Description: 1.实验目的
1、通过本次实验，掌握三维图形的旋转等变换和消隐的基本概念和相关算法。
2、掌握凸多面体的消隐算法和实现。
3、进一步熟练和掌握编程环境中三维图形的绘制和消隐的程序设计方法。
2.实验内容
1、绘制一个三维几何图形，如：球、立方体、棱柱、棱锥等。
2、对绘制的三维几何图形实现平移、旋转、变比的基本变换。
3、编程实现凸多面体的隐藏面和隐藏线的消隐。
-1. The experiment was a passage of this experiment, master 3D graphics rotation transform and blanking the basic concepts and algorithms. 2, master convex blanking algorithm and implementation. 3, further skilled and master programming environment 3D graphics rendering and blanking process design methods. 2. As an experiment, a three-dimensional geometric figure drawing, such as : football, cube, pyramid, prism, and so on. 2, the pair of 3D geometry rendering achieve translation, rotation, variable than the basic transformation. 3, Programming convex surface and hidden eliminating hidden lines. Platform: |
Size: 5601 |
Author:fisherman |
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Description: 用java实现的三维控件内立方体的各种几何变换，如”旋转“，”缩放“”平移“等。-used to achieve the three-dimensional cube within the control of various geometric transformation, as "revolving", "zoom", "Translation." Platform: |
Size: 12288 |
Author:刘潇 |
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Description: 1.实验目的
1、通过本次实验，掌握三维图形的旋转等变换和消隐的基本概念和相关算法。
2、掌握凸多面体的消隐算法和实现。
3、进一步熟练和掌握编程环境中三维图形的绘制和消隐的程序设计方法。
2.实验内容
1、绘制一个三维几何图形，如：球、立方体、棱柱、棱锥等。
2、对绘制的三维几何图形实现平移、旋转、变比的基本变换。
3、编程实现凸多面体的隐藏面和隐藏线的消隐。
-1. The experiment was a passage of this experiment, master 3D graphics rotation transform and blanking the basic concepts and algorithms. 2, master convex blanking algorithm and implementation. 3, further skilled and master programming environment 3D graphics rendering and blanking process design methods. 2. As an experiment, a three-dimensional geometric figure drawing, such as : football, cube, pyramid, prism, and so on. 2, the pair of 3D geometry rendering achieve translation, rotation, variable than the basic transformation. 3, Programming convex surface and hidden eliminating hidden lines. Platform: |
Size: 1271808 |
Author:fisherman |
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Description: 一个用C#编写的小型的3D图形系统，可以生成简单的几何图形，包含一些基本的图形变换和渲染的操作。-A used C# Prepared small-scale 3D graphics system, you can generate simple geometric shapes, including some basic graphics transformation and rendering operations. Platform: |
Size: 1520640 |
Author:windman |
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Description: 完成三位图形的基本变换，包括旋转，平移，以及比例变换。-Completion of the three basic graphics transform, including rotation, translation, and the ratio of transformation. Platform: |
Size: 91136 |
Author:Jason |
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Description: 要求首先绘制一些美观的三维图形，然后根据3D变换矩阵算法，使图形在键盘或鼠标的控制下进行几何变换。本实验的目的在于使学生了解绘制三维图形的方法，巩固对图形几何变换的理解，掌握在VC中实现三维图形的几何变换的方法。-Asked first of all draw a number of beautiful three-dimensional graphics, and 3D transformation matrix based algorithm, so that graphics on the keyboard or mouse under the control of geometric transformation. The purpose of this study is to make students understand three-dimensional graphics rendering methods, to consolidate understanding of geometric transformations, to master three-dimensional graphics in VC to achieve geometric transform method. Platform: |
Size: 1340416 |
Author:林晓 |
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Description: 要求首先绘制一些美观的三维图形，然后根据3D变换矩阵算法，使图形在键盘或鼠标的控制下进行几何变换。本实验的目的在于使学生了解绘制三维图形的方法，巩固对图形几何变换的理解，掌握在VC中实现三维图形的几何变换的方法。-Asked first of all draw a number of beautiful three-dimensional graphics, and 3D transformation matrix based algorithm, so that graphics on the keyboard or mouse under the control of geometric transformation. The purpose of this study is to make students understand three-dimensional graphics rendering methods, to consolidate understanding of geometric transformations, to master three-dimensional graphics in VC to achieve geometric transform method. Platform: |
Size: 4096 |
Author:林晓 |
