Menu Reference

Prev: Staircase Analysis	Outline	Next: Dialog Reference

File

New Data...: Creates a new empty file in the Data window. The New Data dialog prompts you for details.
Open Data...: Opens a sampled or idealized data file in the Data window. (formats)
Reopen Data: Submenu of recently created and opened data files
Save Data: Saves changes to the current data file, including session information (idealization, baseline, lists, results, ...)
Save Data As...: Saves the current data file in a location of your choice
Close Data: Closes the current data file and updates the session information
Close All Data: Closes all open data files and updates the session information

New Model...: Creates a new two-state model in the Model window. The New Model dialog prompts you for details
Open Model...: Opens a .MDL or .QMF model file in the Model window.
Reopen Model: Submenu of recently created and opened model files
Save Model...: Saves changes to the current model file
Save Model As...: Saves the current model file in the location of your choice
Close Model: Closes the current model file
Close All Models: Closes all open model files

New Data for Input Acquisition...: Creates a new empty data file and assigns it as the destination for recorded data
Open Data for Input Acquisition...: Opens an existing data file and assigns it ... recorded data will be appended
Assign Data for Input Acquisition...: Recorded data will be appended to the current data file
Unassign Data for Input Acquisition: Recorded data will not be saved

New Data for Output Acquisition: Creates a new empty data file and assigns it as the location of the output stimulus waveform
Open Data for Output Acquisition: Opens a stimulus waveform and assigns it for output
Assign Data for Output Acquisition: The current data file will be played out as a stimulus
Unassign Data for Output Acquisition: No data file will be used as a stimulus

Idealized Data Load Idealized Data... Overlays an idealized data file on the current data, replacing any existing idealization Save Idealized Data... Saves the idealization as a DWT file Save Idealized Data as ASCII... Saves the idealization as a sampled text file with one sample per line, where each sample is the class number (so a closed event 5 samples long becomes five lines of "0") Copy Idealized list to clipboard... Copies the idealization to the clipboard as text each line has <tab> duration (seconds) <tab> class number

Baseline Nodes Load Baseline Nodes... Loads baseline nodes into the current data file QuB baseline files are independent of sampling, so you can correct the baseline of a decimated file, then load its nodes into the original file Save Baseline Nodes... Saves the current data file's baseline nodes as a QBF file

Open Results...: Opens a QRF results file in the Results window
Save Results As...: Saves the current results from the Results window as a QRF file

Python Scripts
Data
Data Notes
Data Overlap
Model
Acquisition SShot
Acquisition Input
Acquisition Output
Acquisition Notes
Acquisition Protocol
Report
Graph
Histogram
Results
Scripts
Dynamic Clamp
Tasks: Lists all running algorithms and their status; allows you to stop a running task

Acquisition .. Scripts: Chooses a layout for windows and buttons.; Windows will be wherever you left them last time that layout was active; Same as clicking a button in the "Layout" button bar on the left

Restore interface defaults: Returns all windows to their default positions in the current layout only
Restore defaults in all: Returns all windows to their defaults positions in all layouts

Floating windows: Toggles between "floating" (freely positionable) windows and a snap-in grid; see Interface Theory#Windows and Layouts
Buttons visible: Hides/shows the "Layout" button bar on the left
Additional layouts: Lets you define additional layouts if 7 isn't enough

Acquisition Hardware: Shows the Hardware Configuration dialog
Acquisition Channels: Shows the Channels Configure panel of the hardware configuration dialog
Calibration Assistant: Shows the Calibration Assistant dialog, which determines experimentally the calibration factor between acquisition values and physical units

Open last Data: Whether to reopen the last-used data file when QuB starts up
Open last Model: Whether to reopen the last-used model file when QuB starts up
Open last Kinetic script: Whether to reopen the last KPL script in the Scripts window when QuB starts up
New Model on startup: Whether to create a new two-state model when QuB starts up

Show Buttons: Toggles whether the right-hand button bar is visible
Small buttons: Toggles between half-width and full-width buttons
Edit buttons: Shows the Button Settings dialog, which lets you customize which buttons are showing in each layout
Restore button defaults: Resets which buttons are visible in which layouts to the defaults

Acquisition .. Scripts: submenus containing all buttons in a category; choosing an item is equivalent to right-clicking its button

Prev: Staircase Analysis	Outline	Next: Dialog Reference