Specifications

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G-WARE SOFTWARE • FILTER CONFIGURATION

To begin, click Add Filter. This adds a filter to the graph.

Select the filter Type in the Type drop-down menu. Note that the other

menus change, depending on which filter you select. You can use these

menus to customize the filter, or use the mouse to click and drag the

node on the graph to a location that reflects the changes you wish to

make.

You can continue to add filters to the graph, and track their relationships

to each other to design a system with the sound characteristics

necessary for good audio.

Phase plots the phase response of the frequency response of the

selected filter.

Bypass All bypasses all filters.

Add Filter adds a filter to the graph.

Remove Filter removes the selected filter from the graph.

Table View toggles between the Processing Filters Window graph view

and the Processing Filters Window table view. The table view allows you

to configure filters in a table format rather than on the graph, and

provides an easy way to check filter status.

Processing Channels allows you to display the graphs of various

processing channels together, so you can view and easily modify filter

and equalizer settings throughout the frequency range. Click the

respective letter to place a processor in the graph. Click the Active

processor you wish to modify; it appears in bold on the graph.

Refer to the example shown in the Low/Mid/High Loudspeaker Driver

window on page 50. Note that as you create filters across several

processing channels, you can observe their crossover points and

general shape of the frequency response. In this case, several Linkwitz-

Riley filters are being created across three processing channels to

establish a balanced frequency response from low-frequency,

midrange, and high-frequency transducers.