Gestion des Techniques Urbaines

La Gestion et/des Techniques Urbaines (GTU) est une formation pluridisciplinaire touchant aussi bien aux aspects techniques que socio-économiques. Elle fait la jonction entre les sciences humaines et techniques. Comme la formation est beaucoup plus proche aux domaines techniques que sciences humaines, et comme le usage de GTU est vaste, et qu’il a plusieurs Interactions avec les autre disciplines, et surtout les nouvelles technologies. A cause de la maigre maitrise des outils numérique chez les étudiants de GTU, nous avons dit qu’il est fort nécessaire de rapprocher ces outils aux futur gestionnaires/urbanistes et profs. La page a pour but de couvrir tout ce qui concerne la gestion des villes, cartographie, et la visualisation des technologies numériques dans les environnements urbains, avec une vue sur les villes intelligentes, les lieux et les technologies intelligentes en milieu urbain, et comment utiliser les outils numériques (logiciels, appareils…etc.) pour améliorer le bienêtre des usagers.

[gturbaines]

techtree 1 from Timothe Lapetite on Vimeo.

[gturbaines]

techtree 2 from Timothe Lapetite on Vimeo.

[gturbaines]

Circle Profile Tool from GD3D Video Channel on Vimeo.

Quick demo workflow of Elliot Hartley's GP tool for creating circular city skyline profiles.

[gturbaines]

3.6.3 PathMapper from Rhino Tutorials on Vimeo.

Explain the utility of the Path Mapper component in Grasshopper

[gturbaines]

4. Modeling pedestrian flows with the UNA Rhino betweenness tool. from City Form Lab on Vimeo.

Describes the Betweenness metric, which can be used for modeling pedestrian flows between origins and destinations in built environments.

[gturbaines]

5. Finding Closest Facilities and Estimating Facility Patronage. from City Form Lab on Vimeo.

Introduces two separate tools for estimating the use of spatial facilities over networks: Closest Facility and Facility Patronage. The Closest Facility tool can summarize how many origin points or origin point weights are closest to each facility in a given set of facilities, and optionally computes the gravity access values for the facilities. The Find Patronage tool uses a discrete choice model to allocate origin point weights to competing destinations based on their proximity and attractiveness.

[gturbaines]

6. Finding Clusters along Networks from City Form Lab on Vimeo.

Introduces the UNA clusters tool which identifies clusters of points along networks according to two user inputs: a) minimum number of points that make a cluster and b) maximum network distance from each point in a cluster to at least one other member in that cluster.

[gturbaines]

8. Distribute Weights from City Form Lab on Vimeo.

This tool is used to prepare data for estimating access to passing foot-traffic and candidate facility locations. It distributes attribute weights from origin points to observer points that are located on paths leading to destinations. The sum of distributed weights is equal to origin point weights. The tool is conceptually very similar to the Betweenness tool, but rather than allocating the whole origin weight to each segment or point passed, it only allocates a fraction of the origin weight to each each observer that is passed. Please see the video and the help documentation for more details.

[gturbaines]

Beirut Community Streets from City Form Lab on Vimeo.

In response to the Beirut Blast of 2020, the MIT City Form Lab and researchers from the Civil Engineering Department of the American University of Beirut explored walkability improvements in the blast- affect- ed neighborhoods. The research team assembled detailed data about Beirut’s built environment and land-use patterns, and used these data to develop a model of pedestrian activity in the city center for morning, lunch, and evening peak travel periods. We conducted pedestrian counts in Beirut to calibrate the model and ensure that the estimated volumes of foot-traffic correspond to the actual levels of foot-traffic on city streets during different times of the day.

Using this model as a basis for explaining pedestrian activity in the city, we convened a stakeholder workshop with community groups, civil society leaders, academics, and professionals at the American University of Beirut in June 2022 to identify important challenges to walkability in the blast-affected neighborhoods, and to propose improvements and urban design interventions. A wide range of proposals from the workshop were then synthesized into six action- able scenarios by the research team. We used the pedestrian flow model to test how each of the suggested interventions would affect pedestrian accessibility to different daily destinations and restructure pedestrian flows on city streets, desirably increasing walking trips in the city. This helped the team identify the most effective strategies for improving walkability in the blast-affected neighborhoods with reason- ably cost-effective interventions.

The project demonstrates how a digital model of pedestrian flows can be used to inform design and pol- icy decisions to shape the built environment around pedestrian needs. While quantitative analysis of mobility flows has been commonplace for vehicular traffic models for decades—informing traffic regulations, development permitting, and infrastructure investments—analogous approaches to non-motorized mobility have not been commonly used so far. Beyond the six scenario proposals, the pedestrian activity model developed in this study can be used in Beirut to analyze the benefits and costs of different future urban design and infrastructure improvements to the pedestrian realm in the future.

[gturbaines]

7. Import-Export Data Management from City Form Lab on Vimeo.

Introduces UNA functions for exporting attribute and point location data out of Rhino to Excel or other databases, and for importing data into Rhino from GIS, Excel or other table sources.

[gturbaines]

1. UNA Rhino Installation from City Form Lab on Vimeo.

Covers the necessary steps for downloading and installing the UNA tools for Rhino.

[gturbaines]

gtu intro from Kaliphe on Vimeo.

video intro with a GTU logo

[gturbaines]

Urban Planning Tutorial with Rhino and Grasshopper from Rhino Tutorials on Vimeo.

August 17, 2020 RHINO ART PROJECT - Ignacio Lopez Buson Ignacio Lopez Buson [email protected] rhino3d.com/training/United_States/#tabs-6 See contact details here. Get class files here: mcneel.s3.amazonaws.com/misc/ART/IGNACIO_ART/IGNACIO_ART_PROJECT.zip

[gturbaines]

Just Pinned to script Photoshop: Fissure https://ift.tt/31EnSOj

[gturbaines]

Just Pinned to buildings: Junya ishigami https://ift.tt/2FBgDxF

[gturbaines]

Just Pinned to Urban analyses: http://bit.ly/2Fu1pdG

[gturbaines]

Just Pinned to buildings: Lamina #2 de mi proyecto de titulación. Centro Civico Agrario en San Miguel de Allende http://bit.ly/2JfOptx