文件名称:hierarchicalCentroid
介绍说明－－下载内容均来自于网络，请自行研究使用
Descr iptor for simple shapes (e.g letters).
Computes the descr iptor twice in order to describe horizontally and vertically with the same accuracy.
Input: image (2-D, binary or gray)
depth of recursion (default 7),
plotFlag(if on - plot Illustration)
Output:
vec - descr iptor: Division locations, values around zero. Of length 2*(2^depth - 2)
(levels: the depth of the division locations.)- Descr iptor for simple shapes (e.g letters).
Computes the descr iptor twice in order to describe horizontally and vertically with the same accuracy.
Input: image (2-D, binary or gray)
depth of recursion (default 7),
plotFlag(if on - plot Illustration)
Output:
vec - descr iptor: Division locations, values around zero. Of length 2*(2^depth - 2)
(levels: the depth of the division locations.)
Computes the descr iptor twice in order to describe horizontally and vertically with the same accuracy.
Input: image (2-D, binary or gray)
depth of recursion (default 7),
plotFlag(if on - plot Illustration)
Output:
vec - descr iptor: Division locations, values around zero. Of length 2*(2^depth - 2)
(levels: the depth of the division locations.)- Descr iptor for simple shapes (e.g letters).
Computes the descr iptor twice in order to describe horizontally and vertically with the same accuracy.
Input: image (2-D, binary or gray)
depth of recursion (default 7),
plotFlag(if on - plot Illustration)
Output:
vec - descr iptor: Division locations, values around zero. Of length 2*(2^depth - 2)
(levels: the depth of the division locations.)
(系统自动生成,下载前可以参看下载内容)
下载文件列表
hierarchicalCentroid\alef1.png
....................\alef2.png
....................\demo.m
....................\hierarchicalCentroid.m
....................\tav.png
hierarchicalCentroid