ccQMap.com

After starting the software, if you want to change the user, you can start the " Change User " dialog box to change the user without reinstalling the software. Now according to the software function interface, the introduction is as follows: 1. Start Change User Click the " Change User " button on the toolbar, or the " Change User " entry under " Help " in the main menu to open the dialog box. 2. Enter Username and Password Enter the username and password in the " Username " and " Password " edit boxes, respectively. This username and password are the same as the username and password to access our website. Enter the same version of the authorization code in the " Authorization code " edit box. Click the "OK" button to complete the change user operation. Back to www.ccqmap.com

QMap - 变更用户

在启动软件后，如果想变更用户，可启动“变更用户”对话框，更换使用者，无需重新安装软件。现按软件功能界面介绍如下： 1. 启动变更用户点击工具栏上的“ 变更用户 ”按钮，或者主菜单的“ 帮助 ”下的“ 变更用户 ”条目，打开对话框。 2. 输入用户名和密码在“ 用户名 ”和“ 密码 ”编辑框内分别输入用户名和密码。该用户名和密码与进入我们网站的用户名和密码相同。在“ 授权码 ”编辑框内输入相同版本的授权码。点击“ 确定 ”按钮，完成变更用户操作。返回 www.ccqmap.com

QMap - Revoke installation authorization

Each user has its own user name, password, authorization code for the corresponding version, authorization end date, and number of installations. Under the circumstance that the number of installed machines is limited, the method of " Revoke installation authorization " can be used to recover the authorization on one computer, and then reinstall it on an unauthorized computer, so as to achieve the purpose of flexible installation. Now according to the software function interface, the introduction is as follows: 1. Start revocation of installation authorization Click the " Revoke installation authorization " button on the toolbar, or the "Revoke installation authorization" entry under " Help " in the main menu to open the dialog box. 2. Enter Username and Password Enter the username and password in the " Username " and " Password " edit boxes, respectively. This username and password are the same as the username and pas...

QMap - 收回安装授权

每个用户都有自己的用户名、密码、对应版本的授权码、授权结束日期和装机数。在装机数受限制的情况下，可通过“ 收回安装授权 ”的方法，将一台计算机上的授权收回，然后在一台未授权的计算机上重新安装，达到了灵活安装的目的。现按软件功能界面介绍如下： 1. 启动收回安装授权点击工具栏上的“ 收回安装授权 ”按钮，或者主菜单的“ 帮助 ”下的“ 收回安装授权 ”条目，打开对话框。 2. 输入用户名和密码在“ 用户名 ”和“ 密码 ”编辑框内分别输入用户名和密码。该用户名和密码与进入我们网站的用户名和密码相同。 3. 激活状态和相关信息打开对话框后，可见以下信息：激活状态，软件已安装数，授权安装数，授权结束日。如果“ 激活状态 ”已被选中，则当前软件本机安装有效。 4. 收回安装授权点击“ 激活状态 ”选项，使其未选中，输入用户名和密码，点击“ 确定 ”按钮，完成收回安装授权。返回 www.ccqmap.com

QMap - Resize

Image resizing is the overall scaling of an image to suit different applications. Now according to the software function interface, the introduction is as follows: 1. Select image Right-click on the image to select the image. At the same time, the original size (width and height) of the image is rendered in the edit box. 2. Bound ratio By default, select " Bound ratio ", modify the width of the edit box, the corresponding height will be changed according to the aspect ratio of the original image, and vice versa. The image can also be changed out of proportion, resulting in distortion. 3. Process Click the " Process " button to process. To restore the original image, click the " Restore " button (Ctrl+Z) on the toolbar. Back to www.ccqmap.com

