首页> 外文OA文献 >AREA-STORAGE CAPACITY CURVE OF HISTORIC ARTIFICIAL WATER RESERVOIR OTTERGRUND, SLOVAKIA – ASSESSMENT OF THE HISTORICAL DATA WITH THE USE OF GIS TOOLS
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AREA-STORAGE CAPACITY CURVE OF HISTORIC ARTIFICIAL WATER RESERVOIR OTTERGRUND, SLOVAKIA – ASSESSMENT OF THE HISTORICAL DATA WITH THE USE OF GIS TOOLS

机译:历史人工水库Ottergrund,斯洛伐克的区域存储容量曲线 - 使用GIS工具评估历史数据

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摘要

The main goal of this work was to verify the historic data of historic artificial water reservoir Ottergrund, Banská Štiavnica district, which is inscribed in the UNESCO world heritage list. Main focus was set to area-storage capacity curve. There is historic map with the display of reservoir bottom contours and area-storage capacity curve in a paper format. These data were analysed and compared with the results of the calculation of area-storage capacity curve that was performed with the use of a new tool with named “ASC_Curve”, which is based on Python script. This tool utilizes ArcPy site package and it works with the TIN model of water reservoir bottom. In case of water reservoir Ottergrund we created the TIN model of the historic bottom; input data for the TIN model creation was the historic contour plan. The results of the analysis have shown that the storage capacity calculated with the use of the developed ASC_Curve tool is 97% of the volume mentioned in the historic map. Analysis has also show the minor mathematical errors in the calculations of the area-storage capacity data in historic contour plan. This tool can also be used also for the analysis of the current storage capacity conditions of the water reservoirs, if the surveying with echosounding equipment is performed to obtain the data to produce the TIN model of the water reservoir bottom.
机译:这项工作的主要目标是验证历史人工水库Ottergrund,斯内奇·斯蒂亚宫区的历史数据,该数据在联合国教科文组织世界遗产名录中铭刻。主要重点设置为区域存储容量曲线。有历史图,储存器底部轮廓和区域存储容量曲线的显示器呈现出纸张格式。分析这些数据并与使用使用命名为“ASC_CURVE”的新工具进行的区域存储容量曲线计算的结果进行了比较,这是基于Python脚本。该工具利用ArcPy Site Package,它适用于水库底部的TIN模型。在水库ottergrund的情况下,我们创建了历史底部的锡模型; TIN模型创建的输入数据是历史性的轮廓计划。分析结果表明,使用开发的ASC_Curve工具计算的存储容量是历史地图中提到的卷的97%。分析还显示了历史轮廓计划中区域存储容量数据计算中的次要数学误差。如果进行了利用过度设备的测量,则该工具也可以用于分析水库的电流存储容量条件,以获得数据以产生水库底部的锡模型。

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