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==Addresses in the {{software}}== | ==Addresses in the {{software}}== | ||
The {{software}}, distinguishes two primary catergories in the | The {{software}}, distinguishes two primary catergories in the registration of addresses to a construction. The first one is the name of the construction in the 3D model, each construction is seen as a separate three-dimensional polygon object in the {{software}}. Thus this attribute only describes the construction itself. The seccond one is/are the address(es) registered on the construction. The addresses can be is the automatically generated from a building regstration databases. It is possible to regisrate multiple adresses to one constrcution. In the Netherrlands these databases are: | ||
[https://www.geobasisregistraties.nl/basisregistraties/adressen-en-gebouwen BAG] and [https://www.pdok.nl/introductie/-/article/basisregistratie-topografie-brt-topnl TOP10NL]. These databases are holding both the registration of addresses and buildings in the Netherlands. When generating | [https://www.geobasisregistraties.nl/basisregistraties/adressen-en-gebouwen BAG] and [https://www.pdok.nl/introductie/-/article/basisregistratie-topografie-brt-topnl TOP10NL]. These databases are holding both the registration of addresses and buildings in the Netherlands. When generating the construction and address from the BAG database, simultaneously the {{software}} will use the address to also add a BAG_ID to its [[attribute]]s, this BAG ID is unique per address. | ||
==Generic uses of | ==Generic uses of addresses== | ||
Buildings in the {{software}} are | Buildings in the {{software}} are of holding a wide variety of [[attributes]]. Each construction is registered to the grid with only one specific building name, this can, for example, be the address or range of addresses registered to the building. Therefore the multiple different addresses that are registered to one building (e.g. a flat) all hold the same constrcution details. As seen in the overview of different addresses, each address has an unique address code. This address code is formulated using the various properties of one address the code will be formed using the following features ''zipcode'' + ''house number'' + ''letter addition (if available)''. | ||
===Attributes=== | ===Attributes=== | ||
In the attributes of a building, an overview of the different addresses can be found. The different addresses registered to a construction by the {{software}} are still adjustable after the generation of the 3D model. The funciton type of an address can be defined using string format, this means that multiple function types can be registrated to one building. For example an address can contain both a residential home and an office. | In the attributes of a building, an overview of the different addresses can be found. The different addresses registered to a construction by the {{software}} are still adjustable after the generation of the 3D model. The funciton type of an address can be defined using string format, this means that multiple function types can be registrated to one building. For example an address can contain both a residential home and an office. | ||
[[ | [[File:Function type.JPG|frame|300px|Example of different function types]] | ||
==Network Wizard== | |||
When generating a networks using the [[network#Network wizard|network wizard]] each address will have a load, so it's possible for a construction to hold multiple load points. These load points will eventually determine the value of the nodes, which are connected to a network. | |||
{{article end | {{article end | ||
Revision as of 14:24, 28 September 2020
Address
An address is a specific reference to the whereabouts and location of a construction, given to it and registered by the municipality. The set up of addresses is built on the assumption that buildings are fixed
Addresses in the Tygron Platform
The Tygron Platform, distinguishes two primary catergories in the registration of addresses to a construction. The first one is the name of the construction in the 3D model, each construction is seen as a separate three-dimensional polygon object in the Tygron Platform. Thus this attribute only describes the construction itself. The seccond one is/are the address(es) registered on the construction. The addresses can be is the automatically generated from a building regstration databases. It is possible to regisrate multiple adresses to one constrcution. In the Netherrlands these databases are: BAG and TOP10NL. These databases are holding both the registration of addresses and buildings in the Netherlands. When generating the construction and address from the BAG database, simultaneously the Tygron Platform will use the address to also add a BAG_ID to its attributes, this BAG ID is unique per address.
Generic uses of addresses
Buildings in the Tygron Platform are of holding a wide variety of attributes. Each construction is registered to the grid with only one specific building name, this can, for example, be the address or range of addresses registered to the building. Therefore the multiple different addresses that are registered to one building (e.g. a flat) all hold the same constrcution details. As seen in the overview of different addresses, each address has an unique address code. This address code is formulated using the various properties of one address the code will be formed using the following features zipcode + house number + letter addition (if available).
Attributes
In the attributes of a building, an overview of the different addresses can be found. The different addresses registered to a construction by the Tygron Platform are still adjustable after the generation of the 3D model. The funciton type of an address can be defined using string format, this means that multiple function types can be registrated to one building. For example an address can contain both a residential home and an office.
Network Wizard
When generating a networks using the network wizard each address will have a load, so it's possible for a construction to hold multiple load points. These load points will eventually determine the value of the nodes, which are connected to a network.