Sinusoidale

Andrea, give us a 90 DBF in sine wave, please.

Select here the value which represents the width of the local neighborhood.

Select here the value which represents the height of the local neighborhood.

Select here the value which represents the standard deviation of the Gaussian, in pixels.

Select here the value which represents the extent of the implosion.

Select here the value which represents the elevation of the light source direction. The elevation is measured in pixels above the Z axis.

Select here the value which represents the percent threshold of the solarize intensity.

Select here the value which represents the wave length of the sine wave.

Select here the value which represents the minimum number of pixels contained in a hexahedron before it can be considered valid.

Select here the value which represents the mean offset.

Select here the value which represents the radius of the pixel neighborhood.

Select here the value which represents the azimuth of the light source direction. The azimuth is measured in degrees above the x axis.

Select here the value which represents the random pixel in a neighborhood of this extent.

Select here the value which represents the amplitude of the sine wave.

Select here the unsharpen deviation value of the Gaussian.

And I'll just say what I'm about to do. What I'm about to do

Wave form

What's sine of infinity?

Gnome Wave Cleaner

Draws what looks like a waving ribbon following a sinusoidal path. Written by Bas van Gaalen and Charles Vidal 1997.

Audio Waveform Monitor

Lead 1 Square Wave

Extace Waveform Display

Welcome back.

A waveform viewer eg for spice simulators

Once I had the basic solution, I started to play with the horizontal offset too.

I'll tell you when we start doing not so useful ones.

Returns the inverse hyperbolic sine of arg, i.e. the value whose hyperbolic sine is arg.

Transform an image in a wave

Humpback whale has scalloped edges on its flippers.

They're smoothing out.

So the Laplace transform, and I'll just say that's y, y is equal to y is what we're trying to solve for, the

There is the sine, the sine function.

The device is waveform calibrated.

Flatland is populated by geometric shapes, ranging from isosceles trianges to equilateral triangles to squares, pentagons, hexagons, all the way up to circles.

Chord

Placing your finger at different places on the fingerboard changes the string length, and that changes the frequency of the sound wave.

Squares

Square

Light and sound travel in waves.

I think that this is a strange moment.

Equilateral Triangle

Square Dithering

SquareDithering