QMap - 调整大小

图像调整大小是对图像的整体缩放，以适应不同的应用。现按软件功能界面介绍如下： 1. 选择图像在图像上点击鼠标右键，选中图像。同时，图像的原始大小（宽与高）呈现在编辑框中。 2. 约束比例默认时，选择“ 约束比例 ”，修改编辑框中的宽，对应的高会按原图像的宽高比率进行变化，反之也然。图像也可不按比率变化，就会产生变形。 3. 处理点击“ 处理 ”按钮进行处理。如要恢复原图像，可点击工具栏上“ 恢复 ”按钮（Ctrl+Z）。返回 www.ccqmap.com

QMap - Rotate and flip

Image rotation and flipping are the most basic operations. This unit groups frequently used functions together for easy operation. Now according to the software function interface, the introduction is as follows: 1. S elect image Right-click on the image to select the image. 2. Common Functions a) Rotate 90 degrees clockwise. b) Rotate 90 degrees counterclockwise. c) Flip the image horizontally. d) Flip the image vertically . e) Rotate at any angle, the default is 1 degree clockwise. 3. Process Click the " Process " button to process. To restore the original image, click the " Restore " button (Ctrl+Z) on the toolbar. Back to www.ccqmap.com

QMap - 旋转与翻转

图像的旋转与翻转是最基本的操作。本单元将常用的功能组合在一起，便于操作。现按软件功能界面介绍如下： 1. 选择图像在图像上点击鼠标右键，选中图像。 2. 常用功能 a) 按顺时针旋转90度。 b) 按逆时针旋转90度。 c) 将图像水平翻转。 d) 将图像垂直翻转。 e) 按任意角度旋转，默认时为按顺时针旋转1度。 3. 处理点击“ 处理 ”按钮进行处理。如要恢复原图像，可点击工具栏上“ 恢复 ”按钮（Ctrl+Z）。返回 www.ccqmap.com

QMap - Channel exchange

Channel exchange is mainly used in remote sensing photo processing. Since images of different bands can be stored in each channel, different rendering effects can be obtained by channel transformation. Now according to the software function interface, the introduction is as follows: 1. Exchange method There are three exchange methods, namely " Red-Green " channel exchange, " Red-Blue " channel exchange, and " Blue-Green " channel exchange. 2. T est and Process Click the " Test " button to quickly view the image results. Click the " Process " button to complete the processing operation. Back to www.ccqmap.com

QMap - 通道交换

通道交换主要应用在遥感相片处理中。由于各通道中可存放不同波段的图像，因此，通道变换可以得到不同的呈现效果。现按软件功能界面介绍如下： 1. 交换方式有三种交换方式，即 “ 红-绿 ” 通道交换，“ 红-蓝 ”通道交换，“ 蓝-绿 ”通道交换。 2. 试验与处理点击“ 试验 ”按钮，快速查看图像结果。点击“ 处理 ”按钮，完成处理操作。返回 www.ccqmap.com

QMap - Grayscale, reverse, monochrome

Grayscale, inversion, and conversion of color images into monochrome images are basic operations in image processing. However, different conversion methods are used when the image is grayed, and the results obtained are quite different. This unit combines grayscale, inversion and monochromatic images for easy comparison and manipulation. Now according to the software function interface, the introduction is as follows: 1. Grayscale (Mean method) The red, green and blue (RGB) values of each pixel in the image are summed and averaged, that is, R=G=B=(R+G+B)/3. 2. Grayscale (YUV R3G6B method) The red, green and blue (RGB) values of each pixel in the image are obtained by the following formula, that is, R=G=B= 0.299R+0.587G+0.114B. 3. Grayscale (OpenCV R2G7B method) The red, green and blue (RGB) values of each pixel in the image are obtained by the following formula, namely R=G=B= 0.213R+0.715G+0.07B. 4. Grayscale (Maximum method) ...

