Many views can linked to other views to represent a relationship between the underlying data structures. Such a link can initiate considerable activity within Arcadiate and the results are often saved to the library.
Linking views
Dropping the link symbol

- Spectrum view    
  Spectrum view: links their x-axis
- Spectrum view   ⌥
  Spectrum view: links their x- and y-axis
- Spectrum view    
  Chromatogram view: displays the location of the spectrum in the chromatogram
- Spectrum view    
  Chromatogram map view: displays the location of the spectrum on the map
- Chromatogram view    
  Chromatogram group view: the chromatogram is added to the chromatogram group
- Chromatogram view    
  Chromatogram map view: displays the location of the chromatogram on the map
- Precursor view    
  Fragment spectrum view: uses the fragment spectrum view to display other fragment spectra when changing the selection in the precursor table
- Precursor view    
  Chromatogram map view: displays the location of the precursors on the map
- Sequence view    
  Spectrum view: projection of all selected fragment ions onto the spectrum
- Database search view    
  Chromatogram view: fragment spectra are associated with peptide sequences, the ion volumes of the first isotope of the precursors are determined
- Database search view   ⌥
  Chromatogram view: re-establishment of the peptide - fragment spectrum association
- Database search view    
  Chromatogram group view: determines the ion volumes of the first isotope of all precursors in all chromatograms
The chromatograms must have been aligned and the Mascot search must have been related to one of them. This is required because it defines the retention times of the precursors in relationship to the other chromatograms. - Database search view    
  Chromatogram map view: determines the ion volume of the first isotope of all precursors and displays their location on the map
- Database search view   ⌥
  Chromatogram group view: re-determines the ion volumes of the first isotope of all precursors in all chromatograms
- Database search view   ⌥
  Database search group view: joining the sequences of the database search view to the group
- Ion or Protein group view    
  Chromatogram view: determination of the ion volumes in this chromatogram
- Ion or Protein group view   ⌥
  Chromatogram view: re-determination of the ion volumes in this chromatogram
- Ion or Protein group view    
  Chromatogram group view: determines the ion volumes in all chromatograms
The chromatograms must have been aligned and the ion group must have been related to one of them. This is required because it defines the retention times of the ions in relationship to the other chromatograms. - Ion or Protein group view   ⌥
  Chromatogram group view: re-determines the ion volumes in all chromatograms
- Ion or Protein group view    
  Chromatogram map view: quantifies the ions and displays their location
- Text view    
  Chromatogram view: display of the chromatogram info text
- Text view    
  itself: display of the data collection info text
- Chromatogram map view    
  Chromatogram group view: adds the chromatogram to the group
- Molecular reference view &nbs  
  Chromatogram map view: assigns the molecular references to the chromatogram
- Molecular reference view    
  Spectrum view: assigns the molecular references to the underlying chromatogram
- Molecular reference view    
  Chromatogram group view: assigns the molecular references to every chromatogram of the group
- Molecular reference view   ⌥
  Chromatogram group view, Chromatogram map view, Spectrum view: removes an assigned molecular reference group
- Normalization ion group view    
  Chromatogram view: determination of the ion volumes in this chromatogram and calculation of the normalization factors
- Normalization ion group view   ⌥
  Chromatogram view: re-determination of the ion volumes in this chromatogram and re-calcuation of the normalization factors
- Normalization ion group view    
  Chromatogram group view: determines the ion volumes and normalization factors for all chromatograms
The chromatograms must have been aligned and the ion group must have been related to one of them. This is required because it defines the retention times of the ions in relationship to the other chromatograms. - Normalization ion group view   ⌥
  Chromatogram group view: re-determines the ion volumes and normalization factors for all chromatograms
- Normalization ion group view    
  Chromatogram map view: determines the ion volumes and normalization factors for the chromatogram and displays their location
- Normalization ion group view    
  Data graph view: shows the normalization factors over time in an editable graphic way
- Chromatogram group view    
  Data graph view: shows the retention time transformations of aligned chromatograms
- Molecular marker group view    
  Spectrum view, Map view or Chromatogram group view: characterises all molecular marker in the underlying chromatograms if these chromatograms represent All Ion Fragmentation (MSE) acquisitions.
- Database search group view    
  Chromatogram group view: correlates all sequences of the database searches to their fragment spectra in the specific chromatograms where the sequences were identified and quantifies all correlated sequences in all chromatograms.
Unlinking views
Clicking the unlink symbol
