Terrain Generalization with Line Integral Convolution

<strong>Terrain Generalization with Line Integral Convolution</strong> This archive contains the following supplementary materials for the following article: <em>Jenny, B. (2021). Terrain generalization with line integral convolution. Cartography and Geographic Information Science, 48:1, 78–92. DOI: 10.1080/15230406.2020.1833762</em> <strong>Elevation Model</strong>: a section of the NASADEM elevation model in Esri ASCII grid file format with a cell size of 30 m and projected to the CH1903/LV03 EPSG:21781 coordinate reference system. <strong>Expert Rankings</strong>: pair-wise rankings of experts. “Evaluation 1 Anonymized.xlsx” contains anonymized pair-wise rankings of five experts comparing seven generalization methods. “Evaluation 1 &amp; 2 Combined Anonymized.xlsx” contains anonymized pair-wise rankings of all 17 experts who compared four generalization methods. Hence, the first five rows in the second document are a subset of the rankings in the first document. <strong>Study Images</strong>: shaded relief images used for the expert study. This archive was prepared by Bernhard Jenny, Monash University, Melbourne, Australia, 26 September 2020, and is under Creative Commons Attribution 4.0 International.