Maestro
Maestro
Zooming and Fitting in the Workspace
Use the "Fit" buttons on the Selection Toolbar to view specific areas of the 3D Workspace. Automatic fitting is also available.
Fitting to the ligand
To fit the view to the ligand:
- Click the [L] in the Fit area of the Selection Toolbar
- If your Workspace contains multiple ligands, click the [L] button repeatedly to view each ligand individually
The L key is a shortcut to the same functionality.
Fitting to all visible or selected atoms
To fit the view to all visible atoms in the Workspace:
- Click the Fit to Workspace button in the Fit area
To fit the view to a selection in the Workspace:
- Click the Fit to Selection button in the Fit area
The Z key is a shortcut to the same functionality, depending on whether or not atoms are selected.
Automatically fitting to visible atoms
To automatically fit to all visible atoms in the Workspace whenever a new entry is included:
- Click the AUTO button in the Fit area to toggle it on
- Click the AUTO button again to return to manual fitting
Automatically fitting to the ligand
The LIGAND button appears when automatic fitting is turned on. To automatically fit to a ligand in the Workspace whenever a new entry is included:
- Click the LIGAND button to toggle it on
- Click the LIGAND button again to return to automatic fitting to all visible atoms
- 1. Loading and Preparing a Protein Structure
- 2. Finding and Using Tasks and Applications
- 3. Interacting with the 3D Workspace and Making Selections
- 4. Working with Labels and Ribbons
- 5. Hiding and Showing Atoms in the Workspace
- 6. Hiding and Showing Hydrogen Atoms in the Workspace
- 7. Zooming and Fitting in the Workspace
- 8. Using Preset Styles
- 9. Styling the Ligand
- 10. Using the Structure Hierarchy
- 11. Visualizing Non-Covalent Interactions
- 12. Making Measurements in the 3D Workspace
- 13. Working with Surfaces
- 14. Workspace Gadgets
- 15. Renaming a Protein Chain
- 16. Superimposing Proteins and Fixing Entries
- 17. Sketching and Modifying Molecules in 3D
- 18. Superimposing Two Ligands
- 19. Sketching and Modifying Molecules in 2D