Linear Transformation Calculator vs Linear Transformation Matrix Calculator
Two calculators for the same neighbourhood of questions. Here is what each measures, what you feed in, and where you'd reach for one over the other.
Linear Transformation Calculator
Apply rotation, scaling, or reflection transformations to 2D vectors and see the resulting coordinates. Ideal for linear algebra students and graphics programmers exploring how matrices act on vectors.
- Answers
- Transformed Vector X
- Inputs
- Transformation Type, Rotation Angle, Input Vector X, Input Vector Y, Scale Factor X
Linear Transformation Matrix Calculator
Apply 2D linear transformations — rotation, scaling, reflection, and shearing — to any input vector. Ideal for computer graphics, robotics, and linear algebra coursework.
- Answers
- Transformed X Component
- Inputs
- Transformation Type, Angle (degrees), X-axis Scale Factor, Input Vector X, Input Vector Y
At a glance
| Linear Transformation Calculator | Linear Transformation Matrix Calculator | |
|---|---|---|
| Category | Linear Algebra | Linear Algebra |
| Answers | Transformed Vector X | Transformed X Component |
| Inputs | 5 | 5 |
| Result unit | — | — |
When to use each
Apply rotation, scaling, or reflection transformations to 2D vectors and see the resulting coordinates. Ideal for linear algebra students and graphics programmers exploring how matrices act on vectors.
Apply 2D linear transformations — rotation, scaling, reflection, and shearing — to any input vector. Ideal for computer graphics, robotics, and linear algebra coursework.