PNG is the default format if you do not choose a file extension and generally this format works well for schematics and graphs. These are available on all platforms, are widely supported by graphics applications but these are not scalable formats and so do not offer good quality when printed using high resolution printers. It is an open format and supported by programs on all platforms whereas EMF and WMF is only available on Windows. Like EMF and WMF, this is a scalable format. Note that this is a scalable format and therefore suitable for high resolution printing.
Nearly all windows applications that support graphics import will accept this format. then select the format of your choice using the Save as type: drop down box. To export waveform graphics to a file, select the graph menu File ▶ Save Picture. You can do this via the clipboard (see Copying Graphics to the Clipboard) or by writing out to a file. You may export schematic graphics to other applications such as word processors or drawing programs. See Copy Data to the Clipboard for more details. The format is the same as used for exporting data. SIMetrix can plot curves using tabulated ASCII data from the clipboard. Curve legends distinguished curves with a straight line example.
Curve legends distinguish curves with a straight line exampleĬopies graph to clipboard in full colour but also differentiates curves using markers and line styles. Curves are distinguished using varying markers and line styles. The curve legends identify the curves using coloured squares similar to how the graph is displayed on the screen.Ĭopies graph to clipboard in monochrome. These are detailed below:Ĭopies graph to clipboard in full colour. Use the menus under Edit ▶ Copy Graphics. There are three different ways a graph can be copied to the clipboard. The first line will contain the names of the curves, while the remaining lines will contain the curves' data arranged in columns The data will be copied in a tabulated ASCII format. This feature may be used to display data from a spreadsheet allowing, for example, a comparison between measured and simulated data. SIMetrix may also import data in a tabulated ASCII format. The data - for example - may be exported to a spreadsheet application for custom processing, while the graphical image may be exported to a word processor for the preparation of documents. This provides the ability to export simulation results to other applications. %now remove the additional space charaters - keeping a single spaceĪrraystring = arraystring((double(arraystring)~=32 |.SIMetrix offers facilities to copy both graph data and the graph's graphical image to the system clipboard. %add a space to the end of arraystring to make it the same length as
%create a copy of arraystring shifted right by one space character %rows one must use the inverse of the matrixĪrraystring = reshape(arraystring',1,prod(size(arraystring))) %note that the reshape function reshape is column based so to reshape by %add a carrige return to the end of each row
%for differing numbers of digits in each index entry %note that num2str pads the output array with space characters to account %convert the numerical array to a string array % functionality has been included for completeness. % The tab-separated result is returned as ARRAYSTRING. This format is suitable for direct pasting to Excel and other % Copies the numerical array ARRAY to the clipboard as a tab-separated %NUM2CLIP copies a numerical-array to the clipboard Here is the script that i've found, what do i have to do according to you in order to keep the long input format ? function arraystring = num2clip(array) I suspect the "double" type used in the script but i'm still new to matlab so i do have some important lacks.
The only problem is that the numbers format is short, when i would like it to be long. I need to copy paste several matrix from matlab to excel so i did my researches and i've found a really amazing script called num2clip that brings the selected array to the clipboard.