Add

SCPI Command :

LAYout:ADD
Commands in total: 1
Subgroups: 0
Direct child commands: 1
set(node_name: str, parent_type: LayoutParentType, insert_before: bool, first_source: SignalSource, diagram_name: str) → None[source]
# LAYout:ADD
driver.layout.add.set(node_name = 'abc', parent_type = enums.LayoutParentType.HORizontal, insert_before = False, first_source = enums.SignalSource.AJ1, diagram_name = 'abc')

Adds a new diagram with a waveform on the screen, in relation to an existing diagram.

Parameters:

  • node_name – String with the name of the existing diagram

  • parent_type –

    Position of the new diagram in relation to the existing one.

    • HORizontal: Besides the existing diagram

    • VERTical: Above or below the existing diagram

    • TAB: In a new tab in the existing diagram

  • insert_before – If on, the new diagram is inserted to the left (for HORizontal) , above (for VERTical) or in a tab in front the existing diagram. HOR, ON = left to the existing diagram, defined in NodeName HOR, OFF = right to the existing diagram VERT, ON = above the existing diagram VERT, OFF = below the existing diagram

  • first_source – Waveform to be displayed in the new diagram, see ‘Waveform parameter’. Spectrum analysis, option R&S RTO6-K37: Spectrograms and timeline spectrums are automatically displayed in their own diagrams. Eye diagram analysis with option R&S RTO6-K91: Eye diagrams are automatically displayed in their own diagrams. TDR/TDT analysis with option R&S RTO6-K130: Measurement waveforms are automatically displayed in their own diagrams. Advanced jitter analysis with option R&S RTO6-K133: Jitter analysis waveforms are automatically displayed in their own diagrams. Advanced noise analysis with option R&S RTO6-K134 : Noise analysis waveforms are automatically displayed in their own diagrams.

  • diagram_name – String with the name of the new diagram.