QMap - 灰度化，反转，单色

将彩色图像灰度化，反转，以及转换成单色图像，是图像处理中基本的操作。而图像灰度化时采用不同的转换法，得到的效果有较大的差别。本单元将图像灰度化，反转和单色化组合在一起，便于比较与操作。现按软件功能界面介绍如下： 1. 灰度化（均值法）将图像中每个像素的红绿蓝（RGB）值求和后平均，即 R=G=B=（R+G+B）/ 3。 2. 灰度化（YUV R3G6B法）将图像中每个像素的红绿蓝（RGB）值按如下公式求得，即 R=G=B= 0.299R+0.587G+0.114B。 3. 灰度化（OpenCV R2G7B法）将图像中每个像素的红绿蓝（RGB）值按如下公式求得，即 R=G=B= 0.213R+0.715G+0.07B。 4. 灰度化（最大值法）将图像中每个像素的红绿蓝（RGB）值按如下公式求得，即 R=G=B= Max（R，G，B）。 5. 反转变换将图像中每个像素的红绿蓝（RGB）值按如下公式求得，即 R=255-R, G=255-G, B=255-B。 6. 单色变换将彩色图像转换成黑白二色图像，关键是怎样取阈值。默认阈值是128。为了得到每幅图像的最佳阈值，可点击“ 获取单色阈值 ”按钮，便在编辑框中显示出来。 7. 试验与处理点击“ 试验 ”按钮，快速查看图像结果。点击“ 处理 ”按钮，完成处理操作。返回 www.ccqmap.com

QMap - Sharpen and smooth

Both sharpening and smoothing are common methods of image processing. Since we have adopted the method of separately processing the three channels of red, green and blue, better results can be obtained. At the same time, sharpening and smoothing are combined in one unit for easy operation. Now according to the software function interface, the introduction is as follows: 1. Sharpen and smooth selection By default, the Sharpen process is selected. There are three algorithms to choose from. When " Smooth " is selected, there are also three algorithms to choose from. Choose different algorithms to experiment to achieve the best processing effect. 2. Red, green and blue channel selection By default, both red, green and blue channels are selected. When the channel is not selected, if " Shield unselected channels " is selected, the color data of this channel will be set to 0, otherwise it will remain the same. " Shield un...

QMap - 锐化与平滑

锐化与平滑都是图像处理的常用方法。由于我们采取了红绿蓝三通道分别处理的方法，所以，可得到更好的效果。同时，将锐化与平滑合并在一个单元内，便于操作。现按软件功能界面介绍如下： 1. 锐化与平滑的选择默认时，选择“ 锐化 ”处理。有三种算法可供选择。选择“ 平滑 ”时，也有三种算法可供选择。选择不同的算法进行试验，以达到最佳的处理效果。 2. 红绿蓝通道选择默认时，红绿蓝通道均被选中。当通道未被选中时，如果“ 屏蔽未被通道 ”被选中，则该通道的颜色数据被置0，反之保持原状。“屏蔽未被通道”默认时未被选中。 3. 强度选择处理中通过增加“ 强度 ”系数，可以一次性加强或减弱效果。默认为1，可调节范围为（-20，20）。 4. 试验与处理在选定参数后，点击“ 试验 ”按钮快速查看效果，满意后点击“ 处理 ”按钮，完成处理。返回 www.ccqmap.com

QMap - Brightness and Contrast

Adjusting the brightness and contrast of an image is the basic function of image processing. Since we have adopted the method of separately processing the three channels of red, green and blue, the processing effect can be better. Now according to the software function interface, the introduction is as follows: 1. Red, green and blue channel selection By default, both red, green and blue channels are selected. When a channel is not selected, its color data remains as it is. 2. Brightness and Contrast Selection By default, " Brightness " processing is selected. Switch to " Contrast " processing via the circular button. 3. Test and Process After selecting the channel and adjusting the slider of brightness or contrast, click the " Test " button to quickly check the effect, and click the " Process " button to complete the processing when you are satisfied. Back to www.ccqmap.com

