Arrows: compute and display

Computing and displaying arrows

To compute arrows, the user has to:

Step	Action
1	In the Post processing menu, select Arrows on conductors or Arrows on 2D grids and then click on one of the spatial quantities available
2	In the dialog box that appears: select one or several unidirectional, bidirectional or 2D grid supports possibly choose the component (X, Y or Z) of the spatial quantity to display; if none is selected, Flux PEEC will display the vector of the quantity considered if a component (X, Y or Z) has been selected, choose the appropriate coordinate system for its designation
→	The arrows are calculated and displayed on the support selected in the graphic window.

Step

Action

In the Post processing menu, select Arrows on conductors or Arrows on 2D grids and then click on one of the spatial quantities available

In the dialog box that appears:

select one or several unidirectional, bidirectional or 2D grid supports
possibly choose the component (X, Y or Z) of the spatial quantity to display; if none is selected, Flux PEEC will display the vector of the quantity considered
if a component (X, Y or Z) has been selected, choose the appropriate coordinate system for its designation

→

The arrows are calculated and displayed on the support selected in the graphic window.

The arrows are displayed in the graphic window whose appearance and look change as shown in the figure below.

It contains the following zones:

the arrows plotting on the supports previously selected by the user
the color shade which specifies the correspondence between the color shade and the spatial values displayed on the supports; this pallet can be resized and/or moved on the arrows plotting by means of the mouse in order to distinguish more easily the value of the spatial quantity at each point of the support. It has to be noticed, at the bottom, a zone indicating the phase whose signification is explained below
the pallet bounds, i.e. the limits of the color shade; these values can be changed by the user
only for the current density and the magnetic flux density, a phase indication. It represents an additional phase difference that the user can apply to all the voltage and current sources and thus to the spatial quantity considered. That way, the user can see the evolution of the spatial quantity on a complete period of the sine signal
arrows setting tools enabling the adjustment of their graphical aspect. Especially:
- the density: the arrows can be loosen for a better understanding of the plotting
- the size which can be variable or not with the enlargement/reduction of the picture in the graphic window
- the color shade: several pallets are available
- the shape: several classical shapes available
- the shape precision