#Pointcloudmodel

[topostudio]

What is the imprint of topographic design? The design by George Descombes, started in the early 2000s and completed in 2015, demonstrates a site-specific approach that prompts a reflexion on the human-made artificiality and the natural flow of events. In this figure, a Relative Elevation Model (REM) based on a plane at river height was derived from the topographic lidar survey of 2019. The result highlights the microtopography around the river, in particular the rhombus tesselation eroded by the water flow. Source: schweizerkulturpreise.ch 3D Model: https://skfb.ly/oCEKH Data: Lidar 2019 by Swisstopo

[cresire]

Looking for Point Cloud Modeling services in US, Uk, Canada, Sweden? Your search ends here. Cresire offers the best Point cloud to 3D model services at an affordable price. We take the scanned data from you and help you with Point Cloud Modeling. Scan to BIM Services is quite useful for renovation projects. For more details, email us today at enquires@cresireconsulting.com or visit https://bit.ly/3fU5bz2

[siliconengineers]

Silicon Valley Infomedia Ltd - www.siliconinfo.com offers quality point cloud to #BIM services which is second to none, giving you an assortment of #CAD Engineering and including the master Point Cloud BIM services. There are fewer organizations that are giving the #PointCloud BIM Service and we are glad to be one of those organizations.

For more info: Website: https://bit.ly/399OvOv Inquiry: https://bit.ly/2GXWr9o Contact: + 44-208-819-5832 / + 1 - 763-270-8285

[teslaoutsourcingservices]

Point Cloud to BIM - A Helping Hand in Restoring Historic Buildings

Point Cloud to BIM is a revolutionary method for the construction industry as far as the restoration of historic structures goes. The reconstruction of historic structures using laser scanning data not only enables a new level of design workflow as well as coordination and communication between all project stakeholders but is also quick and precise.

Read more here:- https://www.teslaoutsourcingservices.com/blog/point-cloud-to-bim-a-helping-hand-in-restoring-historic-buildings/

#pointclouddata #laserscans #laserscanningdata #pointcloudtobim #scantobim #pointcloudmodelling #pointcloudtobimservices #refurbishment #renovation #infrastructure #teslaoutsourcingservices

[sukhchain1978]

#Buildingscan or surface scan in construction is a non-destructive reality capture technique. #TejjyInc. has expertise in facilitating scan to BIM services for design build firms, AEC professionals, contractors and  surveyors.To Know More: https://www.tejjy.com/our-services/bim-3d-model/scan-to-bim/#PointCloudModeling #BIM #3DLaserScanning

[topostudio]

Vegetable fields in the high plains of Madagascar are recognizable by their longitudinal shape surrounded by irrigation channels. This morphology of terrain makes it possible to irrigate the clay soils without submerging the vegetables, which cannot withstand flooding. Course: Digital Design Methods 3, MScLA, ETH Zurich. Location: -18.887, 47.445, colored by height 1247.8 - 1248.8 m AMSL.

[topostudio]

This course at the ETH Zurich in Spring Semester 2023 builds on a long standing specialization in the spatial exploration of the landscape. It will embark students in architecture and engeneering on a terrain to be shaped by their own thoughts and actions, adopting different perceptual perspectives on familiar environments. The course gives the students the opportunity to learn how to use laser-scanning technology and acustic recording in order to analyze complex urban landscapes, interact with their qualities, and represent the characteristics of intertwined spaces.

Course Introduction : 23 February HIL H40.9 NSL Foyer Final Presentations : 11 May HIL H40.9 NSL Foyer

[topostudio]

Hypothetical flooding scenarios are tested in the polders adjacent to the Anosizato district. The simulations use high resultion lidar data converted into 50cm grid depth maps to be computed with Caddies. The brown color indicates streamlines along which water would be likely to flow according to the watershed simulation in QGIS, drawing meanders through the rice fields.

[topostudio]

The polder “Ankazotoho Anosimahavelona” is entirely closed by a dike ring, bordering the Ikopa River in the north and the old river arm in the south. The excess water from the entire polder is released into the river through an opening about 70 cm wide and 90 cm high.

[topostudio]

Like other polders along the Ikopa river, the polder “Ambaniala” has an opening that is located where the polder touches the river in its lowest part. A sluice gate controlled by APIPA manages the water, sometimes allowing river water to enter the polder, and sometimes to evacuate excess rain water. The opening is about 70 cm x 90 cm large.

[topostudio]

Werdhölzli is the wastewater treatment plant of the city of Zurich and is the largest wastewater treatment plant in Switzerland. The water passes through mechanical purification (1), biological purification (2), chemical purification (3), ozonation (4), filtration (5) and is finally discharged into the Limmat River through outlet structures. Underground tanks (6) increase the retension capacity. The terrain points in the digital model are colored by elevation (394-399 m AMSL) and cropped above 399 m.

Explore the 3D model: https://skfb.ly/o6KnH

[topostudio]

The Swiss Highway A9 evolving along the lake of Geneva is one of the most scenic roads in Switzerland. In this model, the geometry has been segmented between 580 and 640 m of altitude, with cuts emphasized by 5 m wide strips. It shows the constructive prowess of engineers who designed this segment in the 1970s, which despite its extreme artificiality has a soft and sinuous shape to allow mobility through difficult topography.

[topostudio]

The point cloud model represents an arch dam built in the Verzasca Valley between 1961 and 1965. The points, segmented above 500m AMSL, were measured with two-digit precision using airborne LiDAR in 2020 by Swisstopo. Some modeling disassembly and reassembly of the point cloud model was made to selectively filter and color the points. The model reveals fascinating landscape details such as the former road and bridge that sometime reappear from the lake's waters.

View 3D model: https://skfb.ly/on9yx

[topostudio]

The lignite in the open-pit mine Inden, North Rhine-Westphalia, is extracted with bucket-wheel excavators (1). The conveyor belts (2) transport residue material to stockpiles (3) and the lignite uphill to the Weisweiler coal power plant (4). The diverted section of the Inde River runs around the mine as a reclaimed landscape (5). The open lidar data was subsampled, segmented, colored by height, type and slope. The point cloud model, visualized here in axonometry, is available for 3D view/download in the link.

Data: https://www.geoportal.nrw/ Model: https://sketchfab.com/prwurech/models