Jidao High School Physics VR3D Virtual Simulation Laboratory (Demo Version)

Judao High School Physics VR3D Virtual Simulation Laboratory (Demo Version) is a virtual simulation software used in high school physics teaching. Guided by the core competencies of the discipline, scientific, exploratory and open-minded as the core. Each piece of equipment has undergone high-precision 3D modeling and can be displayed in all directions and angles. Relying on the powerful intelligent algorithm engine and 3D engine, the accuracy of experimental data and the high fidelity of experimental phenomena are guaranteed. The high degree of freedom of interactive features, timely and clear operation prompts and error prompts make the operation simple and efficient. As a teaching aid, it can not only restore the real experimental process to the greatest extent, but also complete scenarios that are difficult to achieve in traditional laboratories, such as microscopic experiments, macroscopic experiments, and experiments with certain risks. While satisfying PC mouse keyboard and touch screen operations, it also has a VR/3D immersive operation mode and supports various mainstream VR devices, making difficult-to-understand knowledge points more intuitive and interesting. It can not only adapt to normal teaching needs, but also meet innovative education models under new technological forms.

Judao High School Physics VR3D Virtual Simulation Laboratory (Demo Version) Software Module

The physics VR 3D virtual simulation laboratory of Jidao High School consists of five modules, namely: synchronous experiment module, mechanical exploration module, electrical exploration module, optical exploration module and object library module.

Synchronous experiment module: closely follows the curriculum standards and meets teaching needs. The experiment catalog is divided according to the course standard knowledge points, including student group experiments, teacher demonstration experiments and the display of important knowledge points in the textbook. Each experiment has a detailed introduction to the experiment including the purpose, principles, equipment, steps, and conclusions to meet daily teaching needs and students' preview and review. Compared with traditional experiments, virtual simulation experiments can intuitively express abstract and virtual phenomena in experiments, making it easier for students to understand and deepen their understanding. For example, charge distribution and Brownian motion at the microscopic level, three-dimensional electric field lines and magnetic induction line distribution, invisible currents, forces, etc.

Mechanics exploration module: Provides moving objects such as balls, wooden blocks, flat plates, inclined planes, and arc surfaces, as well as auxiliary objects such as springs, strings, lightweight rigid rods, pulleys, ground, arc tracks, external forces, etc., and integrates the gravity field , electric field, magnetic field, gravity, damping medium and other physical environments. It also provides tools such as text, tables, images, pictures, buttons, and sliders to help users display data, collect data, analyze data, and freely set the physical parameters of all objects. Users can use any combination to build their own experiments. From free fall motion and flat throw motion to verifying the conservation of mechanical energy and momentum; from a simple pendulum and Newton's pendulum to a spring oscillator; from the acceleration and deflection of charged particles in an electric field, to the circular motion of charged particles in a magnetic field, to particles Accelerators, particle velocity selector models; from Earth's artificial satellites to the operation of the solar system; from DIY experiments to building exercises and college entrance examination questions, the mechanics exploration module can simulate everything.

Electrical exploration module: Provides electrical components commonly used in middle school laboratories, including power supplies, resistors, light bulbs, instruments, switches, capacitors and inductors, AC and DC generators, motors, electric bells, etc. dozens of types. Each electronic component can have its physical properties set as needed, and burned components can also be repaired with one click. Users can freely select devices to build various AC and DC circuits. For example, connecting series and parallel circuits, measuring resistance using voltammetry, measuring road terminal voltage, accurately measuring resistance using Wheatstone bridge, using electromagnetic relays to achieve simple control of circuits, etc. In order to facilitate users to better understand and learn circuits, the electrical exploration module also has the function of dynamically displaying the current flow path and size in real time and generating circuit diagrams. It can also realize the mutual conversion between circuit diagrams and physical circuits; in addition, it also provides text, tables, Tools such as images, pictures, buttons, and sliders help users display data, collect data, and analyze data.

