Flowcode 10

Flowcode V10 - Academic licenses automatically include ALL microcontroller packs => 3 education versions - 1 license - 10 licenses - 50 licenses => Including all microcontroller families - Dedicated 2D component panel with redesigned components - Ability to modify command icons via the properties page - Project reporting function update - Multiple code views - Enhanced simulation - Open source components - User enhancements to oscilloscope and data logger test features - Support for automotive systems, including CAN J1939 bus and OBD2 protocols Design Design your electronic system on screen: Choose a microcontroller with the features your application needs. Develop a model of the electronic system using 2D or 3D panels. Add components from the library or create your own. Link to a mechanical model exported from Solidworks. Design a program using flowcharts, blocks, pseudo-code, C code, or state machine diagrams. Develop a human-machine interface to provide a good visual test bench. In the latest version of Flowcode, users can now accommodate enhanced interfaces, including a new toolbar and ribbon, state machine programming, the ability to create color graphical displays with multiple images and text areas for gLCDs, a new pack of IOT components, and microcontroller peripherals. Simulate Simulate your design to see how it works: Use built-in digital switches and analog sliders to modify real-world parameters and see how your system performs. Use multimeters, oscilloscopes, data loggers, consoles, or graphs to check your system's performance. Use test signal injectors to send communication data streams in any protocol to see how your system reacts. Link to Solidworks to see your 3D hardware model move on screen under the control of your program. In the latest version, we have improved simulation and component consistency, enabled users to now use the oscilloscope and data logger for variables and pins, introduced simulation-only components, and a series of test injectors. Test Test your design to ensure it functions as desired: Compile your design into hexadecimal for a microcontroller. Using Matrix In-Circuit-Debug hardware, step through the program on the chip one icon at a time or let the program run. Use Matrix Ghost to display the status of pins and variables on the oscilloscope. Use the data logger and console to decode communication serial buses and verify message integrity. Check your design's performance using the Flowcode App developer via USB, Bluetooth, or the Internet. In the latest version, we now have a graphical instrument that allows you to plot data in test mode to prove that your design works as intended. Additionally, improvements have been made to the data logger and oscilloscope to allow you to display not only a pin value, but any system value or variable. Deploy Replicate your system for others to use in the field in chips or embedded products: Manufacture one or a hundred thousand of your royalty-free creations. Use auto-documenter to help others understand your project. Create PC or web-based human-machine interfaces to use with mobile phones to check and modify your system. Remotely download new programs to your device when needs change. In the latest version, we have also added support for the ESP32 chip to our offering for free, which means this incredibly powerful low-power microcontroller with built-in Wi-Fi and dual-mode Bluetooth can be used with Flowcode.