Placing Components On The Workspace
Click on the desired component in the Components pane, drag it onto the workspace, and then release the mouse to place a component on the workspace. If you attempt to place a component where there are not sufficient available sockets, the component will not be placed.
Right-Click Context Menu
When you right-click on a component in the workspace, you will be shown a context menu with options for the component. Some options are only available for MicroPlex controllers.
Lock or unlock the selected component. Moving, deletion, and changes in logic for the component and its pins are disabled while it is locked.
Delete the selected component. If there is logic created on this component, you will be asked to confirm the deletion.
Copy the selected component. Right-click in an open area on the workspace to paste the component. You will be prompted to assign a name to the newly created component. When copying a MicroPlex controller, this feature will copy all of the data in the CAN Settings window from the original MicroPlex controller but will not save any triggers. If the space selected for the paste action does not have enough space for the component, it will not be pasted.
Rotate the component 180 degrees. Components cannot be rotated 90 degrees as the terminals in most fuse and relay boxes do not support this rotation.
Open the workspace that contains the CAN settings, digital IOs, analog inputs, PWM outputs, and EEPROMs for this component. More...
Set a custom name for the selected controller. This is useful for referencing back to the compiled code from the controller later.
Take all user created triggers and custom code and send it to the remote compile server. You will get a response back from the server informing you if your compilation was sucessful or not. For every change made to the program for the controller, you will need to take this action to compile the new instructions for the controller.
The user_code.c file is the "backend" functional code of the controller. Advanced users can edit the raw backend code in this file to implement more complex logic.
Go To Flash File
Open the folder that contains the compiled file. This will allow you to backup or save compiled programs for use at a later time.
Open the built-in controller flash tool. This will select the most recently compiled program and attempt to find the controller via the MicroPlex Programmer or supported flash tools. Different flash tools can be selected globally in the settings pane of the application. More...
Similar to the Copy function, you can export the CAN Settings of the selected controller to a file for use later.
Import a previously exported settings file into the selected controller.
MicroPlex Lab automatically defaults to the newest revisions of the MicroPlex controllers and the most commonly used amperage of fuse, allowing you to jump right into your project with minimal setup. In the rare instances where modification is needed, you do have the option of customizing both the controllers and fuses to meet the requirements of your individual project.
Selecting MicroPlex Revision
To ensure that you are using the MicroPlex revision that matches your hardware, right-click the desired MicroPlex in the Components pane. A menu will appear, allowing you to choose from any available revisions of the MicroPlex.
Selecting Fuse Amperage
The default amperage of fuses in MicroPlex Lab is 10 amps. To use different amperages, click on the Fuses tab at the bottom of the Components pane. This will display all available fuse amperages.
Setting Default Amperage
To change the default amperage for fuses, right-click on the fuse on the Components pane and select the desired amperage.