搜索资源列表
tuxingji
- 关于实现图表绘制类,支持柱状图,饼图,折线图等的程序设计 -on the realization of mapping class support column, pie charts and other dogleg Program Design
DislinDataPlotLibb
- DISLIN data plotting library manual. This manual describes the data plotting library DISLIN written in the programming languages Fortran andC.ThenameDISLINisanabbreviationforDevice-IndependentSoftwareLINdausinceapplications were designed to run
Bresenham_Pie
- 在点阵中用Bresenhan画填充扇形的方法-Draw pie using Bresenhan algorithm
JAVA_Graphic
- 关于java 的一些图形显示,例如:气泡图,饼图,柱图等-With regard to a number of java graphics, such as: bubble diagrams, pie charts, column charts and other
Bayes_Classify
- 基于贝叶斯最小错误率算法的崇明岛遥感图像分类程序。并且有饼状图显示各类地物比例-Minimum error rate based on Bayesian algorithm for Chongming Island, the remote sensing image classification procedures. And the pie chart below shows the proportion of various types of features
MSChart
- 该例子通过labview调用微软图形对象模型来创建图形。-This example uses the Microsoft Chart Object Model to create charts. The MSChart is a ActiveX control. ActiveX container is used in LabVIEW to invoke properties and methods on the object. MSChart object is a part of M
tuxingxue-bingzhuangtu
- 图形学课程设计报告--饼状图,制作此图,首先得明白扇形区域的画法的算法,利用for循环将扇形弧终点坐标赋值给弧开始坐标一块一块平凑成饼状图,而不能画一个圆分割,因为无法填充图案,是因为不是完整图案。所以返工重画了一次。还了解了TextOutA()和pie方法。以上就是本次从这次实验得到的心得体会。本人还不停的调试了饼状图上比例的位置,直至最好看为止。-Graphics Design Report- pie chart, making this map, first of all have to
sfjehsf
- 用VC++编写饼图直方图用以表示北京市人口分布-Prepare a pie chart with VC++ to indicate the Beijing population distribution histogram
PieChart_demo
- 一个3D饼图的例子,可以旋转,平移,设置倾斜角度等等。-Example of a 3D pie chart, you can rotate, pan, set the angle and so on.
StaticsSearchResultShow
- 各种数据统计图的制作,包括直方图、饼图、曲线图等,结构清晰,易懂-The production of various data charts, including histograms, pie charts, graphs and so on, clearly structured, easy to understand
Graph
- 一个可以对数据进行统计后显示柱状图,饼状图或折线图的包装类,适合数据的维度分析-Statistics that can be displayed after the data histogram, pie chart or line graph of the wrapper class for the dimensions of the data analysis
pachking_initial-configuration
- 求解圆形packing问题里面的初始格局:要确定初始格局,也就是要把所有的圆饼随机的放在圆盘内,也就是圆饼的圆心坐标要随机的出现,可以用一个0到1的随机数乘圆饼的半径再乘一个判断随机数的数作为圆饼的x或者y的坐标,这样就保证了圆饼的圆心有可能出现在圆盘内的任何位置-Solving the problem inside the initial circle packing structure: To determine the initial structure, that is, to put
Grad-U-and-moving-rules
- 计算梯度向量Grad U和圆饼的移动规则:将所有的力都正因分解,分解成x轴方向和y轴方向的力,整个问题就简单化了,通过分别求出x轴方向和y轴方向的力之和,就可以知道该圆饼将要移动的轨迹,而x轴方向和y轴方向的合力方向应该就是该圆饼的梯度向量的方向。而所有圆饼的梯度向量就组成了Grad U-Because of all the forces are decomposed into the x-axis direction and the y-axis direction of the force,
overall-program-design
- 此框架对应拟物拟人算法总体设计的步骤:其中的各个参数l0和t是流放圆饼规则中的控制量,dian[]代表所有的圆饼,M表示所有圆饼的个数,yp代表圆盘,Uold 表示上一次的总势能-This framework corresponds to quasi-physical personification algorithm for steps: one of the various parameters l0 and t is the rule in exile, the control of a
calculationofpotentialenergy
- 圆形packing之计算总势能:总势能等于所有圆饼势能之和,而各圆饼的势能又等于该圆饼和圆盘以及其他圆饼之间的挤压挤压势能之和。挤压势能又等于他们之间的挤压深度的平方。所以可以通过分解问题使得复杂的问题简单化-The calculation of the total potential energy circle packing: the total potential energy potential energy is equal to the sum of all the pie, and
Pie-rules-exile
- 流放圆饼规则 当圆饼移动完毕而总势能又不为0时,根据拟人策略,需要流放一个圆饼再重新启动移动规则直到下一次完毕。而到底流放的是相对挤压弹性势能最大的圆饼还是绝对挤压弹性势能最小的圆饼则要取决于上次流放的圆饼了。怎么确定相对挤压弹性势能最大的圆饼和绝对挤压弹性势能最小的圆饼以及如何控制流放的圆饼?-Pie rules exile movement is completed when the round cake and the total potential energy is not 0, ac
multi-face-pose
- 该人脸库包含30个人、每人10幅总共300幅光栅图像,每个人的10幅图像包括了朝正前方、朝左、朝右、朝上和朝下五种不同的视角 方向的情形,经典的多姿态人脸库 注意此文件为.ras格式,需要用ACDSEE打开,SUN光栅图片格式。-The face database contains 30 individuals, each 10 Total 300 raster images, 10 images of each person included toward the front, lef
flot-0.7
- 图表处理的强大的工具,有助于图形处理,方便开发者进行开发-JAVA J2EE
Ex_1
- 分别调用系统定义的四种笔样式:PS_DOT,PS_DASHDOT,PS_DASHDOTDOT,PS_DASH画出四个圆;然后调用系统定义的6种实画刷画出圆角矩形;调用系统定义的6种阴影画刷画出矩形;调用函数Pie()画一个圆,红黄蓝各占三分之一。-I am sorry
image2
- 实例039-形象的动态三维饼图,实例039-形象的动态三维饼图-Dynamic three-dimensional pie chart for instance 039- image