index.json

[{"content":"   This is really easy but useful script! \u0026ldquo;BIMifying\u0026rdquo; CAD drawings is a common practice in the industry. In this video, I created a quick script that creates Rooms from CAD blocks with attributes such as its name, number and finishes. Great exercise for beginners! Take a look👀!\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rAutoCAD and Grasshopper files used in the tutorial can be downloaded from the button below👇.\r\r \r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r","permalink":"https://bimgeek.github.io/tutorials/create-rooms-from-cad/","summary":"This is really easy but useful script! \u0026ldquo;BIMifying\u0026rdquo; CAD drawings is a common practice in the industry. In this video, I created a quick script that creates Rooms from CAD blocks with attributes such as its name, number and finishes. Great exercise for beginners! Take a look👀!\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.","title":"Create Rooms From CAD Drawing"},{"content":"   This is really easy but useful script! Bimifying CAD drawings is a common practice in the industry. In this video, I created a quick script that creates Rooms from CAD blocks with attributes such as its name, number and finishes. Great exercise for beginners! Take a look👀!\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rRevit and Grasshopper files used in the tutorial can be downloaded from the button below👇.\r\r \r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r","permalink":"https://bimgeek.github.io/tutorials/find-intersecting-elements/","summary":"This is really easy but useful script! Bimifying CAD drawings is a common practice in the industry. In this video, I created a quick script that creates Rooms from CAD blocks with attributes such as its name, number and finishes. Great exercise for beginners! Take a look👀!\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.","title":"Find Intersecting Elements💥"},{"content":"   In this video, I’ll create new family types from Excel data using Grasshopper. By default, Revit’s API doesn’t allow creation of new types, so I will duplicate existing types and rename them. Once that’s done, I will update its parameters using the Excel data. Let’s go✅!\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rExcel and Grasshopper files used in the tutorial can be downloaded from the button below👇.\r\r \r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r","permalink":"https://bimgeek.github.io/tutorials/create-family-types-from-excel/","summary":"In this video, I’ll create new family types from Excel data using Grasshopper. By default, Revit’s API doesn’t allow creation of new types, so I will duplicate existing types and rename them. Once that’s done, I will update its parameters using the Excel data. Let’s go✅!\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.","title":"Create Family Types From Excel"},{"content":"   This is a classic one! You\u0026rsquo;ve probably come across some version of this tutorial if you made any search about Dynamo. Let me show you how you can do it in Grasshopper🦗. In this video, I created a pretty basic script. This script reads sheet data (sheet number, sheet name, etc\u0026hellip;) from Excel then creates new sheets in Revit using this data. After the sheets have been created, the script updates specific sheet parameters using the Excel data.\nThis is a pretty standard workflow. A lot of the times we prefer working with Excel data just because how easy it is to generate rows of data. Lets jump into how we can leverage the power of Excel within Grasshopper.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rRevit and Grasshopper files used in the tutorial can be downloaded from the button below👇.\r\r \r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r","permalink":"https://bimgeek.github.io/tutorials/create-sheets-from-excel/","summary":"This is a classic one! You\u0026rsquo;ve probably come across some version of this tutorial if you made any search about Dynamo. Let me show you how you can do it in Grasshopper🦗. In this video, I created a pretty basic script. This script reads sheet data (sheet number, sheet name, etc\u0026hellip;) from Excel then creates new sheets in Revit using this data. After the sheets have been created, the script updates specific sheet parameters using the Excel data.","title":"Create Sheets from Excel"},{"content":"   🔥Checking Fire Rating of Doors and Walls🔥\nIn this tutorial I compared fire rating values of doors and their host walls. Then filtered doors that doesn’t have the same value as their host element. This was fairly simple example to demonstrate how to filter Revit data in Grasshopper.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rRevit and Grasshopper files used in the tutorial can be downloaded from the button below👇.\r\r \r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r","permalink":"https://bimgeek.github.io/tutorials/check-fire-rating-of-doors-and-walls/","summary":"🔥Checking Fire Rating of Doors and Walls🔥\nIn this tutorial I compared fire rating values of doors and their host walls. Then filtered doors that doesn’t have the same value as their host element. This was fairly simple example to demonstrate how to filter Revit data in Grasshopper.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.","title":"Check Fire Rating of Doors and Walls"},{"content":"   💡Quick Revit Workaround💡\nDid you know you can\u0026rsquo;t set Instance Parameters to Stacked Walls in Revit? I shared a workaround🔄 to add aninstance parameter as well as set a value of it in this video. Hope you like it 👍\n","permalink":"https://bimgeek.github.io/tutorials/add-instance-parameter-to-stacked-walls/","summary":"💡Quick Revit Workaround💡\nDid you know you can\u0026rsquo;t set Instance Parameters to Stacked Walls in Revit? I shared a workaround🔄 to add aninstance parameter as well as set a value of it in this video. Hope you like it 👍","title":"Add Instance Parameter to Stacked Walls"},{"content":"   Hello everyone👋,\nThe topic of this tutorial is the projection of components into given topography. This is a task that can be easily automated with a simple script. Otherwise, manual placement of each object into a slanted surface would take a lot of time and kill your joy of life :). With this grasshopper script, we will get the location point of objects from Revit, project this point into Topography and use projected points as the new location point for tree families.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rRevit and Grasshopper files used in the tutorial can be downloaded from the button below👇.\r\r \r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r","permalink":"https://bimgeek.github.io/tutorials/project-objects-to-topography/","summary":"Hello everyone👋,\nThe topic of this tutorial is the projection of components into given topography. This is a task that can be easily automated with a simple script. Otherwise, manual placement of each object into a slanted surface would take a lot of time and kill your joy of life :). With this grasshopper script, we will get the location point of objects from Revit, project this point into Topography and use projected points as the new location point for tree families.","title":"Project Objects to Topography"},{"content":"   Hello everyone👋,\nI created a tutorial on placing objects randomly on a topography using Grasshopper inside Revit and created a forest model as an example case. The tree🌳 family I\u0026rsquo;ve used is actually created by Gavin Crump. I gave him credit in the video as well😊. Please comment the topics you would like to see more content about. This tutorial is a great example to show how integrated Grasshopper and Revit are.