//! 国土地理院によるオリジナルの TKY2JGD と比較するテスト。
#![cfg(feature = "tky2jgd")]

use jgd::{Dms, LatLon, Tokyo};

mod testing;

fn test_to_jgd2000(tokyo: LatLon<Dms>, expected: LatLon<Dms>) {
    let ret = Tokyo::new(tokyo.to_degrees())
        .unwrap()
        .to_jgd2000()
        .degrees();
    testing::assert_distance(ret, expected.to_degrees())
}

#[test]
fn 村松() {
    let tokyo = LatLon(Dms(36, 27, 39.20500), Dms(140, 35, 06.11100));
    let expected = LatLon(Dms(36, 27, 50.58487), Dms(140, 34, 54.10080));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 高野() {
    let tokyo = LatLon(Dms(36, 25, 45.63400), Dms(140, 32, 47.46200));
    let expected = LatLon(Dms(36, 25, 57.02524), Dms(140, 32, 35.46640));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 東石川() {
    let tokyo = LatLon(Dms(36, 24, 51.26200), Dms(140, 32, 15.86100));
    let expected = LatLon(Dms(36, 25, 02.65997), Dms(140, 32, 03.86700));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 長砂() {
    let tokyo = LatLon(Dms(36, 24, 45.41400), Dms(140, 34, 58.52400));
    let expected = LatLon(Dms(36, 24, 56.81069), Dms(140, 34, 46.51725));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 防風() {
    let tokyo = LatLon(Dms(36, 24, 26.50200), Dms(140, 36, 17.04000));
    let expected = LatLon(Dms(36, 24, 37.90364), Dms(140, 36, 05.02858));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 雷() {
    let tokyo = LatLon(Dms(36, 24, 09.22100), Dms(140, 31, 26.34100));
    let expected = LatLon(Dms(36, 24, 20.61785), Dms(140, 31, 14.36101));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 前浜() {
    let tokyo = LatLon(Dms(36, 22, 57.11200), Dms(140, 36, 16.01100));
    let expected = LatLon(Dms(36, 23, 08.52178), Dms(140, 36, 03.99552));
    test_to_jgd2000(tokyo, expected);
}

#[test]
fn 海上() {
    let tokyo = LatLon(Dms(36, 18, 35.99000), Dms(143, 00, 00.00000));
    let expected = LatLon(Dms(36, 18, 47.72512), Dms(142, 59, 47.29009));
    test_to_jgd2000(tokyo, expected);
}