Test Page

Canvas Not supported, sorry.

Rad$\ = 0^{\circ} = 2\pi\times 0.00$

Point$\ = e^{i 2\pi\times 0.00}$

$\ = \small{\cos(2\pi\cdot 0.00) + i \sin(2\pi\cdot 0.00)}$

The following interactive chart is modified from Kazad's code^[1].

f(t): $1$

Cycles:

Samples:

This browser doesn't support canvas! Try Google Chrome.

Total Parts Ticks Derive Running?

Enter frequencies (cycles/sec aka Hz) and see their time values, or vice-versa

• Frequency input: 1 0 2:45 is 0Hz (size 1) + 1Hz (size 0) + 2Hz (size 2, phase-shifted 45-degrees)
• Time input: 1 2 3 generates a wave that hits 1 2 3

Click Mr. Fourier for night mode. Have fun!

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1. kazad/fourier.html (opens new window) ↩︎