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probably yes, the OSM information does not content the building heights information.

I think this is already published, just scroll down the webpage more: toolbox.decodingspaces.net/tutorial-2d-and-3d-isovists-for-visibility-analysis/

Try this one toolbox.decodingspaces.net/

toolbox.decodingspaces.net/

The street style - I think it is based on the material application. Here I am using the Universal Render Pipeline or it can be changed to HDRP. The building selection is based on some of the examples and specific setup in the example files provided with the Mapbox - look at the game object modifiers. On of them changes the colour of the rooftops and creates a label with appropriate linked dataset. ExploreCountryLabelPrefabModifier If I remember correctly. docs.mapbox.com/unity/maps/examples/data-explorer/ - look at the last section.

This was an earlier version of the toolbox. The later versions of the tool Fitness function ("Fi") is no longer valid, as any constraints are defined in the general urban synthesis (all other generative components with precisely defined parameters).

Perhaps the Gumball in Rhino is not active? The point is defined as an input directly in the Point container. Not really sure what you meant, if this is not the case.

The simplified version of the Grasshopper definition can be found here: drive.google.com/file/d/1XNwnE53IhMQmXYqwjy3klS_j9cp1VIDC/view?usp=sharing

Hey Joe, thanks. In fact I am using Universal Render Pipeline which allows using post-processing of the rendered scene. I found a tutorial online how to make Mapbox SDK working under URP.

I found it here barankahyaoglu.com/dev/mapbox-unity-sdk-with-urp/ . Then I used standard in-built bloom in Unity.

@@peterbus8005 Thank you for sharing! I've actually tried following that tutorial but got mixed results. Can I ask what version of Unity you are using? I was trying to do it with 2019.4.10f1.

@@Jonathan-kj5jh I have exactly this version.

@@peterbus8005 Thank you very much for confirming.

If the original source of information (in this case Open Street Map data) does not contain information about the building height, it is not possible through the Elk. The original source needs to be fed with this missing information.

Thanks Constantine, this definition is a bit specific as it combines custom division together with slicing tree approach. And yes, in principal, you can use "nested" slicing tree, meaning nested parcel component. Check the related paper via DecodingSpaces Toolbox webpage.

The simplified version of the Grasshopper definition can be found here: drive.google.com/file/d/1XNwnE53IhMQmXYqwjy3klS_j9cp1VIDC/view?usp=sharing. The parcel component is nested, which creates secondary street network.

@@peterbus8005 Thank you for the reply and upload! I wil check the file and hope to understand it better! One more question i have. Does the terrain input works ? I tried but nothing happens

Thanks Arjun, this is an older version of DecodingSpaces Toolbox test. Please check the webpage here for more information and tutorials: toolbox.decodingspaces.net/

Check the link with the simplified definition in the comments below. Latest Decoding spaces toolbox is needed to be installed.

It depends of the data availability for a particular location. If there are no heights, it means that this location is missing heights information.

It depends of the data availability for a particular location. If there are no heights, it means that this location is missing heights information.

Bake the created geometry in Elk into Rhino viewport.

Firstly, do unblock the zipped file you downloaded. Then put it into the components folder, it should work.

Try the latest one, www.food4rhino.com/app/elk

I think the definition operates with an older version of the toolbox. The latest one has an Isovist component implemented.

Thanks! You have probably noticed that I am sharing a simplified version of this definition in another video, via: drive.google.com/file/d/1XNwnE53IhMQmXYqwjy3klS_j9cp1VIDC/view?usp=sharing

Thanks! The simplified version of the Grasshopper definition can be found here: drive.google.com/file/d/1XNwnE53IhMQmXYqwjy3klS_j9cp1VIDC/view?usp=sharing However, it is a definition for the plots generation only as the definition would be too complex. The building placement can be achieved using the standard object distribution strategy based on morphing of the object within the bounding box. I believe you can found many tutorials of this strategy online.

@@peterbus8005 Thanks a lot!

Yes, I believe. Perhaps check the latest version od DecodingSpaces Toolbox, it has an Isovist functionality directly implemented.

Now I solve a similar problem using Heron

Try www.food4rhino.com/app/elk

It depends of the data availability for a particular location. If there are no heights, it means that this location is missing heights information.

Hahaha, to su skor take experimenty. Pozri si www.ia.arch.ethz.ch/cds/floatingcity.html

Thanks Sena, go to my other videos (for instance street network generation), there you can find some simple network generation GH definitions.

It depends of the data availability for a particular location. If there are no heights, it means that this location is missing heights information.

Yanfeng Liu, thanks for your question. It is a bit customised definition, in principle you can combine together DecodingSpaces toolbox and standard division approach using GH components - if you need very precise dimensions of plots.

The simplified version of the Grasshopper definition can be found here: drive.google.com/file/d/1XNwnE53IhMQmXYqwjy3klS_j9cp1VIDC/view?usp=sharing

The main theoretical ideas are explained in this paper: papers.cumincad.org/data/works/att/caadria2017_057.pdf. For the grid definition, you can use either DecodingSpaces Toolbox or standard surface division strategies. Here, I am experimenting with some repulsing or attraction forces as well, which influence the position of the networking lines.

Chcek this webpage perhaps: toolbox.decodingspaces.net/computational-urban-design-prototyping/ Also the link in the comments below to download a simplified definition.

toolbox.decodingspaces.net/

Hello Furkan, the public version of the tool-set would be available at the end of August. Please be patient, my colleagues work very hard on it.

You can find it here: decodingspaces-toolbox.org/

Peter Buš Thank you so much🙏

Hello Raad, the public version of the tool-set would be available at the end of this month (August 2017). My colleagues work very hard on it, please be patient.

toolbox.decodingspaces.net/