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Huron & SNAP Documentation

Huron & SNAP Documentation

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Editing a BinScape Object<br />

↓ To edit the details of Source<br />

Objects<br />

↓ To reset the position of a<br />

Listener (receiver) or Source<br />

Object<br />

Room Switching<br />

↓ To switch rooms<br />

Custom Room Filter Specifications<br />

THE SIMULATION TOOLS<br />

1. Select the Source Object to edit from the BinScape object<br />

list. The source object will be highlighted. Click Edit.<br />

Alternatively, double-click the Source Object in the<br />

BinScape object list.<br />

2. Edit Name, Location channels, Angle channels and<br />

Directivity Factors as required.<br />

3. Click OK to accept the changes, or click Cancel to ignore<br />

the changes.<br />

1. Select the Sound or Listener Object to edit by clicking on the<br />

Source Object in the BinScape object list.<br />

2. Click Reset.<br />

The sound or Listener Object location will be set to the origin<br />

point at 0.00, 0.00, 0.00.<br />

BinScape allows the simulated room to be switched smoothly<br />

between three options representing spaces of varied acoustical<br />

damping and size properties.<br />

• Switch the current room filter using the Room listbox on the<br />

main dialog or by sending the <strong>SNAP</strong>SetRoom command<br />

while the Socket application is running.<br />

BinScape allows the user to load a new binaural room filter that<br />

replaces the first standard room filter set. The user can then<br />

switch between the remaining standard rooms (Two and Three)<br />

and the new Custom room.<br />

1. Load a new binaural room filter set by selecting "Load<br />

Custom…" from the Room listbox and following the<br />

prompts to load the Left and Right filters.<br />

2. The custom filter will replace Room One on the DSP. You<br />

can now switch between the Custom room and standard<br />

rooms Two and Three.<br />

3. A valid custom Room filter set consists of two .sim files,<br />

each 6144 samples long, where the first sample of each<br />

filter occurs at t=384*Ts, Ts=sample period. Ie, you can<br />

make a valid Room filter file by taking a complete binaural<br />

room impulse response for each ear, discarding the first 384<br />

samples and truncating the result at 6144 samples long.<br />

HURON TECHNICAL MANUAL PAGE 77

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