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The content is the information for the page. We have already mentioned that for each page on your site you choose what template to use. When you add content to a page, it is automatically placed in the placeholders of the template selected for that page.

A template can define one or several content areas, or content blocks. To add more content blocks to your template, use {content block='block name'}. These blocks will then appear as text areas when you edit or add a page that uses that template.

You can make a content block use only one line, instead of a full text area, by using the parameter oneline=true. That is, the full tag being: {content block='block name' oneline=true}. Read about more parameters in the help for the Content tag in the CMSMS Admin Panel, under Extensions » Tags.

Content Types

There are currently 6 main content types in version 1.11.2 "Isabela". These content types determine the type of content for each menu item.

The Content type is simply a regular page. Normally this is the only one you will use. That is what this page you are reading is. Here you can put any content that you would put on a regular page. The layout of these types of pages are controlled by the templates. For each content page you create you must add the title, menu text, choose if it is going to have a parent and choose a template for it. If you login as admin and change the template of this page, you will see exactly how it works.

The Error Page type is just what it sounds like, a page you set for "404 page not found" errors, where you can add the content that shows when a 404 error occurs, a target type and title, you can also choose the template it uses, it has no parent as it is not part of the menu.

The External Page Link type is just what it sounds like, a link to another external page and you add the title, menu text, choose if it is going to have a parent and a destination page along with the target setting and other options that a content type page has. This external page link type also shows up in the menu following the same hierarchy rules as the content type.

The Internal Page Link type is also just what it sounds like, a link to another internal page. This internal page link type also shows up in the menu following the same hierarchy rules as the content type and you add the title, menu text, choose if it is going to have a parent and a destination page along with the target setting and other options that a content type page has.

The Section Header type is used to break up menus into groupings (sections). This is unrelated to the hierarchy, as the section headers have no associated pages with them but can be used to group a set of links of similar content under them. They are just a little bit of text to say what the next few links are in reference to.

The Separator type is just what it sounds like, a separator that appears on the menus. This type follows the hierarchy set in content management pages.

ICPR 2016 Tutorial on Graph-Based Morphology

Survey Graph Morpho paperOn the 4th of December 2016, Hugues Talbot and myself gave a tutorial on graph-based morphology at ICPR. This tutorial follows the outline of the PRL survey paper on Graph-Based Morphology. Slides of the talk and videos are available on a dedicated page.

Shape-Based hierarchical segmentation

Shape-Based morphological framework schemeA second PAMI paper on the shape-based morphological filtering framework, has been accepted. This one is dedicated to the hierchical segmentation. Of course, the first PAMI on the topic is still available.

Featured paper: ultrametric watersheds

My pJMIVaper on ultrametric watersheds is amongst the selected  5 top-cited articles from the Journal of Mathematical Imaging and Vision available free until the end of September.

 

More information in the Springer NewsLetter

 

The paper is avalable here. This HAL version will be forever freely available.

Preprint on TV filtering

Our paper on Dual-Constrained Total Variation on Graphs has been accepted to SIAM Journal on Imaging Siences. Preprint is available, as well as source code.

Discrete curvature - November 18-22, 2013.


With Pascal Romon , we are organizing a colloquium on Discrete Curvature. The aim of this meeting is to bring together researchers from diverse backgrounds (including mathematics and computer science) on the common theme of discrete curvature and to make an update on the many achievements of the last decade. We want to promote interaction between various fields, so topics and participants can and should be varied, as long as they fit under the under the main theme. Prestigious speakers are already programmed.

The meeting will take place at the CIRM, in Luminy, near Marseille (France), from November 18th to the 22nd, 2013.

More information: http://laurentnajman.org/curvature/index.php?p=main

Camille Couprie's short movie

The EADS Foundation made a short animated movie to explain Camille Couprie 's prize-winning PhD thesis work. The video can be seen on Youtube

 

 

 

 

 

 

 

 

 

Shape-based Morphology video available

 

 

Camille Couprie: Accessit GIlles Khan Prize


Another prize for Camille Couprie! She has just been awarded an accessit for the prestigious Gilles Khan prize. 

 

Congratulations, Camille!

Camille Couprie EADS PhD Prize


Prix EADS de la meilleure thèse interdisciplinaireCamille COUPRIE pour ses travaux sur l' « Optimisation variationnelle discrète et applications en vision par ordinateur », ED 532 - MSTIC.

2nd place in a MICCAI challenge


The challenge was held on October 1st, 2012 in Nice Sophia Antipolis, Côte d'Azur, France, at the workshop 3D Cardiovascular Imaging: a MICCAI segmentation challenge at the 15th International Conference on Medical Image Computing and Computer Assisted Intervention (MICCAI),

Special issue on Mathematical Morphology

Our special issue is now available on IEEE Xplore. You can see this at:

Preprint on scene parsing

The preprint of our upcoming IEEE Trans. PAMI on scene labeling is available. We use a multi-scale convolutional network trained in supervised mode on fully-labeled images in which each pixel is labeled by the category of the object it belongs to. A simple superpixel-based post-processing smoothes out the output labels and lines up the segment boundaries with image contours.