图像绘制的英文

• image description

• 图像    picture; image; presentation ...
• 绘制    draw
• 多光谱图像绘制系统    multispectral image descriptor system
• 立体影像绘制仪    stereoplotter
• 彩色图像绘图机    color graphic plotter
• 绘制月球表面的三维图像    map three-dimensional images of the lunar surface; mathree-dimensional images of the lunar surface
• 绘制    draw (a design, etc.) 绘制草图 make a rough drawing; 绘制图表 draw a diagram
• 点绘制    point
• 绘制…图    mapping
• 绘制的    drawn
• 体绘制    direct volume rendering
• 再绘制    redraft
• 人物肖像绘画-老船长    richard schmid - captains portrait
• 图像    picture; image; presentation; tableau; pix; representation 立体图像 stereopicture; 图像保真度 eyefidelity; 图像符号 pictorial symbol; 图像合成 building-up of image; image synthesis; 图像录制 picture recording; 图像扫描 image scanning; 图像失真 image fault; distortion; image distortion; 图像识别 pattern recognition; 图像识别装置 pattern recognition device; 图像通信 picture communication; visual communication; 图像信号 picture signal; 图像信息 image information; 图像转换 image inversion; inversion of the image
• 按比例绘制    done(drawn) to scale; drawn to scale
• 场强图绘制    field mapping
• 等高线绘制    contour drafting; contour mapping; contouring
• 地图绘制    map compilation; mapping
• 地图绘制学    cartography
• 地图绘制仪    chorograph
• 地图绘制员    cartographer
• 地图绘制者    projectionist
• 地形绘制    ground mapping
• 顶点绘制    vertex paint
• 动画绘制    animate; animation drawing

• First , this dissertation gives a geometrical projection - based 3d warp algorithm , which has proved the feasibility to bring the studying method of ibr into geometry models - based modeling and rendering . it is an all - purpose algorithm , which can perform coordinate warping under different projection for scene and object models , and , this algorithm can perform color warping according to lighting characteristics
  算法的提出证明了将图像绘制的研究方法引入几何绘制领域的可行性，算法通用性好，对场景模型与对象模型均能够依据不同的投影关系进行图像的坐标变换，同时，算法还能够依据光照特性对象素点颜色值进行变换。
• In this thesis , we propose several pre - computing and sampling strategies for walkthrough system rendering , natural surface rendering with real - world material and 3d texture , and rendering with global illumination effects respectively . we also introduce efficient rendering methods , which work with these pre - computing and sampling strategies , and perform real - time realistic image rendering successfully
  本文在漫游系统绘制，物体表面复杂材质和3d纹理的绘制，全局光照模型绘制等领域提出了相应的预计算采样策略，以及快速的绘制方法，成功地实现了实时的高真实感图像绘制。
• Through a few images and some manual assistance , we can get the camera intrinsic and extrinsic parameters , and reconstruct scene , then use warping method to draw at new view point . the whole procedure can be divided into three part : computing camera intrinsic and extrinsic parameters by self - calibration , get depth information through matching image corresponding points and using warping to render image
  利用少量图像和一定的人工辅助，获得摄像机的内外参数，再对场景进行重建，最后使用warping方法完成新视点图像的绘制。整个过程可分为三部分：利用自定标计算摄像机内外参数，通过匹配图像对应点提取深度信息，使用warping进行图像绘制。