Click in the column to the left in the row that you wish to activate. Select each attribute that you wish to display in your new legend. Start by giving your new Legend a name (such as “New Legend”). If it does not, you can create a new Label Legend by selecting “Add” This will open another window with the title “Add New Legend”įill out this form. If your file has Label Legends already defined, they will appear in this window. This will open new Label Legend Manager window. In order to edit an old legend or create a new one choose Spotlight/Label Legend/Label Legend Menu from the drop-down menu as shown above. If you are working with a new file, you will need to create one. If you are working with a pre-existing file, your Vectorworks file may already have one or more Label Legends in existence. In order to change these elements, you will need to edit the Label Legend This has no effect upon the size of the lettering or the size of the containers. In the last post I explained how to edit the 2-D portion of the symbols to create the bolder outline. the fixture on the right appears as it would if a designer were to use the default symbols available in the symbol library and the default containers (circle & octagon) and the default label size. The instrument on the left features a bolder outline and larger labels and label containers. Below is an example of 2 lights on a light plot. In general, if you need all mathematical rigor in 2- or 3-D motion, you can simply put $-\hat$ on it.A few weeks ago I promised to continue explaining how a Lighting Designer can override the default symbols and label legend formats to increase the emphasis of the fixtures and associated labels on a Vectorworks light plot.
If you have 1-D motion, your need to indicate direction is minimal it will either be positive or negative. If you are working on a free body diagram, you don't need to complicate the equation to include the direction since you draw the arrow to indicate the direction.
This is somewhat common one suggestion given by many physics teachers and texts is to use scalars when possible in order to reduce the complexity of having to solve vector equations.Īs we know, the direction is simply opposite the direction of motion (for kinetic friction it is opposite the direction the object would be moving for static friction).
Since the equation in the book does not include harpoons above either force, you can accept the equation as providing only the magnitude of the force of friction, based on the magnitude of the normal force. That is a great observation regarding the vector nature of friction that is not treated in the text however the notation in the book is strictly correct.
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