André Stephan’s Post

How to create a simple family of plants using revit .. 1- open new Family (planting)  2- form any Elevation View >>> Create a Horizontal Reference Plan Name (FOR SYMPLOIC lINE) 3- Create a Vertical Dim between (new Reference Plan and Ref.Level)  4- make that Dim A (Height )Label . 5-Go to Plan (Ref.Level)  6- Create a Work plan From set >>> Reference Plan :FOR SYMPLOIC lINE 7- create Four Lines From Annotation (symbolic Line) With DIM 8-Create Two Circle Biggest Size and Smallest Size (with Dim for Each one )  9- Create a New Subcategory From Manage>>> Object Style. Follow the Images  in new Arch Project . #Landscape_revit 😍 #SustainableAgriculture #RegenerativeFarming #SoilHealth #AgriculturalInnovation #Floriculture #OrganicFarming #AgTech #Sustainability #ClimateSmartAgriculture #AgricultureLeadership #Kenya #Flowers #Revit_Enscape_Rende #LandscapeDesign #VillaLiving #OutdoorOasis #Innovation #Management #HumanResources #DigitalMarketing #Creativity #Future #AI #Lumion #Revit #BIM #Coordinator

Hello LinkedIn Community! I hope this message finds you well. I am currently working on a challenging yet exciting project involving tendon optimization for PSC multi-span indeterminate bridges using Grasshopper parametric modeling. As many of you might know, this process is critical for enhancing the structural efficiency. The primary goal is to optimize the placement and configuration of tendons to ensure maximum structural integrity and cost-effectiveness. Given the complexity of multi-span indeterminate bridges, achieving the optimal solution requires a deep understanding of both structural engineering principles and advanced parametric modeling techniques. The process becomes iterative due to the tendon secondary effects (as the position of the tendon updates). I have shared my understanding on how I believe this can be achieved in the attached link (solving inequalities) based on a graphical method ("Magnel method"). https://lnkd.in/dQ4QBjsm I have already created a workflow based on Grasshopper (parametric model) > Sofistik analysis model (using standard plugins) > Sofistik design (ULS/SLS) for a two span continuous bridge. My main problem is how to use those design results for the optimization of the tendon geometry. How You Can Help: I am reaching out to this amazing community for suggestions, insights, and potential collaboration. If you have experience or innovative ideas related to: Parametric modeling in Grasshopper Tendon optimization techniques Algorithmic design for structural engineering I would love to hear from you! Your expertise and advice could be incredibly valuable in pushing this project forward. Do suggest a suitable or better design/analysis tool that can help me with this problem. Currently, we rely on manual change in profiles to satisfy the ULS/SLS requirements. Let me know if this problem is worth solving especially for the quick preliminary/detailed design of such bridges. Thank you in advance for your support and looking forward to connecting with many of you!

Structural layout optimisation using algorithmic modeling in Grasshopper. Generate topologies that are highly efficient. Peregrine add-in is mostly used to identify frame topologies with a great efficiency rate (minimum volume for example) for any given boundary conditions, supports, sets of loads and material properties. Peregrine add-in is mainly used to identify frame topologies with an excellent efficiency rate (minimum volume, for example) for any given boundary conditions, supports, sets of loads and material properties. Peregrine uses a powerful optimisation engine from another Limitstate product – FORM. It provides the possibility to create buildings and different large structures designs. Solutions are counted within seconds and transformed into more efficient and more practical methods. Learn more about Peregrine ➡️ https://lnkd.in/e5Q9UZbX Contact us: arvydas@njoptimal.com / +370 652 99 614 #rhinoceros #rhino #grasshopper #computationaldesign #structuralengineering

Create beautiful and data-rich planting families in Revit fast and with ease! 🌴🌳🌲🌻🌼🌷 Here's what you'll learn in this clip from our latest webinar: - Organize and manage all your planting families and types in one place. - Effortlessly create new Revit families with full control over details and parameters. - Leverage data sources like Excel or CSV files to populate family information. - Design plant types with separate height and spread control for realistic landscapes. - Build a custom library of 2D and 3D plant geometry for ultimate flexibility. Watch the full webinar here: https://lnkd.in/gTEeTKnb 11 Tips to Master Revit Parameters | By BIM Pure: https://lnkd.in/d4AVJ6dF More Information about the GeoPlant project | By Henning Larsen: https://lnkd.in/gSV2xm7b #EnvironmentForRevit #Revit #LandscapeDesign #Planting #BIM #EffortlessPlanting #landscapearchitecture #revittips #revittutorials

