Dr Probe Gui Documentation Microscope Setup The calculation section of the main dialog provides controls to setup and run multislice simulations. most of the calculation parameters are set from the calculation setup dialog, which opens when pressing the respective button. The respective section of the calculation setup dialog provides input fields for the parameters and additional tools automating parts of the setup with reasonable defaults.
Dr Probe Gui Documentation Calculation Setup The dr. probe graphical user interface (gui) provides easy access to basic stem image simulations with direct display of results. calculations are accelerated by using many cpu threads and your nvidia gpu in parallel. the software runs on 64 bit windows operating systems. In this case, each scan pixel needs to be re calculated with at least the number of focal kernel samples specified in the basic illumination setup. the source size is applied by convolution after the simulation and requires only small additional time. The calculation section of the main dialog provides controls to setup and run multislice simulations. most of the calculation parameters are set from the calculation setup dialog, which opens when pressing the respective button. If scanning precession electron diffraction (sped) is activated, the diffraction pattern for each probe position is also averaged while precessing the incident probe tilt. this usually causes very long calculation times. the parameters from the precession diffraction tab will be used.
Dr Probe Gui Sample Setup The calculation section of the main dialog provides controls to setup and run multislice simulations. most of the calculation parameters are set from the calculation setup dialog, which opens when pressing the respective button. If scanning precession electron diffraction (sped) is activated, the diffraction pattern for each probe position is also averaged while precessing the incident probe tilt. this usually causes very long calculation times. the parameters from the precession diffraction tab will be used. Gui: fixed gpu selection on multiple gpu systems. gui: moved forward to cuda 12.6, requires driver >=527.41, minimum compute capability 6.1 (pascal, gtx 1000 series). Dr. probe gui documentation calculation setup. The dr. probe graphical user interface (gui) provides easy access to basic stem image simulations with direct display of results. calculations are accelerated by using many cpu threads and your nvidia gpu in parallel. During the simulation of stem images, several coherent calculations are performed for a certain set of defocus values and summed up with weights according to the focus spread kernel.
Dr Probe Gui Documentation Microscope Display Settings Gui: fixed gpu selection on multiple gpu systems. gui: moved forward to cuda 12.6, requires driver >=527.41, minimum compute capability 6.1 (pascal, gtx 1000 series). Dr. probe gui documentation calculation setup. The dr. probe graphical user interface (gui) provides easy access to basic stem image simulations with direct display of results. calculations are accelerated by using many cpu threads and your nvidia gpu in parallel. During the simulation of stem images, several coherent calculations are performed for a certain set of defocus values and summed up with weights according to the focus spread kernel.
Dr Probe Gui Documentation Create Sample Data The dr. probe graphical user interface (gui) provides easy access to basic stem image simulations with direct display of results. calculations are accelerated by using many cpu threads and your nvidia gpu in parallel. During the simulation of stem images, several coherent calculations are performed for a certain set of defocus values and summed up with weights according to the focus spread kernel.
Dr Probe Gui Documentation Create Sample Data
Comments are closed.