This is a simple simulator that simulates the formation of life through simple physical rules.
Here, you can define different balls with physical properties, let them affect each other, and then form something similar to life.
Here, you can create any number of balls with different properties, and you can set the properties of each ball separately.
For example, color, gravity, repulsion, whether it is elastic, whether the force is attenuated, the maximum radius of gravity, the minimum radius, the weight of the ball, etc.
You can also set for each ball whether to attract or repel itself, as well as all the balls attracted, and all the balls repelled.
If you want to change the properties of the created ball, just click on the corresponding ball, and then you can modify the properties of the ball in the pop-up menu.
Next, you just need to enter the number of each ball and the type of ball required for this simulation, and start this simulation.
If you want, you can also make the following settings:
(fixed width) If checked, it means fixed width, the width is the number set by (width ball number). If not checked, all balls will be born in a square matrix when the simulation starts.
You can also set the interval between each ball and the size of the field for this simulation. That is to change the number of (Box Size), which represents the multiple of the width of the square matrix where the balls of this simulation are born.
After the settings are completed, click (play) to start the simulation.
Next, all the balls will automatically run according to their own rules. You can even see something like cells or life.
At this time, click the simulation scene with the left mouse button, and a ball like the one on the right side of the game UI will be created in the simulation scene. If you click in front of a living object, you may observe predation behavior similar to life.
If you want to change the ball created after the mouse click, just click the spherical UI on the right side of the game. Next, a list will pop up, click a ball, and then click close.
During the simulation, you can also use the wheel of the wheel mouse to zoom in and out of the camera's view, that is, you can use the wheel of the wheel mouse to control the size of the ball you see.
You can also move the camera position by holding down the left mouse button and dragging the mouse.
!!! If you want to restart a simulation, just click the settings button and click Play!!!
