Representation of wider spatial environment

The aim of the paper was to analyze the insolation in the blocks of Grbavica, the part of the city of Novi Sad, and explore the possibilities of better exploitation of the insolation.

Several variations of the models generated in CityEngine are analyzed, and the conclusion is that changes in floor altitudes, roof slopes and similar changes in geometry of objects can significantly affect insolation.

The first figure shows the existing condition and two variations of the roof geometry that gave good results when analyzing the insolation. The second figure shows the analysis of the floors and the slope of the roof of these cases. Colder colors represent higher objects, and warmer colors represents lower objects, while on the slope of the roof figure, violet colors is dual slope, light green four slope, while olive green are flat roofs.

Students: Nela Novaković, Ognjen Jokić, Đorđe Miletić

The goal of the paper is to analyze the grammar of forms of contemporary urban reconstruction, on the selected HafenCity case in Hamburg, the development of a procedural model based on the typology of the analyzed objects and applications in urban morphology in Novi Sad.

Hafencity analyzes were later used to create urban backgrounds within the GIS software package, and these substrates are used as a basis for generating streets, plots and facilities. In the further workflow, CityEngine software was used for object generation programming using the shape grammar on Hafencity objects.

Students: Ivana Stojanović, Jovan Maksimović, Željko Pavlović

The goal of the project is to analyze the shape grammar of contemporary urban reconstructions, in the selected case of Eastern Docklands in Amsterdam, the development of a procedural model based on the typology of analyzed objects and applications in urban morphology in Novi Sad.

The analyzes were later used to create urban backgrounds within the GIS software package, and these bases further as a basis for generating an urban matrix. In the further workflow, CityEngine software was used to program the generation of objects and their elements as modeled on the case study.

Analyzes of possible solutions for object design are presented, where each object belongs to the same style, and all of them are different from each other, as well as photorealistic rendering of the newly designed ambiance.

Students: Milica Grujić, Jovan Jeftić, Dejan Žibert

Within this project task, a GIS database of cultural objects in Novi Sad was created. Based on the data from the site of the Institute for the Protection of Cultural Monuments of Novi Sad, most of the objects of the narrow city core are selected, which represent the immovable cultural heritage of Novi Sad, together with its attributes (address, floor, style, year of construction, designer, type of cultural property). Based on the data entered, GIS analysis in ArcGIS software are presented which shows the position of objects in the city tissue in relation to one of their characteristics (year of construction, style, etc.). The significance of this analysis is that the obtained results can be applied in further protection or creating further tourist offer-e.g. creating walking routes for touring objects in a city of a certain style or age.

Student: Mladen Papović

Within this project, facades of objects in Sombor that belong to the historical style of romanticism were analyzed and generated in the programming language CGA Shape Grammar which automatically generates objects with street facades so that they contain the characteristics of the mentioned style. Analyzed objects are within the protected historical part of Sombor and the basic data on the object (floor, year of construction, designer) were inserted into the GIS database. In the selected objects of the mentioned historical style, the proportions, the horizontal division (width of the openings, the rhizalite, the position of the pilaster, the point of view) and the vertical division (height of the ground, wreath, parapet, roof) of the façade are analyzed. In the analysis phase, elements of architectural plastic and ornaments on the façade were studied and specially modeled. After the analysis, rules were created for automatic facade construction according to given proportions as well as the rules by which certain decorations on the facades appear. As a final result, a program code was obtained for which a procedural model of the object in the style of Romanticism of Sombor can be generated for any street network.

Students: Marija Mastilović, Boglarka Balint