Optical research platform: Provides a wealth of optical devices, including plane mirrors, concave and convex mirrors, ideal lenses, real lenses, square glass bricks, semicircular glass bricks, triangular prisms and other optical equipment, point light sources, linear light sources, parallel light sources, various colored lights, white lights , candles and other light sources, various color balls, shadow boxes, letter boards, auxiliary lines and other auxiliary equipment. Users can use any combination to build their own experiments. For example, reflection experiments of plane mirrors, refraction experiments of media, total reflection experiments, etc. The optical exploration module can realize free switching between 2D/3D. The 2D plan view is more suitable for teaching, and the 3D environment is closer to reality, allowing users to observe the true propagation of light in the real world.

Object library module: Learning and understanding the structure, purpose and operating precautions of experimental equipment are the prerequisite for the experiment and an indispensable part to ensure the success and safety of the experiment. The physics object library covers physics experiment equipment commonly used in middle school laboratories. All equipment has undergone high-precision 3D modeling. Key equipment can be disassembled and assembled, and all details can be displayed in an all-round way without blind spots. The names of each part of the structure are labeled with detailed specifications, uses and operating precautions. Wait for written instructions to get twice the result with half the effort in preparing for the experiment.

Introduction to Judao High School Physics VR3D Virtual Simulation Laboratory (Demo Version) Software

Shanghai Judao Network Technology Co., Ltd. is a high-tech innovative enterprise with the vision of "giving education an additional dimension". The company is committed to the research, development, application and marketization of 3D science research and virtual reality VR experiments. Integrating the team's eighteen years of accumulation and the latest technology, Jidao Technology has become a leader in 3D experiments, a forerunner in VR experiments, and an explorer in AR experiments.

​​Judao VR/3D laboratory is the core product of Judao Technology, covering primary school science, middle school physics, chemistry, and biology. With the product concept of "seeing science from one more dimension" and based on teaching practice, it provides teachers and students with an autonomous, exploratory, and intelligent VR/3D inquiry experiment platform, and provides VR that is synchronized with the new curriculum standard knowledge points. /3D synchronous experiment provides a VR/3D experimental object library that helps improve students' comprehensive experimental literacy.

​​Jidao VR/3D laboratory adopts the internationally leading VR/3D engine, has excellent cross-platform capabilities and expansion capabilities, and can meet the needs of multi-scenario teaching. The powerful intelligent algorithm engine and scientific and rigorous data computing capabilities provide strong support for the normal application of teaching and the secondary development of courses.

Judao High School Physics VR3D Virtual Simulation Laboratory (Demo Version) Software Features

​​Scientific nature: closely adhere to the curriculum standards, meet the teaching needs, be guided by the core competencies of the subject, and take inquiry, openness, and scientific nature as the core.

Rigor: The experiment can present the experimental phenomenon realistically and accurately, and can also provide rigorous scientific experimental data. Relying on the support of powerful algorithms in the background, the experimental phenomena generated are highly simulated by the particle system to achieve real phenomena, and the experimental data are authentic and reliable.

​​ Exploratory: The software allows users to use various instruments and equipment provided by the exploration platform to freely conduct mechanical exploration experiments, optical exploration experiments and electrical exploration experiments. Teachers and students can operate experiments independently and present phenomena and results that are consistent with reality. It allows teachers to freely design required courseware materials; it is also conducive to the construction of students' subject knowledge systems and the cultivation of students' practical abilities.

Interactivity: High degree of freedom of interactive features, timely and clear operation prompts and error prompts, making operations simple and efficient. Supports rotation, movement and scaling of the interface, and supports free dragging of equipment. It supports multiple operation modes, which can meet the needs of ordinary PC operation, touch screen multi-touch operation, and VR/3D immersive operation mode.

High fidelity: All models in experiments are 3D high-precision models, support stepless amplification, and the experimental models are high-fidelity. The scientific experiment equipment provided are modeled according to next-generation standards and restored with high precision, showing extremely realistic effects.

Judao High School Physics VR3D Virtual Simulation Laboratory (Demo Version) Update Log

​ 1. Optimized some functions

​ 2. Solved many unbearable bugs