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[dxf] and [geotiff] of underground structures underneath Karlskirche, Vienna Austria; source laserscan Riegl please contact lukas.stampfer@tuwien.ac.at for access [geotiff] exported from Riegl RiScan from terrestrial laserscans [dxf] exported from Rhino3D; transformation applied using grasshopper coordinate system MGI/Austria East EPSG31256

all materials for plans scale 1:100 based on various digital models from Karlskirche, Vienna Austria; primary source laserscan Riegl & TU Wien supplemented with 3D mesh model Meixner ZT GmbH; please contact lukas.stampfer@tuwien.ac.at for access base material pointcloud octree filtered 0.01m; drawn in Rhino 3D (version7); post-editing in Adobe Illustrator; Ortho-images of elevations and floors from Riegl RiScan; shadows renderend with Vray witin Rhino 3D; dwg exported from Rhino 3D all plans in Rhino within project coordinate system - transformation matrix to global coordinate system WGS84_EPSG 4978 attached;

plans scale 1:100 based on various digital models from Karlskirche, Vienna Austria; primary source laserscan Riegl & TU Wien supplemented with 3D mesh model Meixner ZT GmbH; please contact lukas.stampfer@tuwien.ac.at for access base material pointcloud octree filtered 0.01m; drawn in Rhino 3D (version7); post-editing in Adobe Illustrator; Ortho-images of elevations and floors from Riegl RiScan; shadows renderend with Vray witin Rhino 3D converted to pdf/A

developed view of the eastern half of the cupola of Karlskirche, Vienna Austria;processed in preperation for attaching coloring to physical model of Karlskirche please contact lukas.stampfer@tuwien.ac.at for access base dataset mesh from Meixner ZT GmbH;unrolled using point sampling and unroll command within CloudCompare;reprojected onto nurbs geometry of cupola provided by Verein der Freunde der Karlskirche;  due to the abstract nature of the nurbs model for reprojection and the model being based on historic plans, there is distortion and imperfect matching

tiled gigapixel Panorama from the top of the cupola of Karlskirche, Vienna Austria; online viewer available heretiled gigapixel Panorama of the choir space of Karlskirche, Vienna Austria; online viewer available here please contact lukas.stampfer@tuwien.ac.at for access photos taken with panorama head adjusted to nodal point of camera; processed to gigapixel panorama using PTGui

developed view of the two triumphal pillars of Karlskirche, Vienna Austria;first version with cylindrical unrolling of the whole pillar with one vertical cut;second version with unrolling the iconography in one continous ribbon; please contact lukas.stampfer@tuwien.ac.at for access numerical value in file name represents the horizontal image width in meters to scale;due to unrolling the horizontal direction is distorted, only the vertical direction is in scale base dataset mesh from Meixner ZT GmbH; unrolled using point sampling and unroll command within CloudCompare;continous ribbon aligned using adobe photoshop; 

Data set from Baumann et al. (subm.) "Austrian grumpiness ambivalently relates to negative and positive emotions in ironic contexts" Abstract: We present a quantitative analysis of grumpiness as expressed in Austrian German text data. Based on a sample of annotated texts, we analyze to what extent grumpiness relates to emotional properties and stylistic features. We show that grumpiness is mostly related to emotional configurations characteristic of anger but that grumpiness can alternatively signal positive emotions in ironic contexts. As a side result, we demonstrate that grumpiness is associated with a verbal writing style.

mesh model interior and exterior created by laserscan and photogrammetry please contact lukas.stampfer@tuwien.ac.at for access captured with Zoller Fröhlich Imager 5010C with HDR 80mpx camera; processed within local coordinate system; supplemented with photogrammetry using calibrated camera (undefined model) and 12mpx UAV camera; matched with Riegl (Riegl LMS & TU Wien) dataset using point sampling and ICP matching; coordinate system WGS84_EPSG 4978; transformation matrix to local coordinate system of capturing campaign included in dataset

The organisational chart outlines a so called integrative documentation workflow with augmented reality feedback. While interlinking a range of survey tools and mapping data streams between software and hardware, an integration of a central processing cloud plus an augmented reality device for real-time feedback and information input is envisioned. The workflow is under development as part of a doctoral thesis; future adaptions will be updated in this repository.

pointcloud model [las + e57] of the interior and exterior spaces of Karlskirche, Vienna Austria; primary source laserscan Riegl & TU Wien supplemented with 3D mesh model Meixner ZT GmbH; base material pointcloud octree filtered 0.01m (spatial point distance 0.01m); pointclouds within project coordinate system - transformation matrix to global coordinate system WGS84_EPSG 4978 attached please contact lukas.stampfer@tuwien.ac.at for access interior of cupola captured with terrestrial laserscanner Zoller Fröhlich Imager 5010C;all other areas captured with Riegl VZ 400i; scans colored with RGB camera;geopositioning of Riegl Scans with GNSS-RTK precision (about 0.03m accuracy);data from different scanning campaings joined with Multi-Station-Adjustment in Riegl RiScan Software (ICP-matching); pointcloud in local coordinate system (=PRCS) for import into cad-software;transformation matrix to global coordinate system WGS84_EPSG 4978 included in dataset;pointcloud reduction using octree filter with 0.01m cell size resulting in spatial point distance of about 0.01m