![]() The focus shifts to the next cell and Table.getSelectedRow and ![]() Not supported), however, in this case I am having some difficulty inĬapturing the last edited cell. I tried to use UITABLE in Matlab (though Matlab 2006b says this is Is there anĮffective way of putting the elements of arrays in cells of ![]() To do is to show an array of size NxM in a tabular form. I am trying to use this ActiveX control but I couldn't find a wayĪround to populate its content with an existing matrix. All event handlers must accept a variable number of arguments: Get the arguments passed by the control from the Event Argument List (arguments 3 through end-2). When writing an event handler function, use the Event Name argument to identify the source of the event. When a registered event is triggered, MATLAB passes information from the event to its handler function as shown in this table. You can create one handler function to handle all events or a separate handler for each type of event. In MATLAB, you can create and register your own M-file functions so that they respond to events when they occur. For example, many controls trigger an event when the user single-clicks on the control. The progid argument in actxcontrol must match the PROGID of the saved control.įor example, for creating Media Player ActiveX in a figure, you must call actxcontrol as follows:Īn event is fired when a control wants to notify its container that something of interest has occurred. When you specify filename, MATLAB creates a new control using the position, handle and event/eventhandler arguments, and then initializes the control from the specified file. filename is the name of a file to which a previously created control has been saved. This function will be called whenever the control triggers the event associated with it. eventhandler is name of a M-function that accepts a variable number of arguments. event is specified by either number or name. callback is name of an M-function that accepts a variable number of arguments. fig_handle is the handle of the figure window in which the control is to be created. position is position vector containing the x and y location and the width and height of the control, expressed in pixel units as. Progid is a string that is the name of the control to create. H = actxcontrol (progid [, position [, fig_handle [, callback | actxcontrol takes PROGID of ActiveX, position and figure handle of a window to create control on figure. In the first step, you must create an ActiveX control in a figure window. With the following MATLAB commands, you can host any ActiveX control in desired figures and set/get any property, invoke any method and handle events. In both situations, MATLAB can handle your ActiveX. No matter that you are creating a graphical ActiveX or a non visible one. Just create your control in a way that you want. You can create your own ActiveX without any modification, and import it to MATLAB. I prefer that our ActiveX control is ready to use. Here is an introduction on steps to use an ActiveX control within MATLAB environment. As I described in previous articles, MATLAB has many useful features that developers can benefit from. Following my article series about MATLAB, I decided to write a new article about MATLAB capabilities to host an ActiveX control.
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