3D Regional POC - Ballarat 3D Model

project: cip17b-2019-30_3D_POC_Ballarat_3D_Model
The 3D Regional Proof of Concept (POC) purpose is to understand the feasibility of incorporating 3D datasets in the Vicmap suite of products, providing value-add to existing Imagery and LiDAR capture through the Coordinated Imagery Program (CIP). The 3D POC specifically focuses on the investigation of 3D model data types and the spatial capture technologies required to produce them, the quality of outputs and value-benefit for CIP partners as well as the community. Ballarat 3D Model project: 5cm Aerial Photography acquisition was completed over Ballarat, on 24th of November 2019, for the purpose of creating textured 3D Object Model (2.5km2), Photogrammetric Mesh (6.5km2) and Aerial Orthoimagery (6.5km2). This project and other 3D Regional POC datasets can be visualised using Geocirrus 3D-GIS Web Application (tinyurl.com/5xk8v2fz) available until June 30, 2021 All 3D Regional POC dataset can be accessed/downloaded via the link tinyurl.com/3f9x2rfx This project includes a subset of Imagery and Elevation data over the 3D Model extent (3D Regional Towns LIDAR). Full extent of site/town Elevation GRIDs and Imagery dataset can be access via tinyurl.com/a7q1sype (Esri ASCII, ECW) In addition LiDAR point clouds and GRIDs can be accessed via Geoscience Australia - Elvis: https://elevation.fsdf.org.au/ (32bit GeoTIFF, LAZ)
 
Citation proposal Citation proposal
(2020)

3D Regional POC - Ballarat 3D Model

Department of Transport and Planning
 

Description

Title
3D Regional POC - Ballarat 3D Model 
Alternate title
cip17b-2019-30_3D_POC_Ballarat_3D_Model 
Purpose
To understand the feasibility of incorporating 3D datasets in the Vicmap suite of products. 
 
 

Contacts

Cited responsible party  

No information provided.

Cited responsible party  

No information provided.
 
 

Keywords

Topic category
  • Imagery base maps earth cover
 
 

Constraints

Classification
Limited Distribution  
 
 

Extents

Description
This project covers an area of central Ballarat, with a photogrammetric mesh covering 6.5km square and 3D object models covering a 2.5km square subset of that area. 
Time period
20192020 
 
 

Acquisition Info

Program
DELWP 
Method
Captured  
RFQ Number
RFQ Number
CIP17b-2019-20 

Cited responsible party  

No information provided.
 
 

Metadata Constraints

Classification
Unclassified  
 
 

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