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请求 #1
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您好。感谢您对论文的兴趣。Fig.6是论文的边界精度评价图,取示例图像的1/4,也就是256*256大小。先对预测的建筑物区域提取结果和真值做边缘检测生成边界,然后进行精度评价就可以生成这种精度评价图。可以用matlab的imoverlay函数实现图像叠加生成彩色图,也可以利用python写。可视化的效果看图片显示要不要稍微用形态学加粗一下。如果还有疑问,欢迎随时联系~
YUHsss ***@***.***> 于2022年7月22日周五 23:41写道:
… 作者您好,
像您的论文中Fig.6这样的只包含边界的预测图是怎样生成的呢?请问方便公布代码吗或者大致说一下流程。
非常感谢!
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谢谢您的回复---- 回复的原邮件 ***@***.***>发送日期2022年08月07日 21:06 ***@***.***> ***@***.******@***.***>主题Re: [MrChen18/CGSANet] 请求 (Issue #1)
您好。感谢您对论文的兴趣。Fig.6是论文的边界精度评价图,取示例图像的1/4,也就是256*256大小。先对预测的建筑物区域提取结果和真值做边缘检测生成边界,然后进行精度评价就可以生成这种精度评价图。可以用matlab的imoverlay函数实现图像叠加生成彩色图,也可以利用python写。可视化的效果看图片显示要不要稍微用形态学加粗一下。如果还有疑问,欢迎随时联系~
YUHsss ***@***.***> 于2022年7月22日周五 23:41写道:
作者您好,
像您的论文中Fig.6这样的只包含边界的预测图是怎样生成的呢?请问方便公布代码吗或者大致说一下流程。
非常感谢!
—
Reply to this email directly, view it on GitHub
<#1>, or unsubscribe
<https://github.com/notifications/unsubscribe-auth/AFLFTFAYWZTPWW5OKEZRMKLVVK6LPANCNFSM54L7UMRQ>
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作者您好,
像您的论文中Fig.6这样的只包含边界的预测图是怎样生成的呢?请问方便公布代码吗或者大致说一下流程。
非常感谢!
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