QMap - 亮度与对比度

调整图像的亮度与对比度是图像处理的基本功能。由于我们采取了红绿蓝三通道分别处理的方法，所以，可以使处理效果更好。现按软件功能界面介绍如下： 1. 红绿蓝通道选择默认时，红绿蓝通道均被选中。当通道未被选中时，其颜色数据保持原状。 2. 亮度与对比度的选择默认时选择“ 亮度 ”处理。通过圆形按钮可切换至“ 对比度 ”处理。 3. 试验与处理在选择好通道，调整亮度或对比度的滑块后，点击“ 试验 ”按钮快速查看效果，满意后点击“ 处理 ”按钮，完成处理。返回 www.ccqmap.com

QMap - 3D display

Taking the color value of the plane image as the relative height in the three-dimensional view, rotating the vertical Y axis by a certain angle, adjusting the corresponding parameters, and simulating the three-dimensional display, the simulation effect can be achieved. A lot of useful information should not be found on the plane map, but it is clearly visible in the three-dimensional map, which is a good method for visual judgment. Now according to the software function interface, the introduction is as follows: 1. S elect image Right-click on the image, select the image, and the image name is displayed in the edit box. 2. Pad selection On the three-dimensional display image, a certain pad is left around to draw a three-dimensional image, which can achieve a better three-dimensional effect. By default, the Top pad is 10 and the rest are 5. 3. Channel selection By default, the red, green and blue channels are all involved in the calculation...

QMap - 三维显示

将平面图像的颜色值作为三维视图中的相对高度，纵向Y轴旋转一定的角度，调整相应参数，模拟三维显示，可以达到仿真的效果。许多有用信息在平面图上不宜发现，而在三维图中却清晰可见，是一种用视觉判断的好方法。现按软件功能界面介绍如下： 1. 选择图像在图像上点击鼠标右键，选中图像，图像名显示在编辑框中。 2. 边距选择在三维显示的图像上，四周留出一定的边距，绘制立体图像，可达到较好的立体效果。默认时，上边距为10，其余均为5。 3. 通道选择默认时，红绿蓝通道均参与运算。当通道被屏蔽时，数据被置0； 4. Y轴向右旋转角度通过改变该角度，可改变三维视图的视角。默认为70度。 5. Y轴缩短比例调整该比例可使视图更合理。默认为1.2。 6. 信息高最大值在按比例显示像素颜色时，限定像素颜色最大值的显示最大高度，其它颜色就按比例呈现了。默认值为30。 7. 信息柱形显示在默认时，每个像素的颜色以不同的高度显示出来。而在选择“ 信息柱形显示 ”时，颜色高度以柱形颜色替换，达到不同的显示效果。 8. 信息单色化选择“ 信息单色化 ”显示时，图像中的各种颜色以一种颜色替换，只是显示的高度值随颜色值的大小而变。点击颜色选择按钮，改变不同替换色。 9. 凹凸反转选择在 “ 信息单色化 ”显示时，每个像素颜色的高度与颜色值的大小成正比，如选择“ 凹凸反转 ”，则每个像素颜色的高度与颜色值的大小成反比。默认时，不选择“ 凹凸反转 ”。 10. 点击“ 转换 ”按钮，开始处理与显示 11. 保存与载入方案点击“ 保存方案 ”按钮，可将本单元中的参数保存到文件，需要时通过“ 载入方案 ”恢复处理中的参数。返回 www.ccqmap.com

QMap - Edge detect and thin

This unit combines image monochromatic, edge detection, thinning processing, etc. to form a fast and effective thinning processing method. This provides a good one-shot method for image-to-graphics conversion. It brings convenience to the conversion and connection of remote sensing images to geographic information system (GIS). Change the combination parameters to achieve the best processing effect. Now according to the software function interface, the introduction is as follows: 1. Select image Right-click on the image to display the image name in the edit box. 2. Preprocess to monochrome image By default, "Preprocess to monochrome image" is selected. Before edge detection and thinning, color images are generally converted into binary monochrome images. When converting a color image to a binary image, the selection of the threshold determines the final processing accuracy. The default threshold is 128, which can be change...

