
Another scenario that I have created with my design is shown in this example.
The problem we are facing here is that when using a front / rear chain motor arrangement, I have asked
for too much upward tilt on the array. This doesn’t mean that I have over-stressed any of the rigging,
it means that I have unloaded the rear motor altogether and the entire array is hanging from the front
or downstage motor. I could, in this example, remove the rear motor and the array would hang at the
exact same angle it is right now.
Rotating the array too far forward can also create the same scenario in reverse where the rear motor will
be supporting the entire weight of the array while the front motor has gone completely loose.
Once this happens in Resolution, the array will not be able to be tilted any further. You are asking the
software to virtually create an array that practically cannot be accomplished in the real world so it stops
you there.
In the array pane, the loudspeaker arrays dimensions are displayed.
On the vertical axis is the arrays height.
On the horizontal axis its depth.
Across the bottom the dimensions are displayed including the arrays weight which includes the weight
of the bumper but not the weight of the chain motors or speaker cable. You must determine what these
pieces weigh and add them into the overall weight of the array.
Dimensions of the arrays are very useful when space is limited in either a portable or permanent setup.
Hovering your mouse over any of the data points of the array will display the weight placed on the
rigging at that particular point.
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