Figure 8 Example of area scanned by visibility analysis.
Related Figures (19)
PROCEEDINGS Figure 1. Sanliurfa Metropolitan Municipality conservation plan (S.M.M, 2016). Figure 3. Neighborhood texture and some examples of cul-de-sacs. cycle was examined. Cul-de-sac formations were defined as positive areas with some data and observations. The methods of transferring the semi- public spaces formed were examined (Figure3). In order to create a dataset, street elements, some parameters that affect the formation of the street, the relationship between the house and the street, the practices of acting in the semi-public space, and the contact status of the houses with the street were tried to be processed into form grammars. The process was controlled by transferring the street data to the digital environment, which was then advanced in the computer environment. "Te hehe ICULUECTILCTLL Uy LLUMIOD After the stylized street forms, the entrance direction of the streets was determined, and the settlement of the houses on the streets was tried to be created on a systematic plane while the number of houses was changed. The residential settlement on the street was created with the data obtained from the area. The house layout at the end of the dead-end street was one of the essential data guiding the use of the street. In some street formations, it was seen that there were small squares at the end of the street. These areas sometimes became playgrounds and sometimes became where street users used to do their daily work (washing wool, harvesting/processing? pepper...) (Table 3). Figure 4. Examples where we can see the courtyards and entrances of some residences. How the cul-de-sac is associated with the houses on that street affects the structure of the street and appears as important data when determining the vocabulary (Figure 4). Figure 5. Houses on a cul-de-sac and the relationship between courtyard, street and house The housing contact with the street is considered an essential input for using the street. Situations such as whether the entrance door opens directly to the courtyard or enters the courtyard through another space create differences in the residential street organization (Figure 5). 4.2.3. Street Section Figure 6. Cul-de-sac section. Houses come into contact with the street, with the garden wall, and sometimes with the building wall, and the way they are included in the house may vary. It includes different formations, such as entering the courtyard directly from the entrance door and entering the entrance hall, and is included in the building with the iwan (Figure5) (Figure6) Figure 7. Visibility analysis Grasshopper circuit. ee! SS ee, Se ee ee ee Sk RE ee Nhe It aims to calculate the amount of surface that an individual can see and the distance he can see in the neighbourhood texture. In this context, a visibility analysis was tried to be created in Grasshopper. The analysis circuit aims to provide data on how much of the area an individual will scan while touring and not enter areas such as a dead-end street if the agent is not a member of that neighbourhood (Figure 7 and 8). Figure 9. Grasshopper circuit for housing formation USE OF GENERATIVE SYSTEMS TO CREATE SEMI-PUBLIC SPACES IN CONTEMPORARY NEIGHBORHOOD TEXTURE Figure 10. Some courtyard housing formations Figure 11. Neighborhood boundaries of Haliliye and Hamidiye in Siverek (left). Main roads of Haliliye and Hamidiye in Siverek (right). Figure 13. Cul-de-sacs of Haliliye and Hamidiye in Siverek (left). Twist plan of cul-de-sacs (middle). Cul-de-sac and street intersection plan (right). USE OF GENERATIVE SYSTEMS TO CREATE SEMI-PUBLIC SPACES IN CONTEMPORARY NEIGHBORHOOD TEXTURE In the neighbourhood plans where cul-de-sacs are shown and their connection to other streets is tried to be shown, it is aimed to explain how cul-de-sacs interact within the texture. (Figure 14) tries to make the intersection of the cul-de-sac with the road to which the street connects visible. The intersection angles of these streets can be obtained from here. Intersection angles constitute one of the rules of morphology in this study. How this rule is obtained and how it is converted into data is explained below. Figure 15. New neighborhood pattern. formations and different textures emerge. The goal of this study was realized and the project was found strong in this context. Figure 16. Placing housing units within the new pattern. according to the preference. These two types of dwellings and the dwellings that diversify and increase in size within themselves take their place in the neighbourhood texture. As in Figure 16, different types of houses were placed on the street network plan created from the program. The gaps formed according to the angle of the streets are defined as squares.
