
12-8
Function Commands
VERSus
10 OUTPUT 707;":FUNCTION1:SUBTRACT CHANNEL1,WMEMORY1"
VERSus
Command
:FUNCtion<N>:VERSus <operand>,<operand>
This command defines a function for an X-versus-Y display. The first operand defines the Y
axis and the second defines the X axis. The Y-axis range and offset are initially equal to that of
the first operand and can be adjusted with the RANGe and OFFSet commands in this sub-
system.
Restrictions
Available only in oscilloscope and TDR/TDT modes.
<operand>
{CHANnel<N> | FUNCtion<N> | RESPonse<N> | WMEMory<N> | <float_value>}
Example
This example defines function 1 as an X-versus-Y display. Channel 1 is the X axis and wave-
form memory 2 is the Y axis.
10 OUTPUT 707;":FUNCTION1:VERSUS WMEMORY2,CHANNEL1"
VERTical
Command
:FUNCtion<N>:VERTical {AUTO | MANual}
This command sets the vertical scaling mode of the specified function to either AUTO or
MANual. The VERTical command also includes a subsystem consisting of the commands
POSition and RANGe.
Query
:FUNCtion<N>:VERTical?
The query returns the current vertical scaling mode of the specified function.
Returned Format
[:FUNCtion<N>:VERTical] {AUTO | MANual}<NL>
Example
10 OUTPUT 707;":FUNCTION1:VERTICAL?"
VERTical:OFFSet
Command
:FUNCtion<N>:VERTical:OFFSet <offset_value>
This command sets the voltage represented at center screen for the selected function. This
automatically changes the mode from auto to manual. <offset_value> is the offset value and
is limited only to being within the vertical range that can be represented by the function data.
Query
:FUNCtion<N>:VERTical:OFFset?
The query returns the current offset value of the selected function.
N O T E
This query returns the current offset value of the specified function only when the respective function display is
ON.
Returned Format
[:FUNCtion<N>:VERTical:OFFset] <offset_value><NL>
Example
10 OUTPUT 707;":FUNCTION2:DISPLAY ON"
30 OUTPUT 707;":FUNCTION2:VERTICAL:OFFSET?"
VERTical:RANGe
Command
:FUNCtion<N>:VERTical:RANGe <full_scale_range>
Summary of Contents for 86100A
Page 18: ...1 14 Introduction Status Reporting Figure 1 4 Status Reporting Data Structures...
Page 19: ...1 15 Introduction Status Reporting Status Reporting Data Structures continued...
Page 94: ...2 40 Sample Programs BASIC Programming Examples...
Page 124: ...4 16 Root Level Commands VIEW...
Page 132: ...5 8 System Commands TIME...
Page 140: ...6 8 Acquire Commands SWAVeform RESet...
Page 152: ...7 12 Calibration Commands STATus...
Page 192: ...11 12 Display Commands SSAVer...
Page 202: ...12 10 Function Commands VERTical RANGe...
Page 203: ...13 AREA 13 2 DPRinter 13 2 FACTors 13 3 IMAGe 13 3 PRINters 13 4 Hardcopy Commands...
Page 316: ...21 12 TDR TDT Commands Rev A 05 00 and Below STIMulus...
Page 332: ......