山东林业科技2024,Vol.54Issue(1) :76-84.

利用Grasshopper编程快速计量景观空间全景绿视率的方法探讨——以济南市莱芜区红石公园环园路12处节点全景绿视率计量为例

Study on The Method of Rapid Calculation of Panoramic Green View Rate of Landscape Space by Grasshopper Programming——Take the Calculation of Panoramic Green View Rate at 12 Sampling Points of The Ring Road,Hongshi Park,Laiwu District,Jinan City as An Examp

王殿玺 张运德 郭青春 东莹 杨亮 赵慧 赵星
山东林业科技2024,Vol.54Issue(1) :76-84.

利用Grasshopper编程快速计量景观空间全景绿视率的方法探讨——以济南市莱芜区红石公园环园路12处节点全景绿视率计量为例

Study on The Method of Rapid Calculation of Panoramic Green View Rate of Landscape Space by Grasshopper Programming——Take the Calculation of Panoramic Green View Rate at 12 Sampling Points of The Ring Road,Hongshi Park,Laiwu District,Jinan City as An Examp

王殿玺 1张运德 2郭青春 3东莹 1杨亮 2赵慧 4赵星5
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作者信息

  • 1. 济南市公园发展服务中心,山东济南 250199
  • 2. 济南市园林绿化工程质量与安全中心,山东济南 250001
  • 3. 济南市林场,山东济南 250001
  • 4. 北京矩阵创视数字科技有限公司,北京 101199
  • 5. 泰安市徂徕山林场,山东泰安 271211
  • 折叠

摘要

绿视率是人眼视角下反映空间绿化效果的可视性指标,为城市绿化的建设与评估提供了新的指导方向.本研究选取济南市莱芜区红石公园环园路12处节点,拍摄场地周围景观全景图像,利用Grasshopper软件编制程序模块,对全景图像进行图像分割和解析,快速计算环园路12处采样点的全景绿视率,评估红石公园环园路不同景观节点的绿化质量,为寻求全景绿视率快速计量方法做一些有益的探索.

Abstract

The green visibility rate is a visual indicator that accurately reflects the effectiveness of spatial greening from the perspective of human eye.It provides a new direction for the construction and evaluation of urban greening.In this study,12 nodes along the ring road in Hongshi Park in Laiwu District of Jinan City were selected.Panoramic images around the site were captured and Grasshopper software was used to develop program modules to identify and analyze these images.The panoramic green visibility rates at these 12 sampling points along the ring road were quickly calculated to evaluate the quality of greening at different landscape nodes in Hongshi Park.This study aims to explore some useful methods for rapid measurement of panoramic green visibility rates.

关键词

全景影像/全景绿视率/图像分割/Grasshopper编程/快速计量

Key words

panoramic image/panoramic green view rate/image segmentation/grasshopper programming/quick calculation

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出版年

2024
山东林业科技
山东省林科院 山东林学会

山东林业科技

影响因子:0.298
ISSN:1002-2724
参考文献量8
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