A Semantic Zoom Approach in GIS to Rule-based Landscape Visualization - Kumsap, Chamnan
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In high-realism landscape visualization, the information visualized from 3D scenes is subjective and abstracted to a large extent unless there is a tool to help describe the landscape under visualization.The author established rules in GIS for allocating a proper level of detail to 3D object models before integration to the terrain for scene rendering. In addition, semantic zoom tools were designed and implemented in GIS for rule-based landscape visualization. The concept and implementation of the semantic zoom technique was assessed and evaluated in terms of their ease of use and additional…mehr

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Produktbeschreibung
In high-realism landscape visualization, the information visualized from 3D scenes is subjective and abstracted to a large extent unless there is a tool to help describe the landscape under visualization.The author established rules in GIS for allocating a proper level of detail to 3D object models before integration to the terrain for scene rendering. In addition, semantic zoom tools were designed and implemented in GIS for rule-based landscape visualization. The concept and implementation of the semantic zoom technique was assessed and evaluated in terms of their ease of use and additional knowledge of the landscape. The book provides explains how thw approach provides landscape viewers a better understanding and good visual perception of the landscape. The result can be applied to the design of built environments.
Autorenporträt
Group Captain Chamnan Kumsap graduated with BSc in Physical Chemistry in 1992, MSc in Geographical Information Systems in 1998, and Doctor of Technical Science in Remote Sensing and Geographic Information Systems in 2005. He is a resident of Bangkok, Thailand and now married with one daughter.