搜索资源列表
red_car_tracking
- 利用opencv将所提供的video转换为YUV色彩空间。将vedio中的移动的红色车子用纯红色标记出来-Opencv using the supplied video to YUV color space. Mobile vedio of the red car out of pure red marker
Irect
- 利用opencv在图片中显示矩形框,将图像区域用红色矩形框标出来-Use opencv in the photo shows that rectangular box will image region marked with red rectangular box
OpenCV-face-detection-algorithm
- 关于消除红眼的一些帮助算法,可以帮助一些对不了解这些方面知识的同学了解相关知识。-On the elimination of some of the red-eye to help algorithm that can help some students do not understand these knowledge to understand the relevant knowledge.
carpark
- In this project, we are going to develop an intelligent video surveillance system for a car park. The system monitors the client’s car park 24 hours and 7 days a week. In order to reduce the workload of the security officers, we need to develop an al
Image-Processing
- color detection(red and green)
ShiftJudgment
- 基于opencv,使用vc2008实现,在选定的区域(红色和黄色,从红色到黄色状态为“1”,反之为“2”)可判断物体的进出情况,-Based on opencv, using vc2008 achieved in selected regions (red and yellow, to yellow from red state " 1" , contrary to the " 2" ) to determine the object out of the sit
color
- 基于OpenCV库 采集摄像头中红色像素 定位红色物体中心位置-OpenCV based, extract red pixels from webcam, locate the center of the red target
opencvtest
- 基于OPENCV的鼠标模拟控制程序。根据目标物体的颜色执行对应的鼠标动作。红色控制鼠标移动,绿色和蓝色对应左右键。-Based on the OPENCV mouse analog control program. Performed according to the color of the target object corresponding to the mouse action. Red control mouse movement, green and blue correspond
test2
- 检测区域红色方框像素并提取中心点,并可以动态跟踪目标达到大约15帧秒的处理速度。-The red square pixel of the detection area and extract the center point, and can dynamically track the target to achieve the processing speed of about 15 seconds.
houghline
- 利用opencv库的霍夫变换实现图像中的直线提取并标记为红色-Opencv library Hough transform in image line extraction and marked in red
TrainLamp2013
- 1) PC软件系统架构:摄像机+USB图像采集卡+PC电脑+RS485模块 2) 嵌入式系统架构: 摄像机+嵌入式系统平台 3) 火车速度<=40KM/H 4) 实现轨道左侧的信号灯颜色检测,红,白,蓝三色 5) PC软件接收RS485的信号进行相应的显示并通过485发送当前信号灯颜色 6) 嵌入式系统接收RS485的信号进行相应的显示并通过485发送当前信号灯颜色 7) 测试环境:雨、雾、冰雪等天气的白天和夜晚环境下 目前在PC上进行了初步的算法实验,演示视频
ShenQiQQSnooker(V0.8)
- 方便准确,简单快速,适合无任何经验的斯诺克新手。绿色无病毒。直接显示红球和色球的运行轨迹,让您重拾对QQ桌球的信心。注意力量尽量小一点比较准确,将鼠标与球的边缘想切,不要太近也不要太远,画到外面的黑线不要着急,一会儿就没有了。-To facilitate accurate, simple and fast, no experience snooker novice. The green no virus. Direct red ball and chromosphere running trac
hs
- 扫描图像,根据图像中的像素,来确定是否是红色的,-Scanned image, based on the pixels in the image to determine whether it is red,
ex4_3
- 创建一个程序读入并显示一幅图像 a. 允许用户在图像中选择一个矩形区域,然后通过按住鼠标画一个矩形。当鼠标放开,高亮显示矩形框,注意,在内存中保留一个原始图像的副本,以防止修改图像时改变原始图像的数据。在下一次点击鼠标按键是,恢复图像并重新开始绘制矩形 b. 在另一个独立的窗口中,使用画图函数画一个图表,分别用蓝、绿和红色表示选中每种颜色的像素数量。这是选定区域的颜色直方图。x 坐标系表示像素值范围在0-31,32-63……,223-255,y 坐标表示在选定区域中对应像素的数量。对每
KALMANPI-TRACKING
- 在视频场景中检测到行人的存在,并用红色矩形框对行人进行跟踪-In the presence of a pedestrian is detected in the video scene, and with a red rectangle pedestrian tracking
check
- 对图像格式进行转换,转换为hsi格式,并找出红色区域。-Image format conversion, convert hsi format, and find the red zone.
ObjectTrackingUsingColor
- 偵測輸入影像中的特定顏色物體,預設為紅色球體-Detect a specific color input image objects, default is red sphere
opencv4.3
- 自主选择性的查看一幅图像中的部分区域的颜色直方图:允许用户在一幅图像中选择一个矩形区域,通过按住鼠标键画一个矩形,当鼠标放开是,高亮显示矩形框,同时在另一个独立的窗口中,使用画图函数画一个图表(选定区域的颜色直方图),分别用蓝,绿,红表示选中区域中每种颜色的像素数量。-Self-selective color in an image to view a partial area of the histogram: Allows the user to select a
adjusting-red-hls
- 基于hls的红色调试程序,主程序代码,在vs上运行,通过asdzxc键方便调节找到红色的hls值。-Based on Red debugger hls, the main program code running on vs, easy adjustment through asdzxc key found in red hls value.
circle the red object
- 可以识别出视频中的红色物体,并用方框标出,有非常细的注释,希望能为初学者提供帮助(You can identify the red object in the video and mark it with a box. There are very fine notes which could provide help for the beginners.)