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Armory3D vs Pocket Code

Armory3D

armory3d.org

Pocket Code

catrobat.org

Side by side

FigureArmory3DPocket Code
Price fromFreeFree
Free planYesYes
Free trial——
Open source——
WebYes—
WindowsYes—
macOSYes—
LinuxYes—
iOSYesYes
AndroidYesYes
Plans published11
Spec score · Game Visual Scripting Software9.0 (#2)7.4 (#20)

Plans

Armory3D

  • Armory EngineFree

Armory3D pricing →

Pocket Code

  • Pocket CodeFree

Pocket Code pricing →

In their own words

Armory3D

Armory3D is a free, open-source 3D game engine that works as a Blender add-on and external SDK. It targets games for Windows, Linux, macOS, iOS, Android and the web, with visual scripting and Haxe available for game logic. Its scriptable renderer supports deferred and forward paths, and developers can create custom render paths. The engine includes a UI library and editor, physics based on Bullet for rigid and soft body simulation, and an option to use Oimo. Navigation meshes support real-time pathing for objects marked as actors. Effects and animation include emitter and hair particles with GPU instancing, GPU skinning, bones, keyframes, shape keys and tilesheets. Listed lighting features include voxel-based ambient occlusion, lightmapping, area lights, reflection probes and IES textures. The setup guide asks users to install Blender 4.5.x LTS and says Blender 3.3 LTS and earlier are unsupported. The repository identifies the license as zlib/libpng and permits commercial use subject to its stated restrictions. The privacy policy says Armory software does not collect, market or sell user data.

Visit armory3d.org

Pocket Code

Pocket Code is a free Android and iOS app for building programs, games, animations, and stories with visual, Lego-like Catrobat programming bricks. Its blocks include if-else statements, loops, variables, mathematical functions, and access to phone sensors. Users can browse, download, review, and remix community programs in the Explore section and on pocketcode.org. Hardware extensions connect Arduino boards, LEGO Mindstorms robots, Phiro robots, and Raspberry Pi projects. Arduino works over Bluetooth for changing digital and PWM pins and reading analog pins. Mindstorms connects robots over Bluetooth for programming and control, while Raspberry Pi bricks read and set pins for IoT programs. Catrobat presents the app for constructive learning and classroom use, with project-based learning and computer-science topics. A wiki and free English- and German-language MOOC provide learning support. Project hosting is no longer offered as a service, although the media library remains available through the wiki. The nonprofit open-source project is driven by the International Catrobat Association and Graz University of Technology’s Institute of Software Technology.

Visit catrobat.org