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rGrasshopper Script\r\r\r","permalink":"https://bimgeek.github.io/tutorials/random-distribution-on-topography/","summary":"Hello everyone👋,\nI created a tutorial on placing objects randomly on a topography using Grasshopper inside Revit and created a forest model as an example case. The tree🌳 family I\u0026rsquo;ve used is actually created by Gavin Crump. I gave him credit in the video as well😊. Please comment the topics you would like to see more content about. This tutorial is a great example to show how integrated Grasshopper and Revit are.","title":"Random Distribution on Topography"},{"content":"Understanding and visualizing building data is essential to any data-driven workflow and being Speckle a data platform, it follows quite naturally that you might want to analyze streams and commits coming from it. And thats what we are going to do in this tutorial. I am going to show you how you can visualize Revit Room data in Power BI using Speckle connectors.\nLet\u0026rsquo;s get started!🏃‍♂️\nPrefer watching than reading? Here\u0026rsquo;s a video too!   Tutorial Files You can access the Revit project document used in the tutorial 👇:\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r\rThe stream used in this tutorial is right here👇!\n\rPrerequisites To follow this tutorial you\u0026rsquo;ll need the following:\n Revit 2018 - 2022 (I\u0026rsquo;ll be using 2022) Microsoft Power BI (I’ll be using the free version) a Speckle account (you can get one for free🎉 at https://speckle.xyz/) the Speckle Connector for Revit (install it via Manager) the Speckle Connector for Power BI (install in from its repo)  Since we are working with Revit and Power BI, basic knowledge of both tools will be essential.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rPower BI Speckle connector was an Alpha release at the time of this tutorial.\r\r Installing Connectors Installing connectors is the first step of data communication. They take care of sending and receiving data in the host software to and from Speckle server.\nInstalling Revit Connector Installing the Revit connector is as simple as finding it in the list of available connectors in Speckle Manager and clicking “Install”.\nInstalling Power BI Connector Installing Power BI Connector is not as straightforward as other connector since it’s in Alpha. To install Power BI Speckle Connector:\n  Go to Speckle Power BI Repo\n  Go to the releases page and download the .mez file of the latest release.\n  Copy the downloaded file into the following folder: YOUR_USER_FOLDER\\Documents\\Power BI Desktop\\Custom Connectors\\ If the folder does not exist, create one and name it Custom Connectors.\n  After you copy the file, open Power BI.\n  Go to Settings -\u0026gt; Security -\u0026gt; Data Extensions and activate the (Not Recommended) Allow any extension to load without validation or warning option.\n  Now, restart Power BI and you should see Speckle (beta) appear in the data source.\n  Creating a Stream and Sending Data from Revit Let\u0026rsquo;s open the document and create a new stream. It just takes three steps:\n Go to Add-Ins and open Revit connector. Click the blue button on the bottom right corner. Use text box to name your stream and click the \u0026ldquo;+\u0026rdquo; button to create a new stream.  There are couple ways to send data from Revit. We are going to send by category and select the Rooms.\n Click on the blue button in the middle of the card. Select the “Set/Edit Objects Filter”. Type in the category name and select it. Click on “Set Filter” option And finally double click on Send to send data straight away.  Voila! You have send your Revit rooms. When sending data from Revit, Speckle takes care of converting the data to a Speckle friendly format. Let’s view it in Speckleverse!\nReceiving in Power BI Let’s receive room data in Power BI.\n Click on Get Data and search for Speckle. Search for Speckle and select Speckle - Get stream by URL(Beta) Click Connect. Copy the Stream URL , paste it in the new screen and click OK.  Congrats, now you should see a screen that shows Speckle Objects as Records.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rPower BI connector supports only Streams and Branches at the time of this tutorial.\r\r Transforming Data in Power BI In order to create dashboards using the data received, it needs to be transformed into more readable format. Let’s do that!\n  Click on Transform data to access Power Query Editor\n  Received data includes blank rows at the moment. So we have to remove that first. From Remove Rows, select Remove Blank Rows.\n  We are not going to edit this table directly. So we are going to create a reference to that. Right click on table, select Reference. Lets rename this table as “Filtered Rooms” because we are going to filter only rooms from the received data.\n  Received data includes mesh geometry as well. So we have to filter the room objects. Lets add a custom column and get Speckle Types of objects using Record functions. Then filter only room objects.\n  Lets create a reference to Filtered Rooms table this time and rename it as Room Data.\n  To access parameters attribute of the records, simply click on the expand icon and select the attribute you want to expand. After you have the parameters record, expand it one more time to access the specific parameter records you want to access.\n  Now lets access the values of those parameters. Follow the steps mentioned above but select value attribute to get their values. Do this for all parameter columns.\n  Finally rename all columns into their parameter names such as “Room Area”, “Room Name” etc.\n  Now we are done tranforming lets close the Query Editor and apply any pending changes.\n  Congrats👏, you have imported your very first Speckle data into Power BI. You should be proud of yourself. Now you can create beautiful dashboards such as the one below👇.\nWatch the video above if you don’t know how to create Cards, Donut Charts and Slicers. If you are more of a reader, then read the **Visualization documentation here**👈\n Conclusion We hope you enjoyed this tutorial and found it useful!\nSpeckle is an Open Source project and we really ❤️ feedback, so if you have any questions, comments, critiques, or praises please let us know on our community forum.\n","permalink":"https://bimgeek.github.io/tutorials/visualizing-room-data-in-power-bi/","summary":"Understanding and visualizing building data is essential to any data-driven workflow and being Speckle a data platform, it follows quite naturally that you might want to analyze streams and commits coming from it. And thats what we are going to do in this tutorial. I am going to show you how you can visualize Revit Room data in Power BI using Speckle connectors.\nLet\u0026rsquo;s get started!🏃‍♂️\nPrefer watching than reading? Here\u0026rsquo;s a video too!","title":"Visualizing Room Data in Power Bi"},{"content":"In this tutorial, we\u0026rsquo;ll send some Revit elements to Rhino and the geometry in Rhino will contain selected Revit parameters. This workflow contains a lot of use cases but I will create a really simple script that will color Revit elements by their properties, just to demonstrate the structure of the data that comes from Speckle and how we can use it in the workflow.\nLet\u0026rsquo;s get started!🏃‍♂️\nPrefer watching than reading? Here\u0026rsquo;s a video too!   Tutorial Files You can access the Grasshopper definitions used in this tutorial down below 👇:\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r\rPrerequisites General Requirements To follow this tutorial you\u0026rsquo;ll need the following:\n Revit 2018 - 2022 (I\u0026rsquo;ll be using 2022) Rhino 6/7 (I\u0026rsquo;ll use Rhino 7) a Speckle account (you can get one for free🎉 at https://speckle.xyz/) the Speckle Connector for Grasshopper (install it via Manager) the Speckle Connector for Revit (install it via Manager)  Since we are using Revit and Grasshopper to achieve the workflow, you need to have the basic knowledge of how to use both solutions😇\nGrasshopper Plugins When it comes to Grasshopper plugins, WombatGH and Elefront needed. Details to that👇:\nElefront\nWombatGH\nCreating a Stream and sending data from Revit Let\u0026rsquo;s open the document and create a new stream. It just takes three steps:\n Go to Add-Ins and open Revit connector. Click the blue button on the bottom right corner. Use text box to name your stream and click the \u0026ldquo;+\u0026rdquo; button to create a new stream.  