Command line tools for complex numbers (phasor) operations.
npm install phasopCommand-line tools for complex numbers (phasor) operations.
This CLI-Tool enables fast polar and rectangular operations.
By definition polar points are defined like _(modulus, radius)_ and rectangular points are defined like _(x, yi)_ where i letter is mandatory; and in this README any _(modulus, radius)_ or _(x, yi)_ are know as matrix.
shell
> npm install -g phasop
`
Make sure to include the -g option---
Usage
Converting Polar phasor to Retangular phasor:
shell
> phasop (5,53.13)
`
shell
> polar form(5, 53.13 degrees)
> rectangular form(3, 4i)
`#### radian
You can output any of the following operations in radians instead of the default degrees.
shell
> phasop -r add (4,3i) (3,-4i)
`
shell
> (4, 3i) + (3, -4i)
> polar form(7.07, -0.14 radian)
> rectangular form(7, -1i)
`___
#### endless
You can also input several matrix for a single operation
shell
> phasop -r add (4,3i) (3,-4i) (-5, 36.87)
`
shell
> (4, 3i) + (3, -4i) + (-5, 36.87d)
> polar form(5, -53.13 degrees)
> rectangular form(3, -4i)
`---
$3
#### add
shell
> phasop add (4,3i) (3,-4i)
`
shell
> (4, 3i) + (3, -4i)
> polar form(7.07, -8.13 degrees)
> rectangular form(7, -1i)
`___
#### sub
shell
> phasop sub (4,3i) (3,-4i)
`
shell
> (4, 3i) - (3, -4i)
> polar form(7.07, 81.87 degrees)
> rectangular form(1, 7i)
`___
#### mult
shell
> phasop mult (4,3i) (3,-4i)
`
shell
> (4, 3i) * (3, -4i)
> polar form(25, -16.26 degrees)
> rectangular form(24, -7i)
`___
#### div
shell
> phasop div (4,3i) (3,-4i)
`
shell
> (4, 3i) / (3, -4i)
> polar form(1, 90 degrees)
> rectangular form(0, 1i)
``---
commander
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MIT