Esempi in Python per calc_theta_offs_camera

Esempio n. 1

File: fact_to_dl3.py Progetto: LukasBeiske/aict-tools

def calc_source_features_common(
    prediction_x,
    prediction_y,
    source_zd,
    source_az,
    pointing_position_zd,
    pointing_position_az,
):
    result = {}
    result['theta_deg'] = calc_theta_camera(
        prediction_x,
        prediction_y,
        source_zd=source_zd,
        source_az=source_az,
        zd_pointing=pointing_position_zd,
        az_pointing=pointing_position_az,
    )

    theta_offs = calc_theta_offs_camera(
        prediction_x,
        prediction_y,
        source_zd=source_zd,
        source_az=source_az,
        zd_pointing=pointing_position_zd,
        az_pointing=pointing_position_az,
        n_off=5,
    )
    for i, theta_off in enumerate(theta_offs, start=1):
        result['theta_deg_off_{}'.format(i)] = theta_off
    return result

Esempio n. 2

File: fact_to_dl3.py Progetto: fact-project/classifier-tools

def calc_source_features_common(
    source_x,
    source_y,
    source_zd,
    source_az,
    pointing_position_zd,
    pointing_position_az,
):
    result = {}
    result['theta_deg'] = calc_theta_camera(
        source_x,
        source_y,
        source_zd=source_zd,
        source_az=source_az,
        zd_pointing=pointing_position_zd,
        az_pointing=pointing_position_az,
    )
    theta_offs = calc_theta_offs_camera(
        source_x,
        source_y,
        source_zd=source_zd,
        source_az=source_az,
        zd_pointing=pointing_position_zd,
        az_pointing=pointing_position_az,
        n_off=5,
    )
    for i, theta_off in enumerate(theta_offs, start=1):
        result['theta_deg_off_{}'.format(i)] = theta_off
    return result

Esempio n. 3

def calc_source_features_common(
    prediction_x,
    prediction_y,
    source_zd,
    source_az,
    pointing_position_zd,
    pointing_position_az,
):
    result = {}

    k_zd, k_az = "zd_prediction", "az_prediction"
    result[k_zd], result[k_az] = camera_to_horizontal(
        prediction_x,
        prediction_y,
        pointing_position_zd,
        pointing_position_az,
    )
    result["theta_deg"] = calc_theta_camera(
        prediction_x,
        prediction_y,
        source_zd=source_zd,
        source_az=source_az,
        zd_pointing=pointing_position_zd,
        az_pointing=pointing_position_az,
    )

    theta_offs = calc_theta_offs_camera(
        prediction_x,
        prediction_y,
        source_zd=source_zd,
        source_az=source_az,
        zd_pointing=pointing_position_zd,
        az_pointing=pointing_position_az,
        n_off=5,
    )
    for i, theta_off in enumerate(theta_offs, start=1):
        result["theta_deg_off_{}".format(i)] = theta_off
    return result