There are couple ways to send data from Revit. But we are going to do it the manual way.\n Choose what you want to send by selecting it. Click on the blue button in the middle of the card. Select the \u0026ldquo;Set selection\u0026rdquo; option And finally double click on Send to send data straight away.  Receiving in Grasshopper Receiving data is also super easy: you just need the link! Copy the URL and paste it in a Panel. Then just plug it into a \u0026ldquo;Receive\u0026rdquo; component and click the \u0026ldquo;Receive\u0026rdquo; button. Voila, the stream is received!\nDefining Object Attributes Lets start by examining the received data. When we connect a panel to the data output, we can see that the output is a Base object. The base object class (actually called Base) is the foundation of all data being transferred with Speckle.\nExpand Speckle Object Let\u0026rsquo;s connect a Expand Speckle Object node to display the contents of that Base object. Using the object converter, expand node outputs the contents of the Base object. Selected elements will be listed by their Speckle types.\nIn this example, we can see that our elements are grouped under 8 lists. We\u0026rsquo;ll transfer Floors, Structural Columns, Structural Foundations, Structural Framing and Walls.\nFirst, we\u0026rsquo;ll use Merge node to merge these lists and then Expand it again to see the attributes of received objects.\nThis time Expand Speckle Object node will output the attributes of the selected objects. In this tutorial we will use following attributes:\n displayMesh: displayMesh contains the geometry of the element. It will be received as mesh geometry in Rhino. elementId: Revit Element Id of the selected element. We are going to use the value of it as the name of the geometry. type: Type name of the Revit element. An example is \u0026ldquo;Generic Concrete 300mm\u0026rdquo;. We will create a type attribute and set this as the value. speckle_type: Returns Speckle Type of the element. level: Level of the selected element. The value of this element will also be a Speckle Object and we only need the name of the level. So we will connect another expand Speckle object to get the parameter name.  Speckle Object Value by Key After we have the names of the attributes we are looking for, instead of connecting an Expand node, we can connect Speckle Object Value by Key node. This node expects an Object and a Key, and it returns the value of the given key.\nWe will connect the Merge result to the Object input of this node and connect the above parameters as the Key input.\nNow we have the keys and the values of the attributes, let\u0026rsquo;s create them. For that, we will use Define Object Attributes from Elefront.\n User Keys: This will be the merged list of the keys. In our case, type and level. User Values: Again, Merged list of the values of those keys. But be careful, you should graft the inputs to have two items in each list, one for the type and one for the level. Otherwise, you will end up with two lists. Name: The values of the elementId key. This will also be grafted. Layer: Layer will be the category of the elements. Also grafted. But first we have to define the layers. For that, we will use Define Layer node from Elefront to create Layers from unique names.  Do not forget to flatten the output depending on the structure of your lists.\nNow we created the attributes, let\u0026rsquo;s add them to the geometry. We will use Bake Objects from Elefront to bake mesh geometry with their corresponding attributes. Let\u0026rsquo;s give it a BakeName: \u0026ldquo;Revit to Rhino with Properties\u0026rdquo;. Bake input expects a Boolean so I will connect a Button to that. When I hit it, Boolean will turn True and it bakes the geometry.\nThis will be the final result.\nOther than geometry, we also have the information embedded in the model 🎉🎉\nColoring by Attributes In the previous part, we embedded the properties. There are potential use cases for it and we will demonstrate the first thing that comes to mind: Coloring them by their attributes in Rhino.\nLet\u0026rsquo;s do it💪!\nReferencing Geometry Lets start with referencing the geometry we baked. Since they are Mesh, we can use Reference by Type node and connect Mesh as the input.\nGet Attribute Values Now we have the geometry, let\u0026rsquo;s get the attribute values. We will use Get User Value and connect \u0026ldquo;type\u0026rdquo; string for the Key input. This will output Revit Type names as the output.\nCreate Color For Each Type Lets create a color for each unique types. We will convert our List to a Set to get unique items. Then we\u0026rsquo;ll use Random Color from WombatGH to create a color for each item connected.\nCreate Color For Each Element Lets match these colors with corresponding elements. We\u0026rsquo;ll use List Item to match the order of two lists and connect Map output of Set as the Index input of List Item.\nAdd Color to Geometry You\u0026rsquo;ve made it so far, congrats👏! Lets add colors to the geometry. First lets convert these colors to Elefront Attributes, then we have to modify the color attribute of the Rhino geometry and we will use Modify Rhino Attributes for that. Connect mesh geometry to the geometry input, Elefront attributes to the attributes input and a Boolean value of True to the modify input.\nColored by Type Attribute\nTa Da!🎊🎊🎊 You\u0026rsquo;ve made it. They are colored by their type attributes now! You can color it by any of its attributes. Try it yourselves. Below is colored by Level attribute instead of type.\nColored by Level Attribute\n Conclusion We hope you enjoyed this tutorial and found it useful!\nSpeckle is an Open Source project and we really ❤️ feedback, so if you have any questions, comments, critiques, or praises please let us know on our community forum.\n","permalink":"https://bimgeek.github.io/tutorials/revit-elements-to-rhino-using-speckle/","summary":"In this tutorial, we\u0026rsquo;ll send some Revit elements to Rhino and the geometry in Rhino will contain selected Revit parameters. This workflow contains a lot of use cases but I will create a really simple script that will color Revit elements by their properties, just to demonstrate the structure of the data that comes from Speckle and how we can use it in the workflow.\nLet\u0026rsquo;s get started!🏃‍♂️\nPrefer watching than reading?","title":"Revit Elements to Rhino Using Speckle"},{"content":"In this tutorial, we\u0026rsquo;ll create Revit Sheets from Excel table containing Sheet Names and Numbers with Dynamo. Especially in large scale projects, creating hundreds of sheets manually just doesn\u0026rsquo;t make any sense. Since we are already populating sheet names, numbers and any other data in Excel, why not use that data in Dynamo directly and automate this task. Let\u0026rsquo;s just do that👇!\nPrefer watching than reading? Here\u0026rsquo;s a video too!   Prerequisites To follow this tutorial you\u0026rsquo;ll need the following:\n Excel Dynamo (I\u0026rsquo;m using 2.10 inside Revit 2022) a Speckle account (you can get one at https://speckle.xyz/) the Speckle Connector for Dynamo (install it via Manager) the Speckle Connector for Excel (install via Office store, instructions)  Tutorial Files You can access the Excel table used in this tutorial from down below👇:\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r\rCustom Nodes We are using custom components in this definition. You need to install Genius Loci and Rhythm packages. To learn more about installing custom packages in Dynamo 👉 Dynamo Primer\nCreating a Stream We\u0026rsquo;ll start by creating a stream and it is really easy.