned.
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8720 |
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Syntax
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command query |
:DISPlay:VIEWPart A :DISPlay:VIEWPart? |
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response
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A<NR1>A=0 (normal), 1 (left and right), 2(upper and lower)
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Explanation
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Executes screen partitioning, equivalent to operation of the screen partitioning key on the main unit. |
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Example
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:DISPlay:VIEWPart 1 Executes screen partitioning, equivalent to operation of the screen partitioning key on the main unit.
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When allowed
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-
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