PictoBlox vs VEXcode

PictoBlox is educational software for learning graphical block-based coding and Python through projects in games, animations, IoT, robotics, AI and machine learning. Its AI tools include face detection and recognition, computer vision, natural language processing, object and human-pose detection, speech recognition and QR scanning. The machine-learning environment supports classification or regression models for image, object, hand-pose, pose, audio, text and number data. The Python editor includes a code visualizer, debugger, autocomplete, interactive REPL and inbuilt PIP package manager. In 3D and XR Studio, learners can make models and interactive AR or VR projects with blocks or Python, then export projects to Google Cardboard VR, Pico VR or Meta Quest. PictoBlox can program compatible hardware over USB or Bluetooth, including Arduino, Quarky, evive, LEGO and micro:bit devices. Junior Blocks offers activities for children ages 4–7. The free plan is for individual, non-commercial use; the product is proprietary, not open source.

VEXcode is coding software for VEX robotics, with versions listed for VEX 123, GO, AIM, IQ, EXP, V5, CTE, and AIR. It uses a consistent interface across VEX platforms and supports drag-and-drop Blocks, Switch Blocks for moving toward Python, and text-based Python and C++. VEXcode VR runs in a browser without installation and offers curriculum and activities, which teachers can edit in Google Docs. It requires no student accounts, and each license includes access for an educator’s students at school and at home. VR Free costs nothing and includes Blocks, 15 basic-graphics playgrounds, curriculum, activities, and online resources. Enhanced costs $199 a year; Premium costs $499 a year. The separate VEX VS Code Extension supports C++ and Python on Windows and Mac, with project, documentation, firmware, and troubleshooting tools. It requires VS Code 1.66 or later. VEXcode runs across Android, iOS, macOS, web, and Windows.