\n First, go to your Speckle server (I am using speckle.xyz) Click on the friendly blue button in the top left corner. Then type the name of your stream (we named our stream as Create Sheets from Excel.), Give it a description (optional) Click the create button.  That\u0026rsquo;s it - a new stream has just been born!\nSending Data from Excel In Excel, we just need to add the stream to our document. Just click on Add a Stream button or on the top left menu \u0026gt; Add stream \u0026gt; click on a stream to add to the document.\nBy default, streams are added as receivers but you can easily switch them to sender mode.\nTo send data from Excel, just select the range of data you want to send, click \u0026ldquo;Set range\u0026rdquo; and click on Send.\nYou can view your Excel data in Speckle server. This is how it will look like👇:\nReceiving Data in Dynamo Receiving data in Dynamo is very simple: You just need a Receive node, and a Stream URL as a string. When new data is pushed to this stream a notification will appear on the receive node.\nYour browser does not support the video tag. \r\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r⚠️\rReceiving a commit and a stream are different. Make sure you copy the stream URL to have up-to-date data.\r\r Creating Revit Elements We received our Excel data in Dynamo. Congrats 🎉🎉! The next step will be manipulating this data and use it to create Revit elements. Lets do that🏃‍♂️🏃‍♀️!\nFirst, we are going to Transpose this list. After that, we will use Get Item At Index node to get each list separately. Our first index will be 0 and second index will be 1. By doing so we separated our Sheet Names and Sheet Numbers from each other.\nNow is the exciting part. Lets create some Sheets 🚀! For this we are going to use Create Sheet node from Genius Loci. This node expects 3 inputs. Sheet names, Sheet numbers and Titleblock Type. We have our Sheet names and numbers as separate lists. We are going to use Titleblock Types node from Rhythm for the third input. Select the titleblock type and connect it to the last input.\nWhen we click on Run button, Voila🎊, list of sheets with appropriate names and numbers are created. Good job💪!\n Conclusion We hope you enjoyed this tutorial and found it useful!\nSpeckle is an Open Source project and we really ❤️ feedback, so if you have any questions, comments, critiques, or praises please let us know on our community forum.\n","permalink":"https://bimgeek.github.io/tutorials/create-revit-sheets-from-excel/","summary":"In this tutorial, we\u0026rsquo;ll create Revit Sheets from Excel table containing Sheet Names and Numbers with Dynamo. Especially in large scale projects, creating hundreds of sheets manually just doesn\u0026rsquo;t make any sense. Since we are already populating sheet names, numbers and any other data in Excel, why not use that data in Dynamo directly and automate this task. Let\u0026rsquo;s just do that👇!\nPrefer watching than reading? Here\u0026rsquo;s a video too!   Prerequisites To follow this tutorial you\u0026rsquo;ll need the following:","title":"Create Revit Sheets from Excel"},{"content":"    In this video, we are going to automate floor finish creation using Grasshopper inside Revit. Creating floor finishes is a task that can be automated easily and save us a huge amount of time. When room finishes are defined or embedded in a room\u0026rsquo;s parameter, it doesn\u0026rsquo;t make any sense to model floor finishes manually. We are going to create floor finishes from room boundaries using Grasshopper inside Revit. Lets get started!\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rTutorial Files\r\r\r\rRequirements  Rhinoceros 7 Rhino Inside Revit - to install Rhino inside Revit, head over to Rhino.Inside website. Autodesk Revit - I am using Revit 2022 in this tutorial.  \r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rCreating floors with curveloops is a new feature that came with version 2022. So if you are using an older version, it will create a new floor for each loop.\r\r ","permalink":"https://bimgeek.github.io/tutorials/rir-floor-finish/","summary":"In this video, we are going to automate floor finish creation using Grasshopper inside Revit. Creating floor finishes is a task that can be automated easily and save us a huge amount of time. When room finishes are defined or embedded in a room\u0026rsquo;s parameter, it doesn\u0026rsquo;t make any sense to model floor finishes manually. We are going to create floor finishes from room boundaries using Grasshopper inside Revit.","title":"Floor Finishes by Room using Grasshopper inside Revit"},{"content":"Grasshopper ile yapılmış mimari projelere bir örnek: Shanghai Tower, Gensler\nRhino ve Grasshopper Rhino🦏, McNeel tarafından geliştirilen bir 3D modelleme uygulaması ve 1980\u0026rsquo;de piyasaya sürülmesinden bu yana, güçlü geometri motoru💪 ve çok yönlülüğü nedeniyle mimari, imalat, endüstriyel tasarım ve ürün tasarımı için kullanılan önemli tasarım uygulamalarından biri haline gelmiştir. Rhino\u0026rsquo;nun geometri mantığının altında NURBS (Non-uniform rational B-spline) yatar. NURBS\u0026rsquo;ler sayesinde, mesh tabanlı uygulamaların aksine, hassas eğrileri ve yüzeyleri matematiksel olarak modelleyebilir. Rhino\u0026rsquo;yu asıl güçlü kılan şey, hem McNeel hem de üçüncü parti geliştiriciler tarafından geliştirilen eskiz, render, animasyon, analiz vb. kısaca her türlü ihtiyacınız için geliştirilen çok sayıda eklentisidir. Mesela, Rhino\u0026rsquo;nun mimari BIM modelleri oluşturmak için kullanılmasına izin veren VisualARQ adlı bir eklenti bile var.\nPython ve C++ gibi programlama dillerini kullanan geleneksel komut dosyası oluşturma araçlarının yanı sıra görsel programlamanın en iyi örneği Grasshopper🦗\u0026lsquo;a da ev sahipliği yapıyor Rhino. Artık Grasshopper çevresinde oturmuş bir topluluk var ve günden güne artan sayıda eklenti Grasshopper kütüphanesine eklenmesi ise muhteşem.\nRhino.Inside nedir? Rhino.Inside projesi, Revit, AutoCAD, ArchiCAD ve hatta Unity gibi çeşitli bilgisayar destekli yazılım programlarının içerisinde Rhino\u0026rsquo;yu -ve Grasshopper\u0026rsquo;ı- kullanmanıza izin veren bir çözümdür. Rhino.Inside ile birlikte Rhino, bahsi geçen programlara bir eklenti olarak kuruluyor ve Rhino deneyimini -tam anlamıyla Rhino deneyimini- o yazılım içerisinde yaşıyorsunuz.\nRhino.Inside Revit Projesi Yukarıda bahsi geçtiği üzere Rhino.Inside aslında geniş bir proje. İçinde birden çok yazılımı barındırıyor ve Revit bu entegrasyon projesinin bir -belki de en büyük- parçası. Bugüne kadar Rhino ve Grasshopper🦗\u0026rsquo;ın bir BIM yazılımıyla birlikte çalışması söz konusu olduğunda ArchiCAD akla gelirdi. Rhino.Inside Revit ile birlikte Rhino\u0026rsquo;yu doğrudan Revit içerisinde çalıştırmakla beraber artık Grasshopper bileşenlerini doğrudan Revit üzerinde kullanabiliyoruz.\n\r#callout {\rbackground: #b3b3b33f;\rpadding: 1.5em 1.25em;\rborder-radius: 3px;\rdisplay: flex;\rflex-direction: row;\rmargin-bottom: 20px;\r}\r#callout-inner {\rmargin-left: 1em;\r}\r@media (max-width: 767px) {\r#callout {\rpadding: 1.5em 0.75em 1.5em 0.6em;\r}\r#callout-inner {\rmargin-left: 0.5em;\r}\r}\r\r📌\rEklentiyi kullanmak için bilgisayarınızda Rhino\u0026#39;nun kurulu olması gerektiğini unutmayın. Yani sadece eklentiyi kullanarak Rhino\u0026#39;yu Revit içerisinde kullanamıyorsunuz. Aynı anda Rhino lisansına da sahip olmanız gerekiyor.\r\r Rhino.Inside projesinde yer alan yazılımların bir çoğu CAD yazılımları olmalarının dışında, Revit\u0026rsquo;in geometrik bilginin dışında alfanumerik bilgi (properties) de içermesi onu daha farklı bir yere konumlandırıyor. Bu sebeple Grasshopper üzerinden Revit\u0026rsquo;te model (hem geometri, hem property/attribute içeren bir model) oluşturabilmek için Revit\u0026rsquo;e özel bileşenler sunuluyor.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rRhino Inside Revit Websitesi\r\r\r\rGrasshopper üzerinden Revit\u0026rsquo;te Level oluşturma. -Video\nYukarıdaki videomda bunun basit bir örneğini göstermiştim☝. Grasshoppper üzerinden Revit\u0026rsquo;te Level\u0026rsquo;lar oluşturmuş, bu level\u0026rsquo;ların sayısını, yüksekliğini ve isimlendirmesini de yine Grasshopper🦗 üzerinden yapmıştık.