Open a popup window to assign the dimensions of the peak under the cursor to resonances
Spread resonance assignments from the peak under the cursor to all selected peaks; where shifts match peak dimension positions
For the peak under the cursor, put all resonance assignments into the same spin system (resonance group)
Predict the residue type of the primary spin system the peak under the cursor is assigned to
Clear all peak dimension assignments (to resonances) for all selected peaks (potentially in many windows)
Remove all sequential links between resonances assigned to the dimensions of the peak under the cursor
Based on the cursor peak having representative shift values for its assigned resonances, align all peak dimensions assigned to the same resonances to the same value(s)
Show a table of the peaks currently selected in spectrum windows
Make a new peak at the current cursor location; makes peaks in all spectra displayed in the window
Delete the selected peaks, which may be in more than one window
Set a textual comment for the peak under the cursor
Set the figure-of-merit value for the peak under the cursor to 0.0; a “bad” peak
Set the figure-of-merit value for the peak under the cursor to 0.5; a “mediocre” peak
Set the figure-of-merit value for the peak under the cursor to 1.0; a “good” peak
Re-center the selected peaks to their nearest spectrum intensity extremum, if within the normal peak finding tolerances
Move the peak under the cursor to its real ppm value by adding or removing spectrum sweep widths, to unfold or unalias
Set the selected peaks to be in the same spectrum (sweep width based) ppm range as the peak under the cursor
For the selected peaks, automatically adjust the positions of the textual peak labels to avoid overlap; this operation is zoom-level dependent
For the selected peaks, reset all textual peak labels to their default/unmoved positions
Make a new peak in the geometric center of the selected peaks; useful for COSY etc.
Show any non-onebond connections described by the resonance assignments of the cursor peak in a graphical structure display
Re-reference the points to ppm relationship for the spectra of the selected peaks by aligning peak positions; cursor peak is the reference
Move the viewed region of the window so the peak under the cursor is in the center of the screen-orthogonal (Z) dimensions
Display the results of finding symmetry related (e.g. return) peaks using strips in the window
Display the results of finding symmetry related (e.g. return) peaks in a table
Make strips in the current window based on the locations of the selected peaks
Center the viewed region of the contour display to cover any peaks selected in the window
Change the window view to see all peaks assigned to the same, primary spin system as the peak under the cursor
Change the viewed region of the contour display to see twice as much on the X and Y axes
Change the viewed region of the contour display to see half as much on the X and Y axes
Center the viewed region of the contour display to cover any peaks selected in the window
Change the window view to see all peaks assigned to the same, primary spin system as the peak under the cursor
Center the window so that its middle is at the current cursor location
Increase the contour base level ,for all displayed spectra, by a factor of two; move away from zero
Decrease the contour base level, for all displayed spectra, by half; move away towards zero
Open a popup window to give fine control over spectrum contour levels
Add a new vertical strip/sub-division to the window
Add a new Horizontal strip/sub-division to the window
Delete the vertical strip currently under the cursor
Delete the horizontal strip currently under the cursor
Swap between vertical window strips and horizontal strips
Add a multi-dimensional cross mark at the current cursor location
Add a single horizontal line at the current cursor location
Add a single vertical line at the current cursor location
Delete all multi-dimensional cross marks in all windows
Delete all horizontal and vertical ruler (1D) lines in all windows
Open a popup window to alter the display settings for cross marks and ruler lines
Make a near identical copy of the current window
Delete the current window
Export a PostScript, EPS of PDF rendering of the window for printing etc.
Open a popup window to give fine control over spectrum window setting
Show navigation scrollbars on all axes of the current window
Show navigation scrollbars for only the screen-orthogonal (Z) axes; removes X and Y
Remove all navigation scrollbars on all axes of the current window
For both X and Y axes, superimpose 1D slice/transect traces, from the cursor location, on the crosshairs
For only the X axis, superimpose 1D slice/transect traces, from the cursor location, on the crosshairs
For only the Y axis, superimpose 1D slice/transect traces, from the cursor location, on the crosshairs
Remove all 1D slice/transect traces superimposed on crosshairs
Add displays of one-dimensional spectrum slices/transects in panels at the edges of X and Y axes
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