OGRE Engine Based on Three-Dimensional Modeling of Biological Cells

Hui Wen Shi; Xiao Yan Yang; He Ping Lin

doi:10.4028/www.scientific.net/AMR.159.662

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A Content-Based Image Retrieval System with Image Semantic
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The Fuzzy Control Method in Semi-Active Suspension
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Modeling and Comparative Analysis of Carbon Nanotube and Boron Nitride Nanotube Cantilever Biosensors
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In Silico Cloning of the TIR1 cDNA from Zea Mays and Bioinformatic Analysis
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OGRE Engine Based on Three-Dimensional Modeling of Biological Cells
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A Collaborative Filtering Recommendation Algorithm Based on Time Weight
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The Study of the Solar Energy Heating System in the Cold Region
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DSAR: A New Segmentation Scheme for Input Buffered Switches
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 159OGRE Engine Based on Three-Dimensional Modeling of...

OGRE Engine Based on Three-Dimensional Modeling of Biological Cells

Abstract:

Three-dimensional models can better express the internal structure of cells. In the field of virtual education we can have an interactive operation so that learners will have a visual and perceptual understanding, thus master the knowledge more easily. we use VS tools , OGRE engine to complete reading and reproducing 3DMAX models. As for Three-dimensional modeling with large volumes of data, we used the level of detail (Level Of Details) algorithm, to delete unnecessary edges, lines, planes, and some texture mapping, reducing the data volume to the scope that can be accommodated. As for the texture that can be reused we use the local feature extraction, a study which has a great significance on the research of lightweight modeling.