myogen.simulator.SurfaceElectrodeArray.__init__

SurfaceElectrodeArray.__init__(

num_rows: int,

num_cols: int,

inter_electrode_distances__mm: Quantity__mm,

electrode_radius__mm: Quantity__mm,

center_point__mm_deg: tuple[Quantity__mm, Quantity__deg] = (0.0 * pq.mm, 0.0 * pq.deg),

bending_radius__mm: Quantity__mm = 0.0 * pq.mm,

rotation_angle__deg: Quantity__deg = 0.0 * pq.deg,

differentiation_mode: Literal['monopolar', 'bipolar_longitudinal', 'bipolar_transversal', 'laplacian'] = 'monopolar',

)

Parameters:

• num_rows (int)

• num_cols (int)

• inter_electrode_distances__mm (Annotated[Quantity, IsAttr['dimensionality', IsAttr['unicode', IsEqual['mm']]]])

• electrode_radius__mm (Annotated[Quantity, IsAttr['dimensionality', IsAttr['unicode', IsEqual['mm']]]])

• center_point__mm_deg (tuple[Annotated[Quantity, IsAttr['dimensionality', IsAttr['unicode', IsEqual['mm']]]], Annotated[Quantity, IsAttr['dimensionality', IsAttr['unicode', IsEqual['deg']]]]])

• bending_radius__mm (Annotated[Quantity, IsAttr['dimensionality', IsAttr['unicode', IsEqual['mm']]]])

• rotation_angle__deg (Annotated[Quantity, IsAttr['dimensionality', IsAttr['unicode', IsEqual['deg']]]])

• differentiation_mode (Literal['monopolar', 'bipolar_longitudinal', 'bipolar_transversal', 'laplacian'])