# huge emoji in thunderbird titles, remove by adding a new font apt install fonts-symbola # save and cleanup app armor, old conf prevent from opening attachment files from thunderbird. mv /etc/apparmor.d /etc/apparmor.d_backup apt install --reinstall apparmor apparmor-profiles apparmor-profiles-extra # TSC_DEADLINE errata warning, update micro code apt install intel-microcode
Reboot (I do not find out why a systemctl restart apparmor do not work, reboot is fine)
We are looking for a highly motivated Master student for a research internship.
The internship will take place in the IRIT laboratory, on the Université Paul Sabatier, campus of Toulouse. The recruited intern will be a full member of the research team, integrated with other team members, PhD students and permanent researches. He/she will participate to working groups, scientific seminars and other activities of our group.
Professional pictures present strong color ambiances influencing the style and the mood of the image. These ambiances are usually set at the capture stage using light spots of different colors or adjusted at the compositing stage.
Professional softwares (such as Photoshop) provide different tools to change the color temperature or shift color hues. These filters are applied globally on the image.
Following recent works [1,2] and preliminary investigations, the rgb point cloud (fig 1 right) corresponding to an image depicts structures that can enable image manipulation.
The purpose of this internship is to analyze the rgb point cloud to extract meaningful geometrical structures. Using this structure, the student has to propose tool to edit the image.
A preliminary result is presented below
Fig1 Example of an image and its associated point cloud
Send your application to David Vanderhaeghe (see mail above)
[1] Jianchao Tan, Jyh-Ming Lien, and Yotam Gingold. 2017. Decomposing images into layers via RGB-space geometry. ACM Trans. Graph. 36, 4, pages. DOI: https://doi.org/10.1145/3072959.2988229
[2] Sylvain Duchêne, Carlos Aliaga, Tania Pouli, and Patrick Pérez. 2017. Mixed illumination analysis in single image for interactive color grading. In Proceedings of the Symposium on Non-Photorealistic Animation and Rendering (NPAR ’17), Stephen N. Spencer (Ed.). ACM, New York, NY, USA, Article 10, 10 pages. DOI: https://doi.org/10.1145/3092919.3092927
We are looking for a highly motivated Master student for a research internship.
The internship will take place in the IRIT laboratory, on the Université Paul Sabatier, campus of Toulouse.
The recruited intern will be a full member of the research team, integrated with other team members, PhD students and permanent researches. He/she will participate to working groups, scientific seminars and other activities of our group.
Stylized images are ubiquitous in visual communication for animated movies, commercials or scientific illustrations. These images leave room for the spectator’s imagination and interpretation while conveying a strong and clear message. They bear the visual identity and ambiance of an art movement, an artist or a company. This is why it is essential for the content creator to be able to control the appearance — give his style — when creating a stylized image.
Our graphic design research project focuses on stroke based rendering, an expressive rendering approach for the creation of stylized images.The goal is to understand which control structures are interesting for the creation of stylized images. These structures will provide new means of control that will adapt to the expertise, work habits, capacities and needs of content creators.
The main topic of this master project is the definition and implementation of a automatic stroke based generator (fig 1). The generator style will be controlled by paint function to determine the shape of each stroke. Ideally these functions would be built by example given small user inputs. The selected student would have to study, adapt or invent new stroke based generation process, based on state of the art stroke based algorithms and propose example based control for this generator.
Fig 1. The painting on the canvas is composed of a set of strokes. Here stroke shape are depicted with on canvas and floating 3D shape to catch their arrangement.
Send your application to David Vanderhaeghe (see mail above)
We are looking for a highly motivated Master student for a research internship.
The internship will take place in the IRIT laboratory, on the Université Paul Sabatier, campus of Toulouse.
The recruited intern will be a full member of the research team, integrated with other team members, PhD students and permanent researches. He/she will participate to working groups, scientific seminars and other activities of our group.
Public access to art and culture is a major issue in our society.
Many collections, paintings for example, travel around the world to be exhibited in the biggest museums.
However, certain artistic works are difficult to transport, in relation to their size, their installation or their fragility.
In our case study, the observers come even inside the art-piece, and because they can’t resist touching the paint, it is prone to premature wear.
Also, in order to allow the greatest number of people to benefit from the art works without incurring transport costs or risks to the integrity of the art work, we wish to develop a process of acquisition and visualization of art works in virtual reality.
The objective is to develop a 3D display system, with virtual reality device, allowing to reproduce the installation of Toma Popovici (see Fig. below), consisting of paintings for a total of 150 meters long and 1.5 meters height forming a labyrinth where the public goes through.
Three pictures of a test setup of the art piece.