\nBu bağlamda Dynamo ile Grasshopper\u0026rsquo;ı karşılaştırmak ilginç bir konu olacaktır. Fırsat buldukça bu konuda da içerikler oluşturmaya çalışacağım.\nSonuç Rhino.Inside Revit projesi, halihazırda Rhino ve Grasshopper kullanan ve buradaki yetkinliklerini Revit tarafına taşımak isteyenlere muhteşem bir kapı açtı. Ayrıca Revit kullanıp Dynamo\u0026rsquo;nun workflow\u0026rsquo;larına alışamamış kullanıcılar için de güzel bir yol açmış oldu. Bu projenin kazananı fikrimce kullanıcılar ve McNeel oldu. Çünkü halihazırda Autodesk👿 tarafından Revit\u0026rsquo;e dair yapılan geliştirmelerin ne kadar sınırlı olduğu ve bu kabiliyetlerin geliştirilmesi için hiç bir aksiyon almadıkları göz önüne alındığında, McNeel\u0026rsquo;in böyle bir projeye imza atması, McNeel\u0026rsquo;in kullanıcılar nezdindeki değerini (ve satışlarını) artıracağa benziyor.\n","permalink":"https://bimgeek.github.io/tutorials/rhino-inside-revit-nedir/","summary":"Grasshopper ile yapılmış mimari projelere bir örnek: Shanghai Tower, Gensler\nRhino ve Grasshopper Rhino🦏, McNeel tarafından geliştirilen bir 3D modelleme uygulaması ve 1980\u0026rsquo;de piyasaya sürülmesinden bu yana, güçlü geometri motoru💪 ve çok yönlülüğü nedeniyle mimari, imalat, endüstriyel tasarım ve ürün tasarımı için kullanılan önemli tasarım uygulamalarından biri haline gelmiştir. Rhino\u0026rsquo;nun geometri mantığının altında NURBS (Non-uniform rational B-spline) yatar. NURBS\u0026rsquo;ler sayesinde, mesh tabanlı uygulamaların aksine, hassas eğrileri ve yüzeyleri matematiksel olarak modelleyebilir.","title":"Rhino Inside Revit Nedir"},{"content":"    Herkese selamlar,\nBu videoda Rhino.Inside Revit ile Grasshopper üzerinden Revit\u0026rsquo;te otomatik level oluşturma ve isimlendirme konusunu işledik. Başlangıç seviyesinde Grasshopper bilenler için güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rGrasshopper Definition\r\r\r","permalink":"https://bimgeek.github.io/tutorials/grasshopper-ile-level-eklemek/","summary":"Herkese selamlar,\nBu videoda Rhino.Inside Revit ile Grasshopper üzerinden Revit\u0026rsquo;te otomatik level oluşturma ve isimlendirme konusunu işledik. Başlangıç seviyesinde Grasshopper bilenler için güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Grasshopper ile Level Eklemek"},{"content":"    Herkese selamlar,\nBu videoda Philip Johnson\u0026rsquo;ın Houston\u0026rsquo;da yer alan \u0026lsquo;Chapel of St. Basil\u0026rsquo; projesini modelledim. Fermuar gibi açılan duvar, Mass modelleme ortamıyla aşina olmak adına güzel bir örnek oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/chapel-of-st-basil/","summary":"Herkese selamlar,\nBu videoda Philip Johnson\u0026rsquo;ın Houston\u0026rsquo;da yer alan \u0026lsquo;Chapel of St. Basil\u0026rsquo; projesini modelledim. Fermuar gibi açılan duvar, Mass modelleme ortamıyla aşina olmak adına güzel bir örnek oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.","title":"Chapel of St Basil"},{"content":"    Herkese selamlar,\nGüney Afrika\u0026rsquo;da bir bağ içinde yer alan Bosjes Chapel, Londra merkezli Steyn Studio\u0026rsquo;dan Güney Afrika doğumlu Coetzee Steyn tarafından tasarlandı. Sakin heykelsi formu, çevredeki dağ sıralarının siluetini taklit eden yapı, ince bir beton döküm kabuktan inşa edilen çatıya sahip. Bu videoda yapının çatısını Revit ortamında modelledik. Cephesini de basit anlamda oluşturduk. İyi seyirler.\nProje hakkında daha fazla bilgi için 👉 Bosjes Chapel / Steyn Studio\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/bosjes-chapel/","summary":"Herkese selamlar,\nGüney Afrika\u0026rsquo;da bir bağ içinde yer alan Bosjes Chapel, Londra merkezli Steyn Studio\u0026rsquo;dan Güney Afrika doğumlu Coetzee Steyn tarafından tasarlandı. Sakin heykelsi formu, çevredeki dağ sıralarının siluetini taklit eden yapı, ince bir beton döküm kabuktan inşa edilen çatıya sahip. Bu videoda yapının çatısını Revit ortamında modelledik. Cephesini de basit anlamda oluşturduk. İyi seyirler.\nProje hakkında daha fazla bilgi için 👉 Bosjes Chapel / Steyn Studio","title":"Bosjes Chapel - Revit'te Modelleme"},{"content":"    Herkese selamlar,\nProje detayları 3 boyutlu olarak ifade etmek, grafik anlamda ve karşıdaki kişinin anlamasını kolaylaştırması açısından güzel oluyor. Bu videoda basit bir çatının 3 boyutlu bir diyagramını yaptık. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/3d-cati-diyagrami/","summary":"Herkese selamlar,\nProje detayları 3 boyutlu olarak ifade etmek, grafik anlamda ve karşıdaki kişinin anlamasını kolaylaştırması açısından güzel oluyor. Bu videoda basit bir çatının 3 boyutlu bir diyagramını yaptık. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.","title":"3D Çatı Diyagramı"},{"content":"    Herkese selamlar,\nSection (Kesit) aracı, başlangıç düzeyindeki Revit eğitimlerinden itibaren sürekli anlatılır. Ancak bazı kullanıcıların gözünden kaçan bir noktaya, Revit\u0026rsquo;te Kırık Kesit Alma konusuna bu video\u0026rsquo;da değindim. İyi seyirler.\n","permalink":"https://bimgeek.github.io/tutorials/revit-kirik-kesit-alma/","summary":"Herkese selamlar,\nSection (Kesit) aracı, başlangıç düzeyindeki Revit eğitimlerinden itibaren sürekli anlatılır. Ancak bazı kullanıcıların gözünden kaçan bir noktaya, Revit\u0026rsquo;te Kırık Kesit Alma konusuna bu video\u0026rsquo;da değindim. İyi seyirler.","title":"Revit'te Kırık Kesit Almak"},{"content":"    Herkese selamlar,\nGeçtiğimiz videolarda Revit\u0026rsquo;in hazır kütüphanesini kullanarak bir mutfak modellemesi gerçekleştirmiştik. Bu videoda basit bir Parametrik Mutfak Mobilyası modelleyeceğiz. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/parametrik-mutfak-mobilyasi/","summary":"Herkese selamlar,\nGeçtiğimiz videolarda Revit\u0026rsquo;in hazır kütüphanesini kullanarak bir mutfak modellemesi gerçekleştirmiştik. Bu videoda basit bir Parametrik Mutfak Mobilyası modelleyeceğiz. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Parametrik Mutfak Mobilyasi"},{"content":"    Herkese selamlar,\nRevit\u0026rsquo;te tam anlamıyla kıvrımlı bir giydirme cephe yapmak mümkün değil. Bu videoda, dolaylı yoldan bir kıvrımlı cephe modelledim. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/kivrimli-giydirme-cephe/","summary":"Herkese selamlar,\nRevit\u0026rsquo;te tam anlamıyla kıvrımlı bir giydirme cephe yapmak mümkün değil. Bu videoda, dolaylı yoldan bir kıvrımlı cephe modelledim. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Kıvrımlı Giydirme Cephe"},{"content":"    Bu videoda EFFEKT Mimarlık ofisinin tasarladığı Danimarka\u0026rsquo;da yer alan Camp Adventure Gözetleme Kulesi projesini Revit\u0026rsquo;te modelledim. Adaptive Component ve Mass environment\u0026rsquo;a dair incelikler içeren bir video oldu. İyi seyirler.\nCamp Adventure Observation Tower / EFFEKT\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/camp-adventure/","summary":"Bu videoda EFFEKT Mimarlık ofisinin tasarladığı Danimarka\u0026rsquo;da yer alan Camp Adventure Gözetleme Kulesi projesini Revit\u0026rsquo;te modelledim. Adaptive Component ve Mass environment\u0026rsquo;a dair incelikler içeren bir video oldu. İyi seyirler.\nCamp Adventure Observation Tower / EFFEKT\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.","title":"Camp Adventure - Revit'te Modelleme"},{"content":"    Herkese selamlar,\nBu videoda, Patlamış Axonometrik görünüşte bir döşemeyi katmanlarına ayırarak bir grafik elde ettik. Daha önceki videolarda işlediğimiz Create Parts ve Displace Elements komutlarının birlikte çalışılabilirliği üzerinden nasıl sonuçlar elde edilebileceğini de göstermiş olduk. Her şey adım adım videoda!\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/3d-doseme-diyagrami/","summary":"Herkese selamlar,\nBu videoda, Patlamış Axonometrik görünüşte bir döşemeyi katmanlarına ayırarak bir grafik elde ettik. Daha önceki videolarda işlediğimiz Create Parts ve Displace Elements komutlarının birlikte çalışılabilirliği üzerinden nasıl sonuçlar elde edilebileceğini de göstermiş olduk. Her şey adım adım videoda!\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.","title":"3D Döşeme Diyagramı"},{"content":"   Bu videoda Revit arayüzünde kullanmadığınız sekmeleri kaldırmayı ve bu sayede kullanım kolaylığı elde etmeyi hedefledik. İyi seyirler.\n","permalink":"https://bimgeek.github.io/tutorials/revit-arayuzunu-sadelestirmek/","summary":"Bu videoda Revit arayüzünde kullanmadığınız sekmeleri kaldırmayı ve bu sayede kullanım kolaylığı elde etmeyi hedefledik. İyi seyirler.","title":"Revit Arayüzünü Sadeleştirmek"},{"content":"    Bu videoda IKEA\u0026rsquo;nın Billy kitaplık serisini Revit\u0026rsquo;te modelledik. Billy serisi, farklı malzeme seçenekleri ve farklı boyutlarda alternatifler sunması bakımından güzel bir seçim oldu. Videoda, formüller, nested families ve parametrelerin birbirleriyle olan ilişkilerine değindik. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rBilly Kitaplık\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/ikea-billy-kitaplik/","summary":"Bu videoda IKEA\u0026rsquo;nın Billy kitaplık serisini Revit\u0026rsquo;te modelledik. Billy serisi, farklı malzeme seçenekleri ve farklı boyutlarda alternatifler sunması bakımından güzel bir seçim oldu. Videoda, formüller, nested families ve parametrelerin birbirleriyle olan ilişkilerine değindik. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.","title":"Ikea - Billy Kitaplık"},{"content":"    Herkese selamlar,\nBu videoda İngilizce\u0026rsquo;de \u0026ldquo;Perforated Brick Wall\u0026rdquo; veya \u0026ldquo;Brick Breeze Wall\u0026rdquo; da denilen Boşluklu Çarpraz Tuğla Duvar modellemesi gerçekleştirdim. Generic Model ve Curtain Wall Panel Family ortamlarının çalışma şekillerini anlamak adına güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject Files\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/bosluklu-tugla-duvar/","summary":"Herkese selamlar,\nBu videoda İngilizce\u0026rsquo;de \u0026ldquo;Perforated Brick Wall\u0026rdquo; veya \u0026ldquo;Brick Breeze Wall\u0026rdquo; da denilen Boşluklu Çarpraz Tuğla Duvar modellemesi gerçekleştirdim. Generic Model ve Curtain Wall Panel Family ortamlarının çalışma şekillerini anlamak adına güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.","title":"Boşluklu Tuğla Duvar"},{"content":"    Herkese selamlar, Bu videoda FR-EE tarafından tasarlanan Soumaya Museum projesini Revit\u0026rsquo;te modelledim. Amorf formuyla ve cephesini kaplayan panelleriyle dikkatleri üzerine çeken proje Meksika\u0026rsquo;nın başkenti Mexico City\u0026rsquo;de yer alıyor. Mass modelleme ve Pattern Based Curtain Wall Panel family i tanımak anlamında güzel bir içerik oldu. İyi seyirler.\nSoumaya Museum / FR-EE Fernando Romero Enterprise\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rPanel Family\r\r\r\r\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rMass Model\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/museo-soumaya/","summary":"Herkese selamlar, Bu videoda FR-EE tarafından tasarlanan Soumaya Museum projesini Revit\u0026rsquo;te modelledim. Amorf formuyla ve cephesini kaplayan panelleriyle dikkatleri üzerine çeken proje Meksika\u0026rsquo;nın başkenti Mexico City\u0026rsquo;de yer alıyor. Mass modelleme ve Pattern Based Curtain Wall Panel family i tanımak anlamında güzel bir içerik oldu. İyi seyirler.\nSoumaya Museum / FR-EE Fernando Romero Enterprise\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.","title":"Museo Soumaya | FR-EE   "},{"content":"    Herkese selamlar,\nBu videoda Revit\u0026rsquo;te \u0026lsquo;3D Duvar Diyagramı\u0026rsquo; oluşturacağım. Aslında Create Parts komutunu tanımak adına güzel bir video olacak. Bu komut sayesinde 3D duvar, döşeme ve çatı detayları çıkarmak ve hoş grafiklerle ifade etmek mümkün. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/3d-duvar-diyagrami/","summary":"Herkese selamlar,\nBu videoda Revit\u0026rsquo;te \u0026lsquo;3D Duvar Diyagramı\u0026rsquo; oluşturacağım. Aslında Create Parts komutunu tanımak adına güzel bir video olacak. Bu komut sayesinde 3D duvar, döşeme ve çatı detayları çıkarmak ve hoş grafiklerle ifade etmek mümkün. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.","title":"3D Duvar Diyagramı"},{"content":"    Herkese selamlar, Bu videoda Design Options aracını ve sunduğu imkanları ele aldık. Farklı tasarım alternatiflerini incelerken ayrıca bir model oluşturmanın önüne de geçen bu komut aslında çok kullanışlı. İyi seyirler.\n","permalink":"https://bimgeek.github.io/tutorials/design-options/","summary":"Herkese selamlar, Bu videoda Design Options aracını ve sunduğu imkanları ele aldık. Farklı tasarım alternatiflerini incelerken ayrıca bir model oluşturmanın önüne de geçen bu komut aslında çok kullanışlı. İyi seyirler.","title":"Design Options Komutu"},{"content":"    Herkese selamlar,\nBu videoda Revit\u0026rsquo;te Kelebek Çatı modellemesi gerçekleştirdim. Aynı formu farklı yöntemler kullanarak oluşturmak çatı modelleme araçlarını keşfetmek adına güzel oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rFamily File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/parametrik-masa/","summary":"Herkese selamlar,\nBu videoda Revit\u0026rsquo;te Kelebek Çatı modellemesi gerçekleştirdim. Aynı formu farklı yöntemler kullanarak oluşturmak çatı modelleme araçlarını keşfetmek adına güzel oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Parametrik Masa"},{"content":"    Herkese selamlar,\nBu videoda Revit\u0026rsquo;te Kelebek Çatı modellemesi gerçekleştirdim. Aynı formu farklı yöntemler kullanarak oluşturmak çatı modelleme araçlarını keşfetmek adına güzel oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/kelebek-cati/","summary":"Herkese selamlar,\nBu videoda Revit\u0026rsquo;te Kelebek Çatı modellemesi gerçekleştirdim. Aynı formu farklı yöntemler kullanarak oluşturmak çatı modelleme araçlarını keşfetmek adına güzel oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Kelebek Çatı Modelleme"},{"content":"    Herkese selamlar, Bu videoda ünlü mimar Oscar Niemeyer\u0026rsquo;in \u0026lsquo;Cathedral of Brasilia\u0026rsquo; projesi kütlesini Revit\u0026rsquo;te modelledik. Mass araçlarını ve reference plane\u0026rsquo;in nasıl çalıştığını anlamak açısından güzel bir video oldu. İyi seyirler.\nAD Classics: Cathedral of Brasilia / Oscar Niemeyer\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/cathedral-of-brasilia/","summary":"Herkese selamlar, Bu videoda ünlü mimar Oscar Niemeyer\u0026rsquo;in \u0026lsquo;Cathedral of Brasilia\u0026rsquo; projesi kütlesini Revit\u0026rsquo;te modelledik. Mass araçlarını ve reference plane\u0026rsquo;in nasıl çalıştığını anlamak açısından güzel bir video oldu. İyi seyirler.\nAD Classics: Cathedral of Brasilia / Oscar Niemeyer\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.","title":"Cathedral of Brasilia - Revit'te Modelleme"},{"content":"    Herkese selamlar, Bu videoda sadece Revit kullanarak bir Patlamış Perspektif görseli oluşturdum. Displace Element komutunu ve Revit\u0026rsquo;in grafik anlamda potansiyelini ortaya koymak adına güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r\r","permalink":"https://bimgeek.github.io/tutorials/patlamis-perspektif-gorunus/","summary":"Herkese selamlar, Bu videoda sadece Revit kullanarak bir Patlamış Perspektif görseli oluşturdum. Displace Element komutunu ve Revit\u0026rsquo;in grafik anlamda potansiyelini ortaya koymak adına güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.","title":"Patlamış Perspektif Görünüş"},{"content":"    Herkese selamlar,\nBu videoda kolon, kiriş ve döşemeden oluşan basit bir strüktürde ne kadar çimento kullanıldığını ve bunun yaklaşık maliyetini hesapladım. Parametreler arası ilişkileri irdelemesi ve Schedule\u0026rsquo;a değinmesi ile güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/cimento-maliyeti-hesaplama/","summary":"Herkese selamlar,\nBu videoda kolon, kiriş ve döşemeden oluşan basit bir strüktürde ne kadar çimento kullanıldığını ve bunun yaklaşık maliyetini hesapladım. Parametreler arası ilişkileri irdelemesi ve Schedule\u0026rsquo;a değinmesi ile güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.","title":"Çimento Maliyeti Hesaplama"},{"content":"    Herkese selamlar,\nBu videoda 4 Köşeli Beşik Çatı ya da diğer adıyla \u0026lsquo;Haç Çatı\u0026rsquo; modellemesi gerçekleştirdim. Çatı komutunun nasıl çalıştığına dair detaylar içermesiyle güzel bir video oldu. İyi Seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/besik-cati/","summary":"Herkese selamlar,\nBu videoda 4 Köşeli Beşik Çatı ya da diğer adıyla \u0026lsquo;Haç Çatı\u0026rsquo; modellemesi gerçekleştirdim. Çatı komutunun nasıl çalıştığına dair detaylar içermesiyle güzel bir video oldu. İyi Seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.","title":"4 Köşeli Beşik Çatı Modelleme"},{"content":"    Herkese selamlar,\nBu video\u0026rsquo;da dünyaca meşhur Burj Al Arab hotelinin cephesini kaplayan fiberglass cephe panellerini Revit\u0026rsquo;te modelledik. Özellikle adaptive component\u0026rsquo;in nasıl çalıştığı, reference linelar ve reference point\u0026rsquo;lerin parametrelerinin nasıl kontrol edileceğine dair güzel bilgiler içeren bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rFamily File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/burj-al-arab/","summary":"Herkese selamlar,\nBu video\u0026rsquo;da dünyaca meşhur Burj Al Arab hotelinin cephesini kaplayan fiberglass cephe panellerini Revit\u0026rsquo;te modelledik. Özellikle adaptive component\u0026rsquo;in nasıl çalıştığı, reference linelar ve reference point\u0026rsquo;lerin parametrelerinin nasıl kontrol edileceğine dair güzel bilgiler içeren bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.","title":"Burj Al Arab - Cephe Paneli Modelleme"},{"content":"    Herkese selamlar,\nBu videoda Parametrik Perde Family\u0026rsquo;si oluşturduk. Genişliğini, yüksekliği, duvara olan mesafesini ve materyalini kontrol edebildiğimiz family\u0026rsquo;nin geometrisi de ilginç oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rFamily File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/perde-family/","summary":"Herkese selamlar,\nBu videoda Parametrik Perde Family\u0026rsquo;si oluşturduk. Genişliğini, yüksekliği, duvara olan mesafesini ve materyalini kontrol edebildiğimiz family\u0026rsquo;nin geometrisi de ilginç oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Parametrik Perde Family'si"},{"content":"    Herkese Selamlar,\nBu videoda Bjarke Ingels’ın ‘Isenberg School of Management’ tasarımını Revit’te modellemeye çalıştım. Mass ortamının diğer elemanlarla nasıl çalıştığına dair genel bir fikir vermesi açısından güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/isenberg-school-of-management/","summary":"Herkese Selamlar,\nBu videoda Bjarke Ingels’ın ‘Isenberg School of Management’ tasarımını Revit’te modellemeye çalıştım. Mass ortamının diğer elemanlarla nasıl çalıştığına dair genel bir fikir vermesi açısından güzel bir video oldu. İyi seyirler.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.","title":"Isenberg School of Management - Revit'te Modelleme"},{"content":"    Herkese selamlar,\nBu video’da grafik anlamda birçok kullanıcının işine yarayacak bir konudan bahsettim: Gölgeyi ayrıca export almak. Post production aşamasında büyük kolaylıklar sağlayan bu konu, Revit’te standart olarak olan bir çözüm değil. Ancak biraz dolambaçlı da olsa bunun da bir çözümü var.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/golgeleri-export-almak/","summary":"Herkese selamlar,\nBu video’da grafik anlamda birçok kullanıcının işine yarayacak bir konudan bahsettim: Gölgeyi ayrıca export almak. Post production aşamasında büyük kolaylıklar sağlayan bu konu, Revit’te standart olarak olan bir çözüm değil. Ancak biraz dolambaçlı da olsa bunun da bir çözümü var.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.","title":"Sadece Gölgeleri Export Almak"},{"content":"    Herkese selamlar,\nBu videoda Revit\u0026rsquo;le beraber gelen kütüphanedeki familyleri kullanarak bir mutfak modellemesi yaptım. Birçok kullanıcı Revit\u0026rsquo;le beraber gelen kütüphaneyi göz ardı ediyor. Bu videoda hazır kütüphanenin potansiyelini ortaya çıkarmaya çalıştım. Umarım birşeyler öğrenmişsinizdir.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/mutfak-modelleme/","summary":"Herkese selamlar,\nBu videoda Revit\u0026rsquo;le beraber gelen kütüphanedeki familyleri kullanarak bir mutfak modellemesi yaptım. Birçok kullanıcı Revit\u0026rsquo;le beraber gelen kütüphaneyi göz ardı ediyor. Bu videoda hazır kütüphanenin potansiyelini ortaya çıkarmaya çalıştım. Umarım birşeyler öğrenmişsinizdir.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.","title":"Mutfak Modelleme - Default Family'leri Kullanarak"},{"content":"    Herkese selamlar,\nBu videoda Revit modelleme arayüzü arkaplanı rengini koyu bir renkle değiştirmeyi anlattım. Uzun süreli kullanımlarda parlak arkaplanların gözü ne kadar yorduğunu hepiniz biliyorsunuz. Her ne kadar tamamen karanlık bir tema olmasa da kısmen de olsa siyah bir arayüz bazılarının işine yarayabilir. Umarım işinize yaramıştır.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/arka-plan-rengini-degistirmek/","summary":"Herkese selamlar,\nBu videoda Revit modelleme arayüzü arkaplanı rengini koyu bir renkle değiştirmeyi anlattım. Uzun süreli kullanımlarda parlak arkaplanların gözü ne kadar yorduğunu hepiniz biliyorsunuz. Her ne kadar tamamen karanlık bir tema olmasa da kısmen de olsa siyah bir arayüz bazılarının işine yarayabilir. Umarım işinize yaramıştır.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.","title":"Arka Plan Rengini Değiştirmek"},{"content":"    Herkese selamlar,\nBu videoda standart araçlarla yapmanın mümkün olmadığını sanılan, eskiz ile çizimi de oldukça kafa karıştırıcı olan \u0026lsquo;Üç Kollu Merdiven\u0026rsquo;i Revit\u0026rsquo;te oluşturduk. Umarım faydalı olmuştur.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/uc-kollu-merdiven/","summary":"Herkese selamlar,\nBu videoda standart araçlarla yapmanın mümkün olmadığını sanılan, eskiz ile çizimi de oldukça kafa karıştırıcı olan \u0026lsquo;Üç Kollu Merdiven\u0026rsquo;i Revit\u0026rsquo;te oluşturduk. Umarım faydalı olmuştur.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Üç Kollu Merdiven"},{"content":"    Herkese selamlar,\nİlk videoda ilginç bir konuyla, kıvrımlı bir çatıyı Revit ortamında nasıl oluşturabileceğimizle başladık. Video önerilerinizi yorum kısmında belirtirseniz, o konularda da içerikler üretmek isterim.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rProject File\r\r\r","permalink":"https://bimgeek.github.io/tutorials/kivrimli-cati/","summary":"Herkese selamlar,\nİlk videoda ilginç bir konuyla, kıvrımlı bir çatıyı Revit ortamında nasıl oluşturabileceğimizle başladık. Video önerilerinizi yorum kısmında belirtirseniz, o konularda da içerikler üretmek isterim.\n\r.button {\rdisplay: flex;\rheight: 50px;\rpadding: 0;\rbackground: #DC3545;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #C82333;\r}\r.button:active {\rbackground: #DC3545;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.","title":"Revit'te Kıvrımlı Çatı Yapmak"},{"content":"Hey👋🏻, I\u0026rsquo;m Mucahit Bilal, a Computational Design Technologist living in Turkey. With background in architecture, I am passionate about computational design and BIM. Currently, I am working at Kalyon Co. as a Computational Design Specialist, working across multiple projects doing a lot of automation for tedious tasks. I am specialised in the use of BIM and its implementation in a wide variety of project scales and types. I have a high level of understanding in Python🐍, Dynamo and Grasshopper🦗.\nI envision a connected, progressive and collaborative AEC Industry. I have a strong level of ability to organize activities, work with team members and increase the motivation of team. I am open to learn, extend, and improve the individual capabilities and communication skills. I love learning new things, tools and softwares in my spare time.