<span style="font-size:162362%; border:none; margin:0; color:#000; line-height: 120%">'''<span style="color: #b51418">Welcome to CDOTXB PointStream</span>'''<br />The Seneca Centre for Development of Open Technology</span>|}<!-- PORTAL LIST ON RIGHT-HAND SIDE -->| style="width:11%; font-size:95%;" |* [[Canvas3D JS Library|C3DL]]* [[Eclipse]]* [[Fedora]]| style="width:11%; font-size:95%;" |* [[Mozilla]]* [[OpenOffice.org]]* [[Processing.js]]|}

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| style="color:#000;" | [[File:Cdot-group-shot-1-20091.jpg|border|right|160px]]<div id="mp-tfa">The typical method used to represent 3D graphics Seneca’s Centre for applications such as video games is that Development of Open Technology (CDOT) provides a textured meshed. Essentially the object is made up of a mesh of flat triangles physical and a 2D texture graphic that is applied over virtual environment for the mesh to give it its colour development and depth. Howeverresearch of open source software through collaboration with Seneca, this is not the only way to represent 3D graphicsopen source community, business, and other institutions. Another method for representing 3D graphics The centre is that of a an integration point cloud which is a set of coloured points in 3D space. While a point cloud is usually larger than a textured mesh in terms of amount of data, it provides a level of realism not found in a mesh. Furthermore, some 3D scanning equipment such as 3D scanners, LiDAR equipmentfor knowledge, medical scannerseducation, and MicroSoftrelationships within the open source world. The Centre's Kinect all deliver their data as point cloudsvirtual presence starts here, and includes [[Irc|IRC]] and our [http://zenit.senecac.on.ca/~chris.tyler/planet/ blog planet].

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