Bit-Tree Creativity - Sensor-Controlled Tetris

Hexagonal Tech Interactive Device (Sensor-Controlled Tetris)

Sensor-Controlled Tetris centers on sensor interaction, equipped with an RGB dot matrix display screen and MP3 audio module to recreate the classic Tetris interactive game. Gameplay:

Control blocks via sensors, keyless and more convenient

Supports dual modes with strong audio-visual scoring feedback

STEM teaching tool, applicable for programming and popular science

BIT-TREE CREATIVITY

STEAM skills like programming will be a core competency for the next generation, and the time to cultivate this ability is now.

分类	英文译文
Product Name	Hexagonal Tech Interactive Device (Sensor-Controlled Tetris)
Core Interaction	Interaction via three groups of sensors: Left / Right / Middle
Display Module	RGB dot matrix display, supports blue-purple themed mode selection interface
Audio Module	MP3 audio module, synchronously plays feedback sound effects for game actions
Game Modes	1. Normal Mode 2. Simplified Children’s Mode (switch via left and right sensors)
Operation Method	Left Sensor: Move block left Middle Sensor: Rotate block Right Sensor: Move block right
Feedback Mechanism	Progressive scoring, RGB light prompts, MP3 audio prompts
Gameplay (Supplement)	1. Mode Selection: The screen adopts blue-purple color scheme as mode selection interface. Switch between Normal Mode and Simplified Children’s Mode via left/right sensors. 2. Operation: Operate block left shift, right shift and rotation through left, right and middle sensors; clear full lines to prevent blocks from stacking up and clear levels. 3. Feedback Mechanism: The system adopts progressive scoring rules, accompanied by MP3 audio and RGB light feedback.
Technical Features	Integrates sensor detection, dot-matrix display, audio control and embedded programming technologies. Supplementary Note: It combines sensor detection, dot-matrix display, audio control and embedded programming technologies. It is a STEM practical work integrating classic game and intelligent hardware.
Popular Science Exhibition Scenarios	1. School Science Corridor: Physical interactive display with principle introduction 2. Science & Technology Museum / Museum: Interactive exhibit to demonstrate programming knowledge 3. Community Popular Science Area: Interactive experience for technology application explanation
Education Application Scenarios	1. On-campus Programming Courses: Physical teaching tool to explain sensors and programming logic 2. Extracurricular Interest Classes: Project-based learning for teams to optimize functions 3. Parent-child Interaction at Home: Experience programming logic and cultivate interest in science and technology
Target Users	Children programming learners, suitable for primary school students to operate and demonstrate

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