The Builder pattern is a good choice when designing classes whose constructors or static factories would have more than a handful of parameters, especially if many of the parameters are optional or of identical type. Client code is much easier to read and write with builders than with telescoping constructors, and builders are much safer than JavaBeans

𝐖𝐡𝐚𝐭 𝐚𝐫𝐞 𝐝𝐫𝐨𝐩-𝐝𝐨𝐰𝐧 𝐦𝐞𝐧𝐮𝐬?🏃♂️ In short.. with these menus by clicking on a field you can only choose among the various elements inserted in the list what to insert and therefore without having to type manually.⌨️ Even with 𝕘𝕖𝕠 𝕕𝕒𝕥𝕒𝕓𝕒𝕤𝕖𝕤, therefore with QGIS and ArcGIS, it is possible to develop and preset a list of elements that we can choose without having to type manually and copy and paste, therefore without making typing errors or introducing spaces.😕 Lately I have had clients who want to develop a geodatabase with many fields with drop-down lists composed of elements that allow you to fill the field based on what is entered in the drop-down menu, thus speeding up the compilation of the fields.🗃️😀 I have carried out this activity for clients in the field of fiber optics, real estate agencies, agricultural companies and urban planning studios who preferred to create a drop-down list, without having to write the same element every time or copy and paste.📶🏙️🧑🌾🏛️ The geodatabase is a territorial database that contains information on the geometry (point, polygon or line) that geolocalizes an object, building, land or natural element present in the territory.🌲🐿️🏡🏖️ This allows to standardize the language on the descriptions of a type of object, and therefore make the geodatabase more shareable among all the actors interested in carrying out the work.🤖🎯 Reducing the times and standardizing the language to facilitate the protagonists in carrying out the work is my main task.⌚⏳👏 For more information you can contact me in DM or through Upwork by clicking on the image below.↕️⬇️ Thank you for reading and do not hesitate to contact me. #fiberoptics #realestateagencies #agriculturalcompanies #geodatabase #qgis #arcgis #dataanalysis #datavisualization #spatialquery #geospatialanalysis #dropdownmenu #quickcompilation #sqlquery #digitalmapping #geographicinformationsystem #upwork

ALLTO Building PythonParts - Reduce the manual work of reinforced concrete detailing https://lnkd.in/gh5eng2Y With ALLTO PYTHONPARTS BUILDING, you maximise the value of your Allplan software. Many useful add-ons are included in the package: ➤ Single Footing Reinforcement ➤ Column Reinforcement ➤ Beam Reinforcement ➤ Slab Reinforcement ➤ Wall Reinforcement ➤ Section and Labeling [Get 🆓 Trial] bit.ly/allto-pythonparts ---- 🌐: alltosoftware.com 📩: sales@alltosoftware.com 🧑🏽💻: support@alltosoftware.com #allplan #pythonparts #building

Using schedules to organise, filter, query and ultimately structure my work process. The interaction between object, schedule and tag is fundamental. Always searching for visual clarity, explanatory power. I have a working schedule that I filtered by "Mark begins with WW65" Then typed "Overton" into the "Group" field. It's a time-saver but also stepping stone to future developments. Comparative analysis sheets. Colour coding. This Revit project is not a building. But just as the time spent modelling a building generates a wonderful mental map and familiarity. This exercise offers the promise of getting my head around a huge dataset. Then comes the hope of weaving a story in space and time. Normans and Saxons, Tudors and Stuarts, brick and stone, farms and palaces. #waywebuild #churches #schedules #revit #hampshire #map #research #analysis

Talking about tools to enhance your computational design workflows we have a new video with 7 of our favorite Grasshopper Plugins for Architecture Designers

I have a quick Grasshopper data tip for you before the weekend! How to weave two data trees together with a pattern 🌳⬇️ This can be used when you have two or more data trees with the same number of branches. You can pick from one tree or the other in parallel, based off of a pattern or condition. 👆 I had to dig up this trick for an Andalusia Design script. The behavior of Weave / Pick n Choose and how they apply to lists and trees is always a topic I have to go back to. Do you have any similar data management tips? Let me know in the comments! Have a great weekend 👋 #3d #design #grasshopper #rhino #andalusia #architecture #engineering #interiordesign #computationaldesign