Why Insertion Sort Of Property Sorting in Dynamo involves many unnecessary visual nodes which complicates the script. Insertion sort of property is similar in output with Double Sort node but instead of pre-extracting the values to be sorted you just pass as a string the name of the proeperty Description Let’s say you have a setRead more
Description To get the design option of a set of elements (for filtering purposes) you first need to check if the design option is set or not and then access it. For most elements in Dynamo you first need to get the DB element and then access the required property. Solution
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import clr clr.AddReference("RevitAPI"); from Autodesk.Revit.DB import * clr.AddReference("RevitServices") from RevitServices.Persistence import DocumentManager doc = DocumentManager.Instance.CurrentDBDocument def getDesignOptionName(element): el = doc.GetElement(ElementId(element.Id)) if el.DesignOption <> None: return el.DesignOption.Name return "" ret = [] for each in IN[0]: ret.append(getDesignOptionName(each)) #Assign your output to the OUT variable. OUT = ret |
Description A computational design approach to sagiita. The sagitta is the height of an arc. It is the perpendicular from the midpoint of the arc’s chord to the arc itself. First step is to define the circle and the equation in a code block Second step is to project the point determined by sagitta heightRead more
Description This computational design algorithm is based on parametric equation of a circle: x = h + r cosθ y = k + r sinθ where h and k are the center point coordinates, r is the radius and θ is the angle between 0 and 360. In dynamo by defining the x and yRead more
Description A point can be defined in relation to it’s position towards a light. How to determine if it’s on the line, on the left or right side? This computational algorithm which is basically just applying a simple mathematical equation will determine on which side a particular point is in reference to a line. TheRead more
Why? In Dynamo you get to deal a lot with lists. In many situations the core nodes are enough and you can build most of the need functionality with them. However this in some cases turns out to be extremely tedios and it removes the focus in the script from it’s actual value to theRead more
Description If you want to rotate an element (but not passing a value to the rotate parameter) you can use the transform util provided by Revit. Just make sure that the passed line is an Autodesk.Revit.DB.Line Solution
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import re; clr.AddReference("RevitAPI"); from Autodesk.Revit.DB import ElementId as DBElementId from Autodesk.Revit.DB import ElementTransformUtils as DBElementTransformUtils clr.AddReference("RevitServices") import RevitServices from RevitServices.Persistence import DocumentManager from RevitServices.Transactions import TransactionManager doc = DocumentManager.Instance.CurrentDBDocument TransactionManager.Instance.EnsureInTransaction(doc) #_line is an Autodesk.Revit.DB.Line element def rotateElement(element, _line, _angle): try: DBElementTransformUtils.RotateElement(doc, DBElementId(element.Id), _line, _angle); return element; except: return "Error Rotating"; OUT = rotateElement(IN[0], IN[1]) |
Description Dynamo handles lacing on it’s own(provided that the python script is within a custom node), however sometimes you may have to handle multi-dimensional arrays by your self. The solution is simple, you use recursivity. Basically you iterate through each element in the list and if the item is a list, then apply the iterateRead more
Description To handle lists in Dynamo you may want to choose the python editor. It’s a very strong tool but taking the non-typed nature of python it’s not that easy determining what kind of input data you have. Even if IronPython is integrated in the .NET framework you cannot just test for IEnumerable interfaces asRead more
To write a library for dynamo in c# you need to add a reference to several libraries. The easiest way would be to use Visual Studio Package Manager, in there you type “Dynamo Visual Programming” and install the following: An important thing about writing your method in dynamo is provide functionality for multiple cases. InRead more
Auto Numbering of Windows/Doors/Rooms/Family Instances by chosing one of the 3 types of algorithms available
Quick selection with filters to have an accurate selection
Format the numbers by adding prefix, suffix and even add characters if the element is mirrored.
Change names in the grid for Views (Schedules, Legends, Reports, ViewSheets, Views)
Change name, department, occupancy, the number for Rooms
Change names of Materials, Areas, DesignOptions, Groups, Parts
Excel support for exporting, changing, importing
Rename individual Family/Family Type name by double clicking in the table
Add texts add the beginning or end of a name or group of names using Wrapper options
Find and replace for a name or a group of names
Use validation rules to check and correct the names you have
