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OutputDesorptionTrajectory
To avoid outputting DynamicsVariables for an entire trajectory, save them only for time steps in which a defined fragment's (certain atom numbers) center of mass is moving away from a surface (e.g. defined by surface normal vector).
OutputDesorptionAngle
Use DynamicsVariables from a desorption event (as described above) to determine desorption angle relative to the surface normal vector.
The text was updated successfully, but these errors were encountered:
- Added new DynamicsOutput: OutputDesorptionTrajectory #317
- Added new DynamicsOutput: OutputDesorptionAngle #317
- Created an `Analysis` submodule for common analysis functions
- Added new DynamicsOutput: OutputDesorptionTrajectory #317
- Added new DynamicsOutput: OutputDesorptionAngle #317
- Created an `Analysis` submodule for common analysis functions
- Add `Structure` submodule for common utility functions for atomic structure.
* Add rudimentary tests for NQCDynamics.Structure
* Improved method definitions, possible efficiency gain by using views
* Add unit tests for diatomic analysis functions for desorption
* Add "Analysis" group to unit testing
* Added explanation for Structure module scope
- Added new DynamicsOutput: OutputDesorptionTrajectory #317
- Added new DynamicsOutput: OutputDesorptionAngle #317
- Created an `Analysis` submodule for common analysis functions
- Add `Structure` submodule for common utility functions for atomic structure.
* Add rudimentary tests for NQCDynamics.Structure
* Improved method definitions, possible efficiency gain by using views
* Add unit tests for diatomic analysis functions for desorption
* Add "Analysis" group to unit testing
* Added explanation for Structure module scope
Related to NQCD/DiatomicBasics#1.
New output options for dynamics simulations.
OutputDesorptionTrajectory
To avoid outputting DynamicsVariables for an entire trajectory, save them only for time steps in which a defined fragment's (certain atom numbers) center of mass is moving away from a surface (e.g. defined by surface normal vector).
OutputDesorptionAngle
Use DynamicsVariables from a desorption event (as described above) to determine desorption angle relative to the surface normal vector.
The text was updated successfully, but these errors were encountered: