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MrUnfunnyMrUnfunny
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fix: fixed test
1 parent 8a7eea0 commit d202fd7

2 files changed

Lines changed: 34 additions & 78 deletions

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‎pubspec.yaml‎

Lines changed: 1 addition & 1 deletion
Original file line numberDiff line numberDiff line change
@@ -1,6 +1,6 @@
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name: astro_calculations
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description: A starting point for Dart libraries or applications.
3-
version: 0.0.0
3+
version: 0.0.1
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homepage: https://github.com/MrUnfunny/astro_calculations
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environment:
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sdk: ">=2.10.0 <3.0.0"

‎test/solar_test.dart‎

Lines changed: 33 additions & 77 deletions
Original file line numberDiff line numberDiff line change
@@ -4,137 +4,93 @@ import 'package:astro_calculations/src/solar_calc.dart';
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import 'data/solar_test_data.dart';
55

66
void main() {
7+
group('Julian Day Tests', () {
8+
test('Get Julian Day from Gregorian Day', () {
9+
for (var dateTime in TestData['julianDayTestData'].keys) {
10+
expect(getJulianDay(dateTime), equals(TestData['julianDayTestData'][dateTime]));
11+
}
12+
});
13+
14+
test('Get Gregorian Day from Julian Day', () {
15+
final _reversedMap = TestData['julianDayTestData'].map((key, value) => MapEntry(value, key));
16+
for (var julianDay in TestData['julianDayTestData'].values) {
17+
expect(getGregorianDay(julianDay), equals(_reversedMap[julianDay]));
18+
}
19+
});
20+
});
21+
722
group('Heliocentric Calculations', () {
823
test('Get Heliocentric Latitude', () {
9-
expect(getHeliocentricLatitude(TestData['julianMillenium']),
10-
closeTo(TestData['heliocentricLatitude'], 0.001));
24+
expect(getHeliocentricLatitude(TestData['julianMillenium']), closeTo(TestData['heliocentricLatitude'], 0.001));
1125
});
1226

1327
test('Get Heliocentric longitude', () {
14-
expect(getHeliocentricLongitude(TestData['julianMillenium']),
15-
closeTo(TestData['heliocentricLongitude'], 0.001));
28+
expect(getHeliocentricLongitude(TestData['julianMillenium']), closeTo(TestData['heliocentricLongitude'], 0.001));
1629
});
1730

1831
test('Get Earth Radius Vector', () {
19-
expect(getEarthRadiusVector(TestData['julianMillenium']),
20-
closeTo(TestData['earthSunDistance'], 0.001));
32+
expect(getEarthRadiusVector(TestData['julianMillenium']), closeTo(TestData['earthSunDistance'], 0.001));
2133
});
2234
});
2335

2436
group('Get Nutation Values', () {
2537
final nutationValue = getNutation(TestData['julianEphemerisCentury']);
2638
test('Get Nutation longitude', () {
27-
expect(nutationValue.longitude,
28-
closeTo(TestData['nutation'].longitude, 0.0000001));
39+
expect(nutationValue.longitude, closeTo(TestData['nutation'].longitude, 0.0000001));
2940
});
3041
test('Get Nutation Obliquity', () {
31-
expect(nutationValue.obliquity,
32-
closeTo(TestData['nutation'].obliquity, 0.0000001));
42+
expect(nutationValue.obliquity, closeTo(TestData['nutation'].obliquity, 0.0000001));
3343
});
3444
});
3545

3646
test('Get true obliquity of ecliptic', () {
37-
expect(
38-
getTrueObliquityOfEcliptic(
39-
TestData['julianMillenium'], TestData['nutation']),
40-
closeTo(TestData['trueObliquityOfEcliptic'], 0.00001));
47+
expect(getTrueObliquityOfEcliptic(TestData['julianMillenium'], TestData['nutation']), closeTo(TestData['trueObliquityOfEcliptic'], 0.00001));
4148
});
4249

4350
test('Get Aberration Correction', () {
44-
expect(getAberrationCorrection(TestData['earthSunDistance']),
45-
closeTo(TestData['aberrationCorrection'], 0.00001));
51+
expect(getAberrationCorrection(TestData['earthSunDistance']), closeTo(TestData['aberrationCorrection'], 0.00001));
4652
});
4753

4854
test('Get Apparent Sun Longitude', () {
49-
expect(
50-
getApparentSunLongitude(TestData['geocentricLongitude'],
51-
TestData['nutation'], TestData['aberrationCorrection']),
52-
closeTo(TestData['apparentSunLongitude'], 0.001));
55+
expect(getApparentSunLongitude(TestData['geocentricLongitude'], TestData['nutation'], TestData['aberrationCorrection']), closeTo(TestData['apparentSunLongitude'], 0.001));
5356
});
5457

5558
test('Get Apparent Sidereal Time', () {
56-
expect(
57-
getApparentSiderealTime(TestData['julianDay'],
58-
TestData['julianMillenium'], TestData['nutation']),
59-
closeTo(TestData['apparentSiderealTime'], 0.01));
59+
expect(getApparentSiderealTime(TestData['julianDay'], TestData['julianMillenium'], TestData['nutation']), closeTo(TestData['apparentSiderealTime'], 0.01));
6060
});
6161
test('Get Geocentric Sun Right Ascension', () {
62-
expect(
63-
getGeocentricSunRightAscension(
64-
TestData['apparentSunLongitude'],
65-
TestData['trueObliquityOfEcliptic'],
66-
TestData['geocentricLatitude']),
67-
closeTo(TestData['geocentricRightAscension'], 0.001));
62+
expect(getGeocentricSunRightAscension(TestData['apparentSunLongitude'], TestData['trueObliquityOfEcliptic'], TestData['geocentricLatitude']), closeTo(TestData['geocentricRightAscension'], 0.001));
6863
});
6964
test('Get Geocentric Sun Declination', () {
70-
expect(
71-
getGeocentricSunDeclination(
72-
TestData['apparentSunLongitude'],
73-
TestData['trueObliquityOfEcliptic'],
74-
TestData['geocentricLatitude']),
75-
closeTo(TestData['geocentricSunDeclination'], 0.001));
65+
expect(getGeocentricSunDeclination(TestData['apparentSunLongitude'], TestData['trueObliquityOfEcliptic'], TestData['geocentricLatitude']), closeTo(TestData['geocentricSunDeclination'], 0.001));
7666
});
7767
test('get Observer local hour angle', () {
78-
expect(
79-
getLocalHourAngle(TestData['apparentSiderealTime'],
80-
TestData['longitude'], TestData['geocentricRightAscension']),
81-
closeTo(TestData['localHourAngle'], 0.01));
68+
expect(getLocalHourAngle(TestData['apparentSiderealTime'], TestData['longitude'], TestData['geocentricRightAscension']), closeTo(TestData['localHourAngle'], 0.01));
8269
});
8370

8471
group('Position of sun with respect to observer on earth', () {
8572
test('get Topocentric Right Ascension', () {
86-
expect(
87-
getTopocentricSunRightAscension(
88-
TestData['projectedRadialDistance'],
89-
TestData['equatorialHorizontalParallaxOfSun'],
90-
TestData['localHourAngle'],
91-
TestData['apparentSunLongitude'],
92-
TestData['trueObliquityOfEcliptic'],
93-
TestData['geocentricLatitude']),
94-
closeTo(TestData['topocentricSunRightAscension'], 0.001));
73+
expect(getTopocentricSunRightAscension(TestData['projectedRadialDistance'], TestData['equatorialHorizontalParallaxOfSun'], TestData['localHourAngle'], TestData['apparentSunLongitude'], TestData['trueObliquityOfEcliptic'], TestData['geocentricLatitude']), closeTo(TestData['topocentricSunRightAscension'], 0.001));
9574
});
9675
test('get Topocentric Sun Declination ', () {
97-
expect(
98-
getTopocentricSunDeclination(
99-
TestData['projectedAxialDistance'],
100-
TestData['equatorialHorizontalParallaxOfSun'],
101-
TestData['localHourAngle'],
102-
TestData['projectedRadialDistance'],
103-
TestData['geocentricSunDeclination']),
104-
closeTo(TestData['topocentricSunDeclination'], 0.0001));
76+
expect(getTopocentricSunDeclination(TestData['projectedAxialDistance'], TestData['equatorialHorizontalParallaxOfSun'], TestData['localHourAngle'], TestData['projectedRadialDistance'], TestData['geocentricSunDeclination']), closeTo(TestData['topocentricSunDeclination'], 0.0001));
10577
});
10678
});
10779

10880
test('get Topocentric Local Hour Angle', () {
10981
//Value of parallaxInSunRightAscension is calculated from this program itself since I couldn't find any data for it
110-
expect(
111-
getTopocentricLocalHourAngle(TestData['localHourAngle'],
112-
TestData['parallaxInSunRightAscension']),
113-
closeTo(TestData['topocentricLocalHourAngle'], 0.0001));
82+
expect(getTopocentricLocalHourAngle(TestData['localHourAngle'], TestData['parallaxInSunRightAscension']), closeTo(TestData['topocentricLocalHourAngle'], 0.0001));
11483
});
11584

11685
test('get Topocentric Zenith Angle', () {
117-
expect(
118-
getTopocentricZenithAngle(
119-
TestData['latitude'],
120-
TestData['topocentricSunDeclination'],
121-
TestData['topocentricLocalHourAngle'],
122-
TestData['pressure'],
123-
TestData['temperatureInCelsius']),
124-
closeTo(TestData['topocentricZenithAngle'], 0.0001));
86+
expect(getTopocentricZenithAngle(TestData['latitude'], TestData['topocentricSunDeclination'], TestData['topocentricLocalHourAngle'], TestData['pressure'], TestData['temperatureInCelsius']), closeTo(TestData['topocentricZenithAngle'], 0.0001));
12587
});
12688

12789
test('get Topocentric Azimuth Angle', () {
128-
expect(
129-
getTopocentricAzimuthAngle(TestData['topocentricLocalHourAngle'],
130-
TestData['latitude'], TestData['topocentricSunDeclination']),
131-
closeTo(TestData['topocentricAzimuthAngle'], 0.0001));
90+
expect(getTopocentricAzimuthAngle(TestData['topocentricLocalHourAngle'], TestData['latitude'], TestData['topocentricSunDeclination']), closeTo(TestData['topocentricAzimuthAngle'], 0.0001));
13291
});
13392

13493
test('get Topocentric Incidence Angle', () {
135-
expect(
136-
getIncidenceAngle(TestData['topocentricZenithAngle'], TestData['slope'],
137-
TestData['slopeOrientation'], TestData['topocentricAzimuthAngle']),
138-
closeTo(TestData['incidenceAngle'], 0.001));
94+
expect(getIncidenceAngle(TestData['topocentricZenithAngle'], TestData['slope'], TestData['slopeOrientation'], TestData['topocentricAzimuthAngle']), closeTo(TestData['incidenceAngle'], 0.001));
13995
});
14096
}

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