QMap - 边缘检测与细化

本单元将图像单色化、边缘检测、细化处理等组合起来，形成快速有效的细化处理手段。这对于图像到图形的转换提供了一个一次性处理的好方法。给遥感图像到地理信息系统（GIS）的转换连接带来了方便。改变组合参数，可达到最佳处理效果。现按软件功能界面介绍如下： 1. 选择图像在图像上点击鼠标右键，显示图像名在编辑框内。 2. 预处理为单色图像默认时为选中“预处理为单色图像”。在边缘检测与细化处理前，一般都将彩色图像转变为二值单色图像。彩色图像转二值图像时，阈值的选择决定最终的处理精度。默认的阈值为128，可手动改变，也可点击“获取单色阈值”按钮，得到选中图像的最佳阈值。 3. 边缘检测算法选择具体算法列出如下：罗伯特、拉普拉斯4，拉普拉斯8、索贝尔、基尔希、平滑、右下、普雷维特、罗宾逊。 4. 红绿蓝通道选择当图像为彩色时，可屏蔽某通道。被屏蔽通道有两种中选择，即选中“未选通道色置0”，将该通道的图像数据设置为0，相反，保持图像数据不变。 5. 线性细化处理细化处理的目的是将图形进行单连通处理，为图像中的点阵图形转化成矢量做准备。默认为选中“ 线性细化处理 ”。当处理完后，继续点击“处理”按钮，会循环处理该图像。点击“恢复原图”可恢复原始图像。 6. 保存与载入方案点击“保存方案”按钮，可将本单元中的参数保存到文件，需要时通过“载入方案”恢复处理中的参数。返回 www.ccqmap.com

QMap - Splice merge

October 21, 2022

Through image segmentation, many sub-images are obtained, and they can be merged again after being processed separately. At the same time, other pictures can be displayed together, and the "position X" and "position Y" of each image can be adjusted to change the display point. Click the preview image with the left mouse button to see the relationship between the images. Now according to the software function interface, the introduction is as follows: 1. Load image Click the " Load Imgs " button to select multiple images to display and edit in the list box. If the image file name conforms to the naming rules when we split the image, the coordinates will be automatically calculated to determine the display position in the merged image. 2. L ist box editing When the image in the list box is displayed, if the values of " SiteX " and " Site Y " are the same, the back image will cover the front image. You can click the "▲...

QMap - 拼接合并

October 21, 2022

通过图像分割，得到许多子图像，分别处理后可再次将他们合并。同时，还可将其它图片汇总一起显示，调整各图像的“位置X”和“位置Y”，改变显示点。用鼠标左键点击预览图像，查看各图像之间的关系。现按软件功能界面介绍如下： 1. 载入图像点击“ 载入图像”按钮，选择多个图像，在列表框中显示与编辑。如果图像文件名符合我们分割图像时的命名规则，则会自动算出坐标，确定在合并图像中的显示位置。 2. 列表框编辑列表框中的图像显示时，如果“ 位置X ”和“ 位置Y ”的值相同，则后图像覆盖前图像，可点击“▲”或“▲”按钮，改变图像在列表框中的位置，避免被覆盖。用鼠标左键双击“位置X”和“位置Y”下的值，可编辑后更新，改变子图像在合并大图像上的显示位置。 3. 合并显示点击“ 合并显示”按钮，将列表框中的图像按“位置X”和“位置Y”显示排列在预览图中，同时，新建窗口显示合并总图。 4. 查看分割情况用鼠标左键点击预览图，则鼠标点击下的对应分割图像便在新窗口中显示出来。 5. 对GMap格式图像的支持 GMap格式是本软件独创的文件格式，它支持本软件几何纠正后带有大地坐标的图像。当选择“GMap格式”时，所有GMap格式图像按大地坐标排列，而其它图像按列表坐标排列。默认时不选择GMap格式。 6. 保存或载入列表通过调整合并图像的列表，得到了各种匹配关系。点击“保存列表”按钮，可将列表框中的数据保存到文件，需要时通过“载入列表”恢复列表。返回 www.ccqmap.com

