Free modules
The free modules come by default with ScienSolar and can be loaded into the spreadsheet by selecting them from the list of projects and then clicking the “+Vector” button.
Recent:
- Image of a lens
Description: Construction of the image of a lens (concave and convex). It has the possibility to change the focus, the angle of the whole system, the inclination of the image, its size, position, etc. Note: some parameters have limits on their values for a correct simulation.
Type: free.
Publication date: 2023-04-22
Included in ScienSolar:
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Empty module
When no project is selected in the ScienSolar project list and the "+Vector" button is pressed, a vector will be added to the coordinate system. In this way, any number of vectors can be added to the spreadsheet and they will automatically be represented in the coordinate system. - Vector addition.
- 3D pyramid.
- Vector multiplication of two vectors.
- Unit vector of any vector.
- Rotation of a vector around a unit vector.
- Cylindrical coordinates in Cartesian.
- Spherical coordinates in Cartesian.
- Cartesian coordinates in cylindrical.
- Spherical coordinates in cylindrical.
- Cartesian coordinates in spherical.
- Cylindrical coordinates in spherical.
- Parabolic movement.
- Representation of a plane symmetry field.
- Module to draw vector trajectories.
- Representation of a field of cylindrical symmetry.
- Representation of a field of spherical symmetry.
- Electric field of an electric dipole.
- Electric field of a dipole in spherical coordinates.
- Electric field of a quadrupole.
- Electric field of an octopole.
- Tangential rotation around a unit vector.
- Magnetic force between two current elements.
- Current loop in a magnetic field.
- Magnetic field of a current element of a circular loop.
- Magnetic field of a circular current.
- Coulomb force of point charges.
- Electric field of a linear distribution of electric charge.
- Addition of vectors through addition of coordinates.
- Electric field of charge distributions of any symmetry.
- Umov-Poynting vector.
- ScienSolar logo demonstration module.
Non-free of charge modules
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Differential operators.
This module will be available for download soon on this website for a single payment and allows to calculate numerically the derivative with respect to time of scalar and vector functions, the gradient of spatial scalar functions, the divergence of spatial vector functions, the curl of spatial vector functions, as well as the combination of these operators, for example rot rot, div grad, etc. The module is open source and is easily integrated into the list of ScienSolar modules and you will be able to apply the differential operators to any vector found in the spreadsheet.