Towards a framework for point-cloud-based visual analysis of historic gardens: Jichang Garden as a case study

Historic gardens, regarded as a significant genre of cultural heritage, encapsulate the enduring essence of bygone eras while concurrently transcending temporal boundaries to resonate with the present and future. These gardens provide us vitality and inspiration, holding a collective repository of human memory and serving as a testament to our...

Towards a Practical Method for Voxel-based Visibility Analysis with Point Cloud Data for Landscape Architects: Jichang Garden (Wuxi, China) as an Example

This paper focuses on GIS-based visibility analysis to explore landscape architecture com-positions as a means to understand visual-spatial characteristics and identify related design principles. More specifically, the paper elaborates a practical method to employ high-resolution data acquired by terrestrial LiDAR (Light Detection and Ranging or...

Generalisation of a 1:10k map from municipal data

This paper reports about the feasibility study carried out by the Dutch Kadaster to automatically generalise the largest scale topographical data set maintained by the Kadaster (i.e. TOP10NL) from the 1:1k topographical object oriented data set, which is currently being collected and structured by organisations that need to maintain public space...

Generalisation of 1:50k roads centrelines from 1:10k road polygons in an automated workflow

This paper reports about on going developments in the map production process of the Dutch Kadaster (who also hold the mapping agency). In March 2013, the Dutch Kadaster will produce the 1:50k map series fully automatically from 1:10k data for the first time. From that moment on, this new product will replace the existing 1:50k map. It is the...

Automatische generalisatie voor nieuwe BRT-productielijn Kadaster

In Geo-Info 2012-2 (blz. 6-10) beschreven wij hoe het Kadaster onderzoek doet naar de toepassing van automatische generalisatie voor de nieuwe productielijn van topografische kaarten (in eerste instantie op schaal 1:50.000 en 1:100.000). De resultaten zijn veelbelovend, zoals te zien is op deze pagina’s. Hiernaast staat een 1:50.000 kaart...

Automatische generalisatie voor nieuwe productielijn Kadaster

Op dit moment worden de topografische producten van het Kadaster op schaal 1:10.000, 1:50.000, 1:100.000 en 1:250.000 - die te samen de Basisregistratie Topografie (BRT) vormen - apart van elkaar geproduceerd en beheerd. Kartografen werken de producten op schaal 1:50.000 en kleiner bij op basis van het 1:10.000 product (TOP10NL) volgens...

Feasibility study on an automated generalisation production in line for multiscale topographic products

Automated generalisation of land cover data in a planar topographic map