![]() The sample rate of the device must match the sample rate of the file. The BRIRs and HpCFs have been sampled at 44100Hz so the sample rate of the playback device must be set to 44100Hz. Sample config.txt in the configuration editor: In Windows 10 this setting can be found in Settings -> System -> Sound -> Sound control panel or Settings -> System -> Sound -> Device properties. Set your sound device's default format to 44100Hz under the properties of your playback device.Alternatively for steps 3 and 4, include a HpCF convolution template and modify it by selecting the desired HpCF WAV file.A compatibility filter is not required for circumaural (over-ear) headphones. In this case, add a new convolution command, then navigate to the Compatibility_Filters folder and select the WAV file for your headphone type. A compatibility filter will also be required if you are using in-ear or on-ear headphones with the BRIRs.Refer to the HpCF page for more information. Add a new convolution command to your config.txt file, then navigate to the HpCFs folder and select the desired HpCF WAV file for headphone correction.A set of BRIR convolution configuration files have been included in the dataset for each room and for a range of common speaker configurations. ![]() Add a new Include control to your config.txt file, then navigate to the E-APO_Configs folder and select a BRIR convolution configuration file for binaural room simulation.Alternatively, the Peace interface may be used to adjust pre-amplification as it offers automatic clipping prevention. The analysis panel may be used to identify potential clipping. The dB value required varies depending on the speaker configuration and filters selected. In the configuration editor, add a Preamp to your config.txt file to reduce any clipping that may result from the convolution.Alternatively, clone the GitHub repository to your computer. Download the latest release of the ASH-IR Dataset and extract the ASH-IR-Dataset folder to the location of your choice.Follow the Equalizer APO installation tutorial.Instructions on how to configure Equalizer APO to use the impulse responses for headphone correction and room simulation are provided below. This impulse response dataset can be used with Equalizer APO, an Audio Processing Object (APO) for Windows featuring convolution capabilities.
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