Ray-casting technique used to generate realism graphs is creatively applied to simulate the NC machining process of an integral turbo-wheel, thus the representation of a workpiece is redused from 3D to 1D. As a result...Ray-casting technique used to generate realism graphs is creatively applied to simulate the NC machining process of an integral turbo-wheel, thus the representation of a workpiece is redused from 3D to 1D. As a result, simulation speed is raised greatly and the visualization is kept. The relative problems are the discussed in detail and the 5 - axis NC machining process simulation of integral turbo-wheel is illustrated with Ray-casting representation.展开更多
A holographic visualization of volume data based on adjustable ray to optical-wave conversion is presented.Computergenerated holograms are generated by emitting multiple rays to sample the volumetric field.Equal inter...A holographic visualization of volume data based on adjustable ray to optical-wave conversion is presented.Computergenerated holograms are generated by emitting multiple rays to sample the volumetric field.Equal interval sampling,object light wave adjustment,and information composition are sequentially performed during the march of rays.The program is accelerated in parallel to reduce the total time,and the reconstructions are dynamically adjusted to express different parts of an object.Optical experiments verify that the proposed method can holographically reconstruct the surface and interior information of objects.展开更多
文摘Ray-casting technique used to generate realism graphs is creatively applied to simulate the NC machining process of an integral turbo-wheel, thus the representation of a workpiece is redused from 3D to 1D. As a result, simulation speed is raised greatly and the visualization is kept. The relative problems are the discussed in detail and the 5 - axis NC machining process simulation of integral turbo-wheel is illustrated with Ray-casting representation.
基金partly supported by the National Natural Science Foundation of China (Nos. 61905017 and 61905019)the Fundamental Research Funds for the Central Universities (Nos. 2019RC13 and 2019PTB-018)
文摘A holographic visualization of volume data based on adjustable ray to optical-wave conversion is presented.Computergenerated holograms are generated by emitting multiple rays to sample the volumetric field.Equal interval sampling,object light wave adjustment,and information composition are sequentially performed during the march of rays.The program is accelerated in parallel to reduce the total time,and the reconstructions are dynamically adjusted to express different parts of an object.Optical experiments verify that the proposed method can holographically reconstruct the surface and interior information of objects.
