Lines Matching full:normalized
1193 CMYKA images) and offsets are normalized (divide Flash offset by 255).</p>
1568 <p>All the channels are normalized in concert by the same amount so as to
3406 a "normalized pixel" is that number divided by the maximum
3408 normalized pixels are used, they are restored, following the other
3431 <tr><td>Log </td> <td>Apply scaled logarithm to normalized pixels.</td></tr>
3438 normalized pixels to the power <var>value</var>.</td></tr>
3489 works on normalized pixel values. The <var>value</var> used with
3504 normalized pixel values. This a <var>scaled</var> log function. The <var>value</var> used with <code>Log</code> provides a <var>scaling
3506 formula applied to a normalized value <b><var>u</var></b> is below. </p>
3513 normalized pixel values. Note that <code>Pow</code> is related to the <a
3522 is biased 50% and normalized by 50% so as to fit in the respective color value
3740 <p>By default the FFT is normalized (and the IFT is not). Use "<code><a href="command-line-options.html#define" >-define</a> fourier:normalize=forward</code> to explicitly normalize the FFT and unnormalize the IFT.</p>
4157 <p>where <b><var>u</var></b> is pixel's original normalized channel value.</p>
4208 The result is that if a pixel's normalized channel value is originally
4209 <b><var>u</var></b>, its resulting normalized value is given by </p>
4252 <p>with all values given in terms of normalized color values (0.0 for black,
4334 normalized or 0 to 1 color value. For example, using a value of gamma=2 is the
4644 <p>By default the IFT is not normalized (and the FFT is). Use "<code><a href="command-line-options.html#define" >-define</a> fourier:normalize=inverse</code> to explicitly normalize the IFT and unnormalize the FFT.</p>
5682 <dt>MAE</dt><dd> mean absolute error (normalized), average channel error distance</dd>
5683 <dt>MEPP</dt><dd> mean error per pixel (normalized mean error, normalized peak error)</dd>
5685 <dt>NCC</dt><dd> normalized cross correlation</dd>
5686 <dt>PAE</dt><dd> peak absolute (normalized peak absolute)</dd>
5689 <dt>RMSE</dt><dd> root mean squared (normalized root mean squared)</dd>
5700 ('<code>MAE</code>', '<code>MAE</code>' normalized, and '<code>PAE</code>'
5701 normalized) from a single comparison run. </p>
5921 <p>All the channels are normalized in concert by the same amount so as to
7247 <p>Float and double types are normalized from 0.0 to 1.0 otherwise the pixels
