qt的高级模块，可以用来深入了解qt的高级应用方法

Introduction Icasso is based on running FastICA several times (resampling). Icasso pools all the estimates together and forms clusters bottom-up among them. The basic idea is that a tight cluster of estimates is considered to be a candidate for including a "good" estimate. A centroid of such cluster is considered a more reliable estimates than any estimate from an arbitrary run. (Instead of an average as a centroid, Icasso visualizes and returns a centrotype from each cluster. This is the one of the original estimates that is most similar to other estimates in the same cluster. You can compute the average by using Icasso functions.)

使用C++开发的云台控制器，可以直接使用。功能强大，已经通过调试。可以实现云台的各种转向控制，可以选择串口，波特率等参数。

图象边界搜索,使用梯度算法，测试和photoshop效果一致-border, the use of gradient algorithm, testing and consistent results photoshop

同时实现2维3维图形的绘制，动态不闪烁，包含的技术较多-while achieving two-dimensional three-dimensional graphics rendering, Dynamic Stars, including more technology

图形学相关操作，很全的了，希望大家支持-Graphics-related operations, it is full of the hope you will support

在VC环境下，显示各种常见图像的控件。可以大大减轻VC下的图像显示编程工作-in VC environment, showing the common image of the controls. VC can greatly reduce the image display programming work

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本程序实现八种图形的绘图功能，分别是直线，圆弧，贝赛尔曲线，矩形，圆角矩形，椭圆和多边形。绘图步骤如下： 直线：点鼠标左键确定起始点，移动鼠标点左键确定终点。 圆弧：用鼠标左键依次点四点确定圆弧。 贝赛尔曲线：用鼠标左键依次点四点确定贝赛尔曲线。 矩形：点左键确定起始点，拖动鼠标再点左键确定对角点。 圆角矩形：点左键确定起始点，拖动鼠标再点左键确定对角点。 椭圆：点左键确定起始点，拖动鼠标再点左键确定对角点，便作出了与该矩形相切的椭圆。 多边形：点鼠标左键确定起始点，然后依次点各点（所有点的总数为所要做多边形的边数，不超过20边），最后用中键确定，自动封闭图形。-the program eight graphical mapping function is linear, arc, Bessel curve, rectangle, rounded rectangle, oval and polygons. Mapping the following steps : Linear : click the mouse button to determine the threshold, mobile click of the mouse button to determine the end. Arc : the left mouse button followed by 4:00 set point arc. Bessel curve : the left mouse button followed by point 4:00 determine Bessel curve. Rectangular : Left to determine the threshold point, then drag the mouse to point to determine Left Corner. Rounded Rectangle : Left to determine the threshold point, then drag the mouse to point to determine Left Corner. Oval : Left to determine the threshold point, drag the mouse butto

计算机图形学作业-computer graphics operations

Sobel/Kirsch边缘检测算法VC下可视化实现-Sobel/Kirsch edge detection algorithm VC Visual Realization