Maestro
Maestro
Making Measurements in the 3D Workspace
Use the Measure button on the Favorites toolbar to check distances and angles in the Workspace.

Entering Measurement mode
- Click Measure on the Favorites toolbar; a banner will appear

Measuring lengths and distances
With the distance option selected in the banner:- Pick two bonded atoms in the Workspace; the bond length will appear beside the bond
- Pick two non-bonded atoms; the measurement value will appear between them

Measuring angles and dihedrals
- In the banner, change the measurement option to angle
- Pick three atoms in the Workspace, with the second atom at the center of the angle; the angle measurement will appear
- Now change the option in the banner to dihedral
- Pick four atoms, in order; the dihedral measurement will appear

Exiting measurement mode
- Click the Done button on the banner to exit the special picking mode (Cancel will discard the measurements)

Reviewing measurements
- Hover over the Measurements toggle in the Workspace Configuration Toolbar until the ... icon appears
- Click the ... to open the Measurements pane
- Review the length and distance measurements you made, then click the "Angle" and "Dihedral" tabs to review those measurements as well

Hiding measurements in the Workspace
- Click the Measurements toggle in the Workspace Configuration Toolbar to temporarily hide all measurements
- 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