QMap - Image Split

It is sometimes useful to divide an image into many smaller images on a regular basis. Especially for many large images, the processing efficiency is low, so image segmentation is still necessary. This unit provides two ways of dividing by row and column or by width and height, and can set the left and right upper and lower margins. The naming method of the divided sub-images can also be selected, which is beneficial to management, merging and restoration. The main use of segmentation is for printing and advertising. Now according to the software function interface, the introduction is as follows: 1. Choose main image name Click the right mouse button on the image, select the main image, and the image name will be displayed in the corresponding edit box. The suffix of the main image name is removed as the sub-image name, and all sub-images after segmentation start with this name, and a regular string is appended to form a complete image name. The default ...

QMap - 图像分割

将一图像按一定的规律分成许多小图像有时很有用。特别是针对许多超大图像，处理起来效率低，所以，图像分割还是有必要的。本单元在分割时提供了按行列或按宽高两种方式，并可设置左右上下边距。分割后的子图像取名方式也可选择，有利于管理、合并和恢复。分割的主要用途为打印，广告发布。现按软件功能界面介绍如下： 1. 选择主图像名在图像上点击鼠标右键，选择为主图像，图像名显示在对应编辑框内。去掉主图像名的后缀作为子图像名，分割后的所有子图像均以此名开始，附加有规则的字符串，构成完整的图像名。默认的子图像名可以在编辑框中修改。 2. 按行列或宽高分割图像默认时按2行2列分割图像。通过选择圆形按钮切换分割方式。 3. 边距与缩进 “ 边距与缩进”是指在主图像上的边框周围留出一段边距，然后再进行分割图像。默认状态下，“ 边距与缩进 ”值均为0。 4. 子图像命名方式完整的子图像名由三部分组成： 1) 子图像名：从主图像文件名去除后缀名得到，也可自定义名称。 2) 坐标特征表达字符串：指明子图像在主图像中的坐标位置。确定是（X，Y）还是（Y，X）坐标方式，默认为“ （Y，X）坐标表达方式 ”。再确定坐标的含义是子图像在主图像里的位置还是序号值，默认为“ 序号作为文件名一部分 ”。 3) 坐标的具体值：对应“坐标特征表达字符串”的含义，给出每一幅子图像的数值。 5. 子图像命名方式举例 a) 有4幅子图像名，如：24__SYX__0__0.jpg，24__SYX__0__1.jpg，24__SYX__1__0.jpg，24__SYX__1__1.jpg。可知这些是由主图像名为24.jpg分割得到的图像。“ S ”代表坐标是序号，“ YX ”代表坐标按（Y，X）存放，最后两个值如“ 1__0 ”代表子图像在主图像中的序号坐标值为 X=0, Y=1 。 b) 有4幅子图像名，如： 24__LXY__0__...

QMap - Image crop and paste

Use the "Region edit" function to draw an area on the image. By "Copy" or "Cut", the image in the region is put into the clipboard, and the "Paste" function is used to overlay and display the target image at any position, which is very convenient to operate. In addition, you can also press the "New" button on the toolbar to automatically create a new image according to the size of the region in the clipboard, which is convenient for processing and saving. Now according to the software function interface, the introduction is as follows: 1. Draw the region Click the "Region edit" button on the toolbar to select each graph for region drawing. 2. Copy or Cut Press the shortcut key "Ctrl+C" to copy the image in the region to the clipboard. Press the shortcut key "Ctrl+X" to cut the image in the region to the clipboard. 3. Paste On the target image, click the selected position with the left mouse b...

QMap - 图像裁剪与粘贴