The different steps envisaged are:
Send your application to David Vanderhaeghe (see mail above)
We are looking for a highly motivated Master student for a research internship.
The internship will take place in the IRIT laboratory, on the Université Paul Sabatier, campus of Toulouse.
The recruited intern will be a full member of the research team, integrated with other team members, PhD students and permanent researches. He/she will participate to working groups, scientific seminars and other activities of our group.
Physically based rendering, using path-space formulation of global illumination, has become a standard technique for high-quality computer-generated imagery. Nonetheless, being able to control and edit the resulting picture so that it corresponds to the artist vision is still a tedious trial-and-error process. We introduce portals as a path-space manipulation tool to edit and control renderings and show how our editing tool unifies and extends previous work on lighting editing. Portals allow the artist to precisely control the final aspect of the image without modifying neither scene geometry nor lighting setup. According to the setup of two geometric handles and a simple path selection filter, portals capture specific lightpaths and teleport them through 3D space.
In this context, we are interested in a better understanding of the ray statistics that are meaningful to decompose an image. The project is to analyze data from ray paths computed by a bi-directional path-tracer and to segment rays in a set of perceptually motivated layers.
We also propose to extend portals to better behave with forward path tracer.
Send your application to David Vanderhaeghe (see mail above)
Computer graphics conference, deadlines and timelines (rebuttal).
We maintain this calendar whenever we submit a paper somewhere, but collaborative participation is welcomed, ask for write access.
We are looking for a highly motivated Master student for a research internship.
The internship will take place in the IRIT laboratory, on the Université Paul Sabatier, campus of Toulouse.
The recruited intern will be a full member of the research team, integrated with other team members, PhD students and permanent researches. He/she will participate to working groups, scientific seminars and other activities of our group.
3D scanner and point data acquisition hardware are more and more used in the industry to capture CAD models (Fig 1.)
A wide range of application exploit point clouds, for instance, retro engineering, analysis of used part, or realtime 3D manual for technical intervention.
Fig 1. A Go!Scan3D portable point cloud scanner
Line base rendering from an airplane, made with Autodesk Softwares
One standard visualization for CAD models is line based drawing (see Fig. 2). To automatically render a line based drawing from the 3D data, state of the art approaches define lines from geometry analysis of the 3D surface. This computation involve a parameterization of the surface. Points cloud are not well adapted for a global parameterization and are first fitted to a mesh (Fig 3.) before performing the line based rendering. These fitting is time consuming and prone to approximation errors.
The goal of our project is to directly extract line information from the 3D point sets, using a local analysis, without global 3D surface parameterization.
Student profile
Send your application to David Vanderhaeghe (see mail above)
We are looking for a highly motivated Master student for a research internship.
The internship will take place in the IRIT laboratory, on the Université Paul Sabatier, campus of Toulouse.
The recruited intern will be a full member of the research team, integrated with other team members, PhD students and permanent researches. He/she will participate to working groups, scientific seminars and other activities of our group.
Stylized images are ubiquitous in visual communication for animated movies, commercials or scientific illustrations. These images leave room for the spectator’s imagination and interpretation while conveying a strong and clear message. They bear the visual identity and ambiance of an art movement, an artist or a company. This is why it is essential for the content creator to be able to control the appearance — give his style — when creating a stylized image.
Our graphic design research project focuses on stroke based rendering, an expressive rendering approach for the creation of stylized images.The goal is to understand which control structures are interesting for the creation of stylized images. These structures will provide new means of control that will adapt to the expertise, work habits, capacities and needs of content creators.
The main topic of this master project is the definition and implementation of a hierarchical stroke structure (fig 1). This structure will follow image decomposition using a scale space analysis and should be built during the generation process. In fact our basic assumption is that the structure construction could not be decoupled from the generation algorithm. The selected student would also have to study, adapt or invent new stroke based generation process, based on state of the art stroke based algorithms.
Fig 1. The painting on the canvas is composed of a set of strokes, here floating in 3D
Send your application to David Vanderhaeghe (see mail above)
Veritasium youtube channel A chemical explanation of the world
check md5 between similarly named file (toto.ext and toto 2.ext)
for i in *2.???; do
base=${i%.*};
ext=${i##*.};
baseclean=${base% 2};
md5sum "$base.$ext";
md5sum "$baseclean.$ext";
done;
while read line;
do
name=`echo $line|cut -f2 -d\ `;
ref=`echo $line| cut -f1 -d\ `;
actual=`md5sum ./$name|cut -f1 -d\ `;
if [ "$ref" != "$actual" ] then
echo "file $name differ";
fi;
done < ~/filelist.md5