If you remember this, it will make everything easier. So: editing a sketch or a feature is time-travel. In all the cases that I've seen, there is always an ordering that will satsify all the requirements of building a design. If you need something in SketchB in SketchA, then, it's best to create SketchB before SketchA. So, when you edit Sketch1, Fusion "rolls back" the timeline to a point before Extrude1 and Sketch2 existed, to prevent these types of cycles from being created.Īnd yes, this does require you to plan your design a little. The balance line always extends from the base of the neck (where it meets the shoulders) straight to the ground. the line which determines the body’s center of gravity.
#Body sketch fashion how to#
So, you cannot create a dependency from Sketch2 -> Sketch1, or you would have a cycle. Fashion Sketching 101: How to Draw a Female Fashion Figure Step 1. So, if you have Sketch1, and an Extrude1 that consumes it, then you create Sketch2 by sketching on a face produced by Extrude1, you have a dependency chain from Sketch1 -> Extrude1 -> Sketch2. Fashion models are, on average, 8 to 9 heads tall. The total height of an adult human being is anywhere from 7 to 8 head lengths, on average. Parametric modelers such as Fusion then have to prevent you from creating circular dependencies. In fashion illustration, the figure you’re drawing is usually divided up according to the size of the head. This results in a dependency from the sketch to the feature. That is, you can have features that depend on sketch geometry, such that, if you edit the sketch, the feature will update. This is necessary because this style of modeling is associative. So, yes, everything after that sketch is no longer available.
When you edit a sketch or a feature, you are really time-traveling back to the point in time when that sketch was first created.
The timeline at the bottom of the screen is a historical record of operations that you have done. It is a common question among people who are not familiar with history-based parametric modeling.
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