\nIf you want to learn more about me👇🏻:\n\r.button {\rdisplay: flex;\rheight: 50px;\rmargin: auto;\rpadding: 0;\rbackground: #356fdc;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #3064c5;\r}\r.button:active {\rbackground: #356fdc;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rCurriculum-Vitae\r\r\r","permalink":"https://bimgeek.github.io/about/","summary":"Hey👋🏻, I\u0026rsquo;m Mucahit Bilal, a Computational Design Technologist living in Turkey. With background in architecture, I am passionate about computational design and BIM. Currently, I am working at Kalyon Co. as a Computational Design Specialist, working across multiple projects doing a lot of automation for tedious tasks. I am specialised in the use of BIM and its implementation in a wide variety of project scales and types. I have a high level of understanding in Python🐍, Dynamo and Grasshopper🦗.","title":"About"},{"content":"Mücahit Bilal GÖKER Summary ✍  I am an architect with experience in a wide variety of project scales and types, worked with designers, engineers and contractors in all phases of building design and construction. I leverage BIM, VDC and Design Technology to provide impactful tools for project success. My current focus is on design automation and leveraging data in BIM models for meaningful results.\n\r.button {\rdisplay: flex;\rheight: 50px;\rmargin: auto;\rpadding: 0;\rbackground: #356fdc;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.button:hover {\rbackground: #3064c5;\r}\r.button:active {\rbackground: #356fdc;\r}\r.button__text,\r.button__icon {\rdisplay: inline-flex;\ralign-items: center;\rpadding: 0 15px;\rcolor: #fff;\rheight: 100%;\r}\r.button__icon {\rfont-size: 1.5em;\rbackground: rgba(0, 0, 0, 0.05);\r}\r\r\r\rDownload PDF\r\r\r\rProfessional Experience 🎩  Computational Design Specialist @Kalyon Co. Jan 2020 - Present\n BIM Support tasks: BIM Coordination and daily management of BIM projects from modeling to clash detection and simulation Project set-up based on project BIM requirements and provide advice on best practice. Coordinate multiple projects using the agreed project standards Maintain and adjust project standard documentation throughout the project workstages. Responsible for integrating computational design processes to projects Provide direct support to project teams to develop and deliver computational design solutions Developing and implementing productivity improvement initiatives Responsible for documenting and delivering computational methods and design solutions Provide technical support for BIM enabling software applications to the project teams Organize workshops and trainings to internal staff members  Guest Instructor👨‍🏫 @ITU Sep 2021 - Present\n ITU MTZ Master\u0026rsquo;s Programme - Special Topics in Construction 1/2 Courses  BIM Architect @VIVA Architects June 2019 - Jan 2020\n Assist in the development and implementation of company-wide BIM standards and procedures Develop and maintain Revit templates, content libraries and create Revit families in response to project needs Support BIM implementation, authoring and coordination in all phases of a project Develop new models with shared workspaces per project standards, and provide daily model management updates Perform BIM quantity take-off necessary to provide the cost estimators with quantities Organizing and directing the work of architects/engineers and modelers by providing support as and when required  Intern @RSY Construction July 2018 - Oct 2018\n Worked closely with engineers and designers to produce models and plans, and help automate processes Performed assignments under the direct supervision of the Project Manager Supported the provision of design development drawings and models, and collaborated with production staff for technical details and completion of construction drawings Assisted and taught other interns about Revit.  Freelance Instructor July 2017 - Present\n Providing courses to individuals on Autodesk Revit, Dynamo, Rhinoceros and Grasshopper  Education 🏫  MSGSU Masters in Architectural and Urban Informatics Applications\nGPA: 3.95 (currently)\nIstanbul Technical University Bachelors in Architecture\nGPA: 3.08\nTechnical Skills 🐱‍👤  Advanced Autodesk Revit, Dynamo, Grasshopper🦗, Rhinoceros🦏, AutoCAD, Sketchup, Photoshop\nGood Python🐍, RevitAPI, Navisworks, PowerBI, BIM360, Enscape, Twinmotion\nBasic C#, HTML, CSS, Javascript, Hugo, Git\nAwards 🥇  Honorable Mention @eVolo Skyscraper Competition 2019 April 2019\nArbor Tower project have been awarded with Honorable Mention at eVolo Skyscraper Competition 2019. You can see the project details on the link above.☝🏻\n3rd Place @Design Together with BIM April 2018\nProject includes the design of a social center to be used by students at ITU Ayazaga Campus. Main point of this competition was designing a building with other disciplines involved in a BIM process.\nCommunity and Volunteer Experience 🤝  Much of what I have learned is from the people around me 👨‍👨‍👦. For this reason, if I want to improve myself in a field, I surround myself with people who are interested🤔 in the same subject. It’s also really nice to be with people you speak the same language with.\nBIM4TURKEY Board Member\nBIM4TURKEY is a platform belonging to “Building Information Modeling and Management Association”. It aims to facilitate the integration of Building Information Modelling and Management (BIM) easier and smoother to the building industry, higher education and public companies.\nWe have founded it to create an atmosphere around the subject of BIM. Now, it has turned into an umbrella organization rather than a platform. All the major construction companies (such as TURNER, Kalyon (my current company), BSI and many more) have partnered with us in achieving our mission.\nSPECKLE Contributor\nSpeckle is a cloud based solution for the AEC industry that provides interoperability, real time collaboration, data management, versioning and automation. I am a firm believer in this project and try to contribute by reporting bugs, suggesting new features and creating tutorials that showcases how to use Speckle in our workflows.\nCO.DE:IST CO.DE:IST is a community of Computational Design enthusiasts in Istanbul. Our reason for establishing this community was to learn from each other and increase the knowledge in our country. We get together every two weeks and each week has its topic. That week’s speaker presents his work to the community. Presentation topics can be a solution brought by the speakers in their workflow processes via Dynamo, Grasshopper or Revit API. We have learned a lot from each other since this community was formed.\nOSArch Community The Open-Source Architecture Community brings together like-minded users and developers who share a common goal: that the built environment can be designed, constructed, operated, and recycled with free/libre and open-source software, with increased transparency, and a more ethical approach.\nI have been involved with the OSArch community for about a year now. I have been creating graphic designs🖼 for meetups and operating the OSArch Youtube Channel🔴.\n","permalink":"https://bimgeek.github.io/cv/","summary":"Mücahit Bilal GÖKER Summary ✍  I am an architect with experience in a wide variety of project scales and types, worked with designers, engineers and contractors in all phases of building design and construction. I leverage BIM, VDC and Design Technology to provide impactful tools for project success. My current focus is on design automation and leveraging data in BIM models for meaningful results.\n\r.button {\rdisplay: flex;\rheight: 50px;\rmargin: auto;\rpadding: 0;\rbackground: #356fdc;\rborder: none;\routline: none;\rborder-radius: 5px;\roverflow: hidden;\rfont-size: 16px;\rfont-weight: 600;\rcursor: pointer;\r}\r.","title":"Curriculum-Vitae"}]