![]() ![]() This will produce a discretized drawing of the data, but will be truer to the actual data since the element data is not interpolated before displaying. However, when this option is turned of, element data will be displayed by using a single color for each element. When displaying element data, PostView will first project the element data to the nodes to produce a smooth rendering of the data. Nodal values - PostView defines nodal data and element data.Color map: defines the color map that PostView will use to color the model.When this option is off, a discrete set of colors is used instead. When gradient smoothing is on, the fringe colors are smoothed to produce a continuous transition between fringes. Gradient smoothing - PostView colors the material by drawing a fringe plot of the selected data field.The color of the model is defined by the data field and the color gradient (see below). Data field - allows the user to select the data field that PostView will use to define the color of the model.The following properties are defined for the color map. The properties will then be listed in the Properties Window below. The Color Map’s properties can be accessed by selecting the item in the Model Viewer entitled Color Map. If there is a better way to do this than importing the stl and txt files I am happy to change, I would prefer to do this the "right" way now to be able to take advantage of all the capabilities of postview.The Color Map defines how PostView will calculate the color that is used to display the model in the Graphics View. This is my first attempt to work with the febio software suite, so I don't know very much about the file formats you use. Also if possible I would like to be able to load the femur cartilage and pressure data and the tibia cartilage and pressure data at the same time.ģ) Is there a way to save a user defined color map?Ĥ) Is there a way to import kinematics as well? This way I could import the femur cartilage and tibia cartilage and show them in motion. I would like to be able to load the cartilage mesh and the bone mesh for visualization. This works well for visualizing pressure maps, however I have the following problems:ġ) it is very tedious because I have to add the time steps individually (usually > 100 for a gait simulation) in the state manager.Ģ) I can only load one stl file. stl file in PostView, use the state manager to add each time step, and then use the data manager to "add data from file". txt file with the pressure values at each node of the mesh for every time step of the simulation. stl file of the cartilage geometry, and a. I am hoping to use postview to visualize my simulated pressure values.Īt the moment I am writing an. I am using an elastic foundation model to compute cartilage contact surface pressures for the knee in a multibody simulation of gait in our custom simulation framework. This release contains many improvements, such as better performance of the reactive viscoelastic framework, faster startup of FSI models, box constraints for constrained levmar optimization, new rendering features, and more. FEBio Studio 1.8 has been released! It comes with FEBio 3.7.The FEBio software downloads and knowledgebase can be found here. This will allow you to stay up to date on recent activity on the forum. You can subscribe to forums by pressing the "Subscribe" button at the top of the forum. Moderators are here to assist with explaining novel features, addressing bug reports and reviewing feature requests, but the effectiveness of the forum depends critically on the participation of experienced users who can assist novices or share ideas and models that explore challenging problems. A broad level of participation is encouraged, to create a vibrant community that helps improve the quality and usefulness of these open-source/free software products. Forum participants are encouraged to post questions, as well as answer posts from others. This forum serves the community of FEBio and FEBio Studio users and developers. ![]()
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