This popup allows the user to view and edit the currently selected peaks in a peak peak table. The peaks in the table may be assigned, unaliased, moved and edited generally. In addition, peaks can be easily marked and used to navigate in other spectrum windows.
The Peaks: Selected Peaks popup.
This option uses the selected peaks to create strips (max 15) at peak positions in the adjacent target window pulldown menu (Window). The y positions of the strips will be the average y position for the selected peaks.
This option centers the view on the selected peak in the spectrum window that is selected in the adjacent in the target window pulldown menu (Window).
This selectd the target window for the [Make Strips] and [Find Peak] buttons.
Selecting this option causes the found peaks to be automatically marked.
This option uses the selected peaks to create strips (max 15) at locations in the adjacent target window pulldown menu (e.g. 1H - 15N in HCN in the screenshot above). The y positions of the strips will be the average y position for the selected peaks.
This option uses the selected peaks to go to the corresponding locations in the adjacent target window pulldown menu (e.g. 1H - 15N in HCN in the screenshot above).
This is the target window pulldown list of the [Strip locations] and [Goto position] buttons. (Needs changing in the new version)
Marks all selected peaks in the various windows where they occur.
This table lists all the selected peaks.
The spectrum name.
The number of the peak list containing the peak.
The peak number in the peak list.
The chemical shift of the peak in the F1 dimension. Editing this value causes the peak to move in the spectrum window.
The chemical shift of the peak in the F2 dimension. Editing this value causes the peak to move in the spectrum window.
The assignment of the peak in the F1 dimension. Double clicking allows the user to edit the assignment through the Assignment: Assignment Panel popup.
The assignment of the peak in the F2 dimension. Double clicking allows the user to edit the assignment through the Assignment: Assignment Panel popup.
The height or intensity of the peak.
The volume of the peak.
The line width of the peak in F1 in Hz.
The line width of the peak in F2 in Hz.
The merit (a quality indicator) of the peak.
Peak details entered by the user.
The name of the fitting function that was used when the position and intensity of the peak was calculated from spectral data.
The name of the method that was used to calculate the volume of the peak. See also Peaks: Peak Finding.
Adds a new peak to the list through the Add peak popup.
Allows the user to edit a peak through the Edit peak popup.
Allows the user to view and edit the aliasing of a peak through the Edit Peak Aliasing popup.
Deletes the selected peak(s) after confirmation.
Allows the user to edit the assignment through the Assignment: Assignment Panel popup.
Clears all the assignments for the selected peaks after confirmation.
Clears the assignment for the selected peaks in the dimension specified in the Dimension number popup.
Recalculates the intensity (height) and volume values of the selected peaks based upon their present position within the spectral data. This option should be used after a peak has been moved or the method of determining its intensity has been changed.
Recalculates the line widths of the selected peaks based upon their present position within the spectral data. This option should be used after a peak has been moved or the fit method has been changed.
Display the assigned atoms and any H-H connections corresponding to the selected peaks on the structure using the Structure: Structure Viewer popup.
This option can be used to copy assignments from an assigned peak to other, unassigned, peaks. The assignments are copied where possible and within assignment tolerances, to all of the selected peaks. Any resonances that were assigned to the selected peaks will be assigned to any other valid peak dimension within the selection. Useful for quickly assigning multiple peaks which, for example, derive from the same 15N and 1H amide resonances.
Propagates the figure of merit from one peak to a set of other selected peaks.