New planetary system
Open
Save
Save As…

Adding / editing planets
Moving
Zoom in with a frame
Show the entire area

Adding a stationary body (stars)
Adding a moving body (planet)
Removing a body

Start the calculation
Pause
Stop and return to the original state

Only the body (without paths)
Only trajectories (without bodies)
Bodies with trajectories

Graph of force between bodies
Body speed graph
Graph of the distance between bodies
Body Energy Graph
Create a planet in a circular orbit
Create multiple planets in a circular orbit
Rectangular area for generating planets
Information about the program
Circular area for generating planets
Planet Generation Belt
The field of construction of the gravitational potential

To access the recorded motion data
Axes and coordinate lines
Delete paths
The frequency of the drawing (the speed of the motion of bodies)
Generating an array of bodies
Velocity vectors of planets
Save the recorded motion data
Regulation of the length of the velocity vectors of the planets
The change in the thickness of the trajectories
Handling colors
Collision statistics
List of planets
An additional window
Delete an entry
Start recording motion data
Stop recording motion data
To reproduce the motion recording
Pause motion playback

To finish the playback of the motion
Body for the center of a non-inertial frame of reference

Attach a coordinate grid to a space
Attach a coordinate grid to a non-inertial system. count down

Cartesian coordinate system
Polar coordinate system

Thicken the Cartesian coordinate grid
Decompose the grid of Cartesian coordinates

Thickening of the circular grid lines of the polar coordinates
Thin out the circular grid lines of the polar coordinates

Set the constant color of the planets
The colors of the planets are determined by their mass
The radius of the planets is directly proportional to their mass
The colors of the planets are determined by their speed

The radius of the planets is determined by the attribute " Visible radius"
Planets are displayed with the true radius

Put the center of coordinates in the middle of the window
Thickening of the radial grid lines of the polar coordinates
Dilute the radial grid lines of polar coordinates
Go to a non-inertial frame of reference ... 
Goback to an inertial frame of reference

Show the names of the bodies

Stretch the palette to the full range of values
Show/Remove the color palette
The display mode of the bodies to calculate
The display mode of the recorded motion of bodies

Area of moving bodies
Scope of the job the extra speed
Area for deleting bodies
Increase the visible speed of movement (rare rendering)
Reduce the visible speed of movement (frequent rendering)
The area with zero momentum
File
The new system
Open... 
Save
Save as ... 
Mouse Tools
Creating / editing a body
Dragging an area
Zoom in on the selected area
Changing the length of velocity vectors
Create a planet in a circular orbit
Create multiple planets in a circular orbit
The creation of the bodies
Rectangular area for generating planets
Circular area for generating planets
Planet Generation Belt
The field of construction of the gravitational potential
Adding a stationary body (stars)
Adding a moving body (planet)
Removing a body
Generating an array of bodies
View
Lines of the coordinate axes
Grid of coordinate lines
-
Only bodies (without trajectories)
Only the trajectory (without bodies)
Bodies with trajectories
-
Delete trajectories
Show vector velocities of the planets
-
The minimum thickness of the trajectories
A single thickness of the trajectories
Double the thickness of the trajectories
-
The dark background
Light background
Add an additional window
Add a window with a stopped calculation
-
Analysis and operations
Graph of force between bodies
Body speed graph
Graph of the distance between bodies
Body Energy Graph
-
Collision statistics
List of planets
The motion recording
To access the recorded motion data
Save the recorded motion data
-
Start recording motion data
Stop recording motion data
-
Play motion recording
Pause motion playback
To finish the playback of the motion
-
Exit
Body for the center of a non-inertial frame of reference
-
Go to a non-inertial frame of reference ... 
Go back to an inertial frame of reference
Put the center of coordinates in the middle of the window
Area of moving bodies
Scope of the job the extra speed
Area for deleting bodies
The area with zero momentum
Beginning of work
Colors and radiuses of planets
Set the constant color of planets
The colors of planets are determined by their mass
The radius of planets is directly proportional to their mass
The colors of planets are determined by their speed
-
The radius of the planets is determined by the attribute " Visible radius"
Planets are displayed by the true radius
-
Determine the color palette of the masses of the planets...
Determine the color palette of planetary velocities ...
Help
Express video course
Full video course
Interesting examples of simulation
Tasks for self-completion
Creation of planetary systems and their analysis
Working in multiple windows
Working with arrays of bodies and recording simulations
Full overview of buttons and functionality
The job of the planets and edit their properties
Working with charts
Setting up the coordinate grid
Using non-inertial reference systems
Working in multiple windows
Exploring the gravitational potential
The generation of arrays of bodies
Working with recording simulation results