DigiElch8 Help

•Command: Edit                
Edit the simulation parameters referring to the active simulation.

•Command: Duplicate
Combination of Copy, Paste & Edit.

•Command: Run                        
Run a simulation using the default fixed-grid simulator.

•Command: Adaptive Grid Simulator
Run a simulation using the adaptive-grid simulator.
 

•Command: Pause                
Pause or continue the currently running active simulation.

•Command: Break
Break  the currently running active simulation.
 

•Command: Compare              
Copy the active simulation and the currently selected active experiment to the Tab-Window: Compare Curves to show a direct comparison of both.

•Command: Circles                
The active current curve is plotted in the form of open circles.  

•Command: Filled Circles
The active current curve is plotted in the form of filled circles.

•Command: Min/Max Info
Show the E-I-couple referring to the minimum/maximum found in a mouse drawn rectangle on the screen display.  

•Command: Plot Graph
Plot data obtained by means of Min/Max Info (or by selecting a  a particular current point by double clicking on the active current curve)  as function of scan rate, electrode size, species concentration etc. The graph is displayed in the Tab-Window: Plot Graph.

•Command: Compute
Opens a dialog box that enables the user to compute data (for instance, the differences of peak potentials)  from the Min/Max Info displayed on the screen.

•Command: Next Scan Segment
Activate the next scan segment If the active simulation consists of more than one.

•Clipboard Command: Copy        
Copy the active simulation and put the copy on the clipboard.

•Clipboard Command: Cut
Cut the active simulation and put it on the clipboard.

•Clipboard Command: Paste
Paste clipboard content into the Tab-Window: Simulations.

•Command: RAM-Disk              
Open a dialog box showing the actual content of the RAM-Disk. The RAM-Disk stores data in use-file format and can be used, for instance, to export  FT-CV simulations shown in the Tab-Window: Simulations to the Tab-Window: Experiments. In this way experimental curves can be mimicked by simulated ones, for instance, in order to investigate how systematic errors such as noise are passed to individual parameter values when using these files in a fitting project.

•RAM-Disk Command: Export
Export the active simulation to the RAM-Disk        

•RAM-Disk Command: Add all Simulation to RAM-Disk        
Export all simulations shown in the Tab-Window: Simulations in use-format and stores the use-files in the RAM-Disk.

•File Command: Export        
Export the active simulation as use- or txt-file.

•File Command: Export all Simulations        
Export all simulations  shown in the Tab-Window: Simulations as use- or txt-files.
 

Note that the export of data in use-format is only available when selecting the Option: Plot AC+DC. The export of the remaining current components can be done only as txt-file by selecting the desired plotting option before exporting the data.

•Command: Next        
The next current curve is activated.  

•Command: Previous
The previous current curve is activated.  

•Command: Delete Active Simulation  
Delete the active simulation.  

•Command: Delete All Simulations
Delete all simulations shown in the Tab-Window: Simulations.

•Command: Zoom
Zoom the screen display of the rectangle drawn by holding down the left mouse button. The zoom command can be repeatedly applied.

•Command: Unzoom
Undo the last zoom command.

•Command: Refresh
Remove Min/Max-Info and redraws the screen display.
 

•Command: Rearrange Display Order  
Arranges the current curves according to the size of the peak current so that the curve with smallest peak current comes to the fore.
 

•Command: Filter Setting  
Opens a dialog box that enables the user to customize the Fourier-Transform-Filter which is applied to the simulated current response according to the selected Option: Plot  (see next).
 
 

•Option: Plot    

oAC + DC
The unfiltered total total current is plotted.

oDC
Only the DC-component of the current (numerically filtered by Fourier transformation) is plotted.

oAC
Only the AC-component of the current (numerically filtered by Fourier transformation) is plotted.

o1. Harmonic
Only the Fundamental Harmonic current component (numerically filtered by Fourier transformation) is plotted.

o2. Harmonic
Only the Second Harmonic current component (numerically filtered by Fourier transformation) is plotted.

o3. Harmonic
Only the Third Harmonic current component (numerically filtered by Fourier transformation) is plotted.

o4. Harmonic
Only the Fourth Harmonic current component (numerically filtered by Fourier transformation) is plotted.

oUser Defined
The Harmonic current component  defined by the user (numerically filtered by Fourier transformation) is plotted.

o1. Harmonic Envelope
Only the Envelope of the Fundamental Harmonic current component (numerically filtered by Fourier transformation) is plotted.

o2. Harmonic Envelope
Only the Envelope of the Second Harmonic current component (numerically filtered by Fourier transformation) is plotted.

o3. Harmonic Envelope
Only the Envelope of the Third Harmonic current component (numerically filtered by Fourier transformation) is plotted.

o4. Harmonic Envelope
Only the Envelope of the Fourth Harmonic current component (numerically filtered by Fourier transformation) is plotted.

oUser Defined Envelope
Only the Envelope of the Harmonic current component defined by the user (numerically filtered by Fourier transformation) is plotted.
 

AC + DC	DC	AC
First Harmonic (red) and  Envelope (black)	Second Harmonic (red) and Envelope (black)	Third Harmonic (red) and Envelope (black)

•Check Box: Apply to all Simulations
Controls whether the selected plot option is applied to all simulations or only to the active one.