Electronic Simulator-Arduino & Pi project simulation

Example

Simulating an LED circuit controlled by an Arduino pin, including varying the resistance to observe changes in brightness.

Scenario

A user wants to prototype a simple LED blink program without access to physical components. Using the Electronic Simulator, they can model the circuit, write the code, and simulate the behavior, seeing textual output that describes how the LED would behave (e.g., 'LED turns on with 50% brightness'). This helps them verify the design before moving to hardware.

Example

Debugging a malfunctioning servo motor control script by simulating input signals and observing the resulting motor positions.

Scenario

A developer is working on a project involving multiple servos controlled by an Arduino. However, one servo is not responding as expected. Using the simulator, they can input the same control signals and examine the simulated servo's response. This allows them to identify errors in the code, such as incorrect timing or signal values, and correct them before testing on actual hardware.

Example

Creating a step-by-step guide for setting up a temperature monitoring system using an Arduino and DHT22 sensor.

Scenario

A user is documenting their project for a class assignment. They use the simulator to create detailed text descriptions of each step, including code snippets and expected outcomes. The simulator also advises on version control, helping the user track changes to their code and ensuring that they can revert to previous versions if necessary. This structured approach enhances both their learning and the quality of their documentation.