set_SAR function

Set up a spatial prior

set_SAR(
  lambda_a = 1.01,
  lambda_b = 1.01,
  lambda = 0,
  lambda_scale = 0.1,
  lambda_min = -1,
  lambda_max = 1 - 1e-12,
  delta_a = 1.01,
  delta_b = 1.01,
  delta = 1,
  delta_scale = 0,
  delta_min = 1e-12,
  delta_max = Inf
)

set_SLX(
  lambda_a = 1.01,
  lambda_b = 1.01,
  lambda = 0,
  lambda_scale = 0.1,
  lambda_min = -1,
  lambda_max = 1 - 1e-12,
  delta_a = 1.01,
  delta_b = 1.01,
  delta = 1,
  delta_scale = 0,
  delta_min = 1e-12,
  delta_max = Inf
)

set_SEM(
  lambda_a = 1.01,
  lambda_b = 1.01,
  lambda = 0,
  lambda_scale = 0.1,
  lambda_min = -1,
  lambda_max = 1 - 1e-12,
  delta_a = 1.01,
  delta_b = 1.01,
  delta = 1,
  delta_scale = 0,
  delta_min = 1e-12,
  delta_max = Inf
)

Arguments

• lambda_a, lambda_b: Numeric scalars with the prior shapes of the connectivity strength 'lambda'.
• lambda, delta: Numerics with starting values for the respective parameter.
• lambda_scale: Numeric scalar with the proposal scale of 'lambda'.
• lambda_min, lambda_max: Numeric scalars with upper and lower bounds for 'lambda'.
• delta_a, delta_b: Numeric scalars with the prior shapes of the connectivity parameter 'delta'.
• delta_scale: Numeric scalar with the proposal scale of 'delta'. Defaults to zero for a fixed value.
• delta_min, delta_max: Numeric scalars with upper and lower bounds for 'delta'.

Returns

Returns a list with priors and settings.