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Description: 要求首先绘制一些美观的三维图形，然后根据3D变换矩阵算法，使图形在键盘或鼠标的控制下进行几何变换。本实验的目的在于使学生了解绘制三维图形的方法，巩固对图形几何变换的理解，掌握在VC中实现三维图形的几何变换的方法。-Asked first of all draw a number of beautiful three-dimensional graphics, and 3D transformation matrix based algorithm, so that graphics on the keyboard or mouse under the control of geometric transformation. The purpose of this study is to make students understand three-dimensional graphics rendering methods, to consolidate understanding of geometric transformations, to master three-dimensional graphics in VC to achieve geometric transform method. Platform: |
Size: 1938432 |
Author:林晓 |
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Description: 首先绘制一些美观的三维图形，然后根据3D变换矩阵算法，使图形在键盘或鼠标的控制下进行几何变换。本实验的目的在于使学生了解绘制三维图形的方法，巩固对图形几何变换的理解，掌握在VC中实现三维图形的几何变换的方法。-First, draw a number of beautiful three-dimensional graphics, and then 3D transformation matrix algorithm, so the keyboard or mouse graphics under the control of geometric transformation. The purpose of this study is to make students understand the methods to draw three-dimensional graphics, geometric transformation to consolidate the understanding of graphics, control three-dimensional graphics in the VC to achieve geometric transform method. Platform: |
Size: 1673216 |
Author:king |
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Description: 2D和3D几何计算。包含基本的形状，计算的交叉点，变型，显示等…
-Library for geometric computing with Matlab in 2D and 3D. Contains function for creation and manipulation of basic shapes, computing intersections, transformation, display... Platform: |
Size: 408576 |
Author:vickey |
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Description: 3d立方体的几何变换，旋转与缩放，使用C++语言，完整程序可运行。-3d cube of the geometric transformation, rotation and scaling, use C++ language, the full program can be run. Platform: |
Size: 2292736 |
Author:风幽夜 |
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Description: In substance, Computer Graphics is a process of transformation from the 3D model object in the form of information
geometric shape, pose information, color, texture, and lighting into a 2D image Platform: |
Size: 92160 |
Author:thika |
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Description: 图像处理 o 梯度 边缘和角点 o 采样 差值和几何变换 o 形态学操作 o 滤波和彩色变换 o 金字塔及其应用 o 连接组件 o 图像和轮廓矩 o 特殊图像变换 o 直方图 o 匹配 结构分析 o 轮廓处理 o 计算几何 o 平面划分 运动分析和对象跟踪 o 背景统计量的累积 o 运动模板 o 对象跟踪 o 光流 o 预估器 模式识别 o 目标检测 照相机定标和三维重建 o 照相机定标 o 姿态估计 o 极线几何 函数列表 参考图像处理注意:本章描述图像处理和分析的一些函数-O gradient edge and corner of the image processing o Sampling difference and geometric transformations o filtering and color transform morphological operations o o pyramid and its application o connected components o image and contour moments o special image transformation o Histogram o matching structure analysis o contour processing o computational geometry o the plane divided motion analysis and object tracking cumulative o Motion templates o o background statistics object tracking o optical flow o predictor pattern recognition o target detection camera calibration and 3D reconstruction o camera calibration o attitude estimates o epipolar geometry function list reference image processing Note: This chapter describes the image processing and analysis functions Platform: |
Size: 9968640 |
Author:diaoguangqiang |
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Description: 使用GDI实现的三维图形变换，程序使用几何变换矩阵、视变换矩阵、投影矩阵、视窗矩阵等操作图形，在原理上能够体现计算机图形学图形变换方面的知识-GDI achieved transform 3D graphics, the program uses the geometric transformation matrix as the transform matrix, projection matrix, the matrix of the window operation graphics, in principle, to reflect the knowledge of computer graphics graphics transformation Platform: |
Size: 7077888 |
Author:sinstar |
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Description: 1、利用OpenGL函数画一个三维物体；
2、利用鼠标或键盘控制三维物体在屏幕上移动、旋转和放缩
（1）移动：不能直接调用OpenGL几何变换函数,运用齐次坐标，采用矩阵相乘的方式自己编程实现；
（2）旋转、放缩可以调用OpenGL函数(1. Draw a three-dimensional object by using the OpenGL function;
2. Use the mouse or keyboard to control the movement, rotation and contraction of 3D objects on the screen
(1) mobile: can not directly call the OpenGL geometric transformation function, use the homogeneous coordinate, and use the way of matrix multiplication to achieve their own programming.
(2) the OpenGL function can be invoked for rotation and contraction) Platform: |
Size: 2048 |
Author:噼哩啪啦
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Search - geometric transformation 3D