Photon is a fully functional graphing calculator capable of numeric calculations as well as graphing functions, including parametric and polar graphs.

In addition to regular graphing, Photon can plot integrals, first and second derivatives, tracing, animation, matrix math, and degree / radian mode. Photon can find roots, minimums and maximums, points of inflection, and it can fit several types of best fit lines and curves to data sets. Log and semi-log graphing are also available.

Photon can save data to several file types, including images such as .jpg and .png. Display options are also available, including a dark / light theme for optimal visibility from a projector.

Photons primary goal is to be easy to use while retaining a feature-rich design. VB Gadgets brings you Photon - a parametric graphing calculator.

In addition to regular graphing, Photon can plot integrals, first and second derivatives, tracing, animation, matrix math, and degree / radian mode. Photon can find roots, minimums and maximums, points of inflection, and it can fit several types of best fit lines and curves to data sets. Log and semi-log graphing are also available.

Photon can save data to several file types, including images such as .jpg and .png. Display options are also available, including a dark / light theme for optimal visibility from a projector.

Photons primary goal is to be easy to use while retaining a feature-rich design. VB Gadgets brings you Photon - a parametric graphing calculator.

* Regular, Parametric, and Polar graphing

* 3-Dimensional graphing

* Sequential plotting

* Plot slope fields and see plotted solutions

* Plot vector fields and calculate line integrals

* Evaluate finite sums (sigma notation)

* Coordinate space U-V (or U-V-W) transformations

* Easy zooming (mouse wheel) and panning (mouse drag)

* Calculate expressions with standard order of operations

* Degree / Radian mode

* Tracing / Animations

* Log / Semilog graphs

* Find roots, min / max, and inflection point

* Evaluate derivatives and integrals

* Data plotting and fitting

* Matrix math (11 operations - add, multiply, inverse, determinant, rref, etc.)

* Fraction mode (displays fractions, simplified square roots, and factors of pi)

* Save files as images

* * Automatic insertion of * and ^ where needed (2x becomes 2*x)

* Variable and function creation

* Programmable using VBScript

* Dynamic equation rendering using mimeTeX

* Fast unit conversion and molar mass calculation

* Simple stats info for lists, e.g. five number summary

* Equation reference library for quick look-up

* 3-Dimensional graphing

* Sequential plotting

* Plot slope fields and see plotted solutions

* Plot vector fields and calculate line integrals

* Evaluate finite sums (sigma notation)

* Coordinate space U-V (or U-V-W) transformations

* Easy zooming (mouse wheel) and panning (mouse drag)

* Calculate expressions with standard order of operations

* Degree / Radian mode

* Tracing / Animations

* Log / Semilog graphs

* Find roots, min / max, and inflection point

* Evaluate derivatives and integrals

* Data plotting and fitting

* Matrix math (11 operations - add, multiply, inverse, determinant, rref, etc.)

* Fraction mode (displays fractions, simplified square roots, and factors of pi)

* Save files as images

* * Automatic insertion of * and ^ where needed (2x becomes 2*x)

* Variable and function creation

* Programmable using VBScript

* Dynamic equation rendering using mimeTeX

* Fast unit conversion and molar mass calculation

* Simple stats info for lists, e.g. five number summary

* Equation reference library for quick look-up

Explicit for y: y = x^2 + 1

Explicit for x: x = 2*y

Explicit for polar radius: r = sin(3*th)

Explicit for polar theta: th = 2*r

Implicit rectangular: x^2 - y^2 = 1

Implicit polar: th^2 * r^2 = 1

Parametric rectangular: x = t^2; y = t/2

Parametric polar: r = sin(t)*3 + 1; Î¸ = 2*t

Parametric 3D: x = cos(t); y = sin(t); z = t/5; -20; 20

3D surface: z = sin(x*y)

Explicit for x: x = 2*y

Explicit for polar radius: r = sin(3*th)

Explicit for polar theta: th = 2*r

Implicit rectangular: x^2 - y^2 = 1

Implicit polar: th^2 * r^2 = 1

Parametric rectangular: x = t^2; y = t/2

Parametric polar: r = sin(t)*3 + 1; Î¸ = 2*t

Parametric 3D: x = cos(t); y = sin(t); z = t/5; -20; 20

3D surface: z = sin(x*y)

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All downloads are original and not repacked or modified in any way by us. Secured downloads are files hosted.

All downloads are original and not repacked or modified in any way by us. Secured downloads are files hosted.

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