Creating mapped images for archicad 12 software#
Partnering with projection mapping experts DCBolt, IMERZA created all of the custom software and content for the project. SPP turned to IMERZA, a company that focuses on experiential technology for real-estate, seeking to leverage its expertise in this area. SPP teams can use the model in a multitude of ways-for conversations around real estate sales and leasing, meetings with government and city planners, internal design review sessions, billboard advertising sales, and much more.īecause of the complexity of the model, a significant degree of innovation was required to bring the vision to fruition. As the centerpiece of its marketing hub, SPP envisioned a projection-mapped scale model of Tampa that could show data in real time and offer the flexibility to change as the design of the 56-acre development evolves over the next five years. SPP is the company behind the multibillion-dollar Water Street Tampa development. It even features integrated software capabilities. Combining 3D-printed replicas, projection mapping, and real-time technology, it’s the largest and most sophisticated model of its kind known to be developed to date. This is the crown jewel of the high-tech marketing center in the company headquarters of real estate developer Strategic Property Partners (SPP). Two huge video walls encircling the model display synchronized real-time 3D views looking out across the city from any floor of individual buildings, while the physical model shows a projected view cone from the same building. An XR-based digital twin of Tampa, 17 feet in diameter, showing the Water Street district’s buildings in miniature.Īt the touch of a screen, imagery projected onto the model highlights different aspects of the area, including public transit routes, the location of cultural centers, and development plans for the waterfront. Now, you can manage your PostgreSQL databases from DataGrip.Among the bustling restaurants, shops, and street food stalls of Sparkman Wharf, you’ll find a world first. You should see the PostgreSQL database server details if everything works. Now, type in the Docker host IP address 192.168.20.160 (in my case) as the Host, 5432 as the Port, admin as the User, secret as the Password, postgres as the Database and click on Test Connection. In case of DataGrip, click on + from the Databases section and go to Data Source > PostgreSQL. You can also access your PostgreSQL database server from DataGrip IDE or any other SQL IDEs. Now, you can work with your PostgreSQL database as much as you want. PgAdmin 4 should be connected to your PostgreSQL database.
Creating mapped images for archicad 12 password#
Now, go to the Connection tab and type in pgsql-server as Host name/address, 5432 as Port, postgres as Maintenance database, admin as Username, secret as Password and check Save password? checkbox. In the General tab, type in your server Name. Now, to add the PostgreSQL server running as a Docker container, right click on Servers, and then go to Create > Server…
Once you login, you should see the pgAdmin dashboard. Visit from your Docker host or from any computer on your network. Now, you can easily access pgAdmin 4 from your web browser. So, make sure to replace it with yours from now on.
In my case, the IP address of my Docker host 192.168.20.160. Now, to start the db and pgadmin services, run the following command: So, you can access the PostgreSQL server using pgsql-server as the hostname (no IP address required). In the pgadmin service, a hostname alias pgsql-server to the db container is created. In the pgadmin service, the container port 80 (right) is mapped to the Docker host port 8080 (left). In the db service, the container port 5432 (right) is mapped to the Docker host port 5432 (left). In the pgadmin service, all the contents of the /var/lib/pgadmin directory will be saved permanently in the pgadmin-data volume. In db service, all the contents of the /var/lib/postgresql/data directory will be saved permanently in the db-data volume. The PGADMIN_LISTEN_PORT is used to set the pgAdmin port 80 in the container. In pgadmin service, the PGADMIN_DEFAULT_EMAIL, PGADMIN_DEFAULT_PASSWORD environment variables are used to set the login email and password of pgAdmin web interface respectively. The PGDATA environment variable is used to configure the PostgreSQL server to store the data to /var/lib/postgresql/data directory of the container. In db service, the POSTGRES_DB, POSTGRES_USER, POSTGRES_PASSWORD environment variables are used to set the default database name, admin username and admin user password for the PostgreSQL server respectively. Pgadmin service will run the dpage/pgadmin4:4.18 image (from DockerHub) in another Docker container.
Here, I have created 2 services db and pgadmin.ĭb service will run the postgres:12.2 image (from DockerHub) in a Docker container. The docker-compose.yaml file should look as follows.