receive_hosts:
  - ["10.0.12.90", 8008]
  - ["10.0.12.91", 8008]

transmit_host: ["10.0.12.64", 8008]
check_hosts: True
antennas:
  order:
    - [['10.0.12.91', 8008], 0]
    - [['10.0.12.91', 8008], 1]
    - [['10.0.12.90', 8008], 0]
    - [['10.0.12.90', 8008], 1]

  # The spacing between antennas in the linear antenna array in meters
  spacing: 0.0285

collection_sample_rate: 20 # Hz
processing_sample_rate: 2 # Hz

# The central Wi-Fi channel to be used for data collection
# Should match one of the channels in the standard
# https://en.wikipedia.org/wiki/List_of_WLAN_channels
central_freq: 2442 # MHz

# The channel width in MHz. The options are 20, 40, 80, and 160 MHz
channel_width: 20

# frame_format: Can be HT, VHT, HE for the frame format used by
# 802.11n, 802.11ac, 802.11ax respectively
frame_format: VHT

preprocessing:
  subcarrier_step: 1 # Skip every xth subcarrier to improve performance

  # The steps to be applied to the samples before denoising, in this order
  steps:
    - fill_pilots
    - skip_subcarriers
    - remove_agc
    - remove_sfo

  # Type of denoising to apply after preprocessing, when accessing
  # the sample for the main application processing
  denoising: median

  # The duration of the window to use for the denoising step (in seconds)
  denoising_window: 1

music:
  # The threshold to use to split the noise and signal subspaces
  eigval_threshold: 100

  # The resolution of the heatmap generated
  heatmap:
    theta_resolution: 100
    tof_resolution: 100
    tof_max: 2e-8