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[PTRun]Add setting for different trigonometric units in Calculator (#36717)

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* Added angle units to PowerToys Run Calculator plugin.

* Update Resources.resx

* Added GitHub SpellCheck rule for 'gradians'.

---------

Co-authored-by: Heiko <61519853+htcfreek@users.noreply.github.com>
This commit is contained in:
Nathan Gill
2025-01-17 16:13:41 +00:00
committed by GitHub
parent 1aaf764c14
commit 458e5c5509
7 changed files with 250 additions and 106 deletions
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62
src/modules/launcher/Plugins/Microsoft.PowerToys.Run.Plugin.Calculator.UnitTest/ExtendedCalculatorParserTests.cs
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@@ -279,5 +279,67 @@ namespace Microsoft.PowerToys.Run.Plugin.Calculator.UnitTests
Assert.IsNotNull(result);
Assert.AreEqual(expectedResult, result.Result);
}
[DataTestMethod]
[DataRow("sin(90)", "sin((pi / 180) * (90))")]
[DataRow("arcsin(0.5)", "(180 / pi) * (arcsin(0.5))")]
[DataRow("sin(sin(30))", "sin((pi / 180) * (sin((pi / 180) * (30))))")]
[DataRow("cos(tan(45))", "cos((pi / 180) * (tan((pi / 180) * (45))))")]
[DataRow("arctan(sin(30))", "(180 / pi) * (arctan(sin((pi / 180) * (30))))")]
[DataRow("sin(cos(tan(30)))", "sin((pi / 180) * (cos((pi / 180) * (tan((pi / 180) * (30))))))")]
[DataRow("sin(arcsin(0.5))", "sin((pi / 180) * ((180 / pi) * (arcsin(0.5))))")]
[DataRow("sin(30) + cos(60)", "sin((pi / 180) * (30)) + cos((pi / 180) * (60))")]
[DataRow("sin(30 + 15)", "sin((pi / 180) * (30 + 15))")]
[DataRow("sin(45) * cos(45) - tan(30)", "sin((pi / 180) * (45)) * cos((pi / 180) * (45)) - tan((pi / 180) * (30))")]
[DataRow("arcsin(arccos(0.5))", "(180 / pi) * (arcsin((180 / pi) * (arccos(0.5))))")]
[DataRow("sin(sin(sin(30)))", "sin((pi / 180) * (sin((pi / 180) * (sin((pi / 180) * (30))))))")]
[DataRow("log(10)", "log(10)")]
[DataRow("sin(30) + pi", "sin((pi / 180) * (30)) + pi")]
[DataRow("sin(-30)", "sin((pi / 180) * (-30))")]
[DataRow("sin((30))", "sin((pi / 180) * ((30)))")]
[DataRow("arcsin(1) * 2", "(180 / pi) * (arcsin(1)) * 2")]
[DataRow("cos(1/2)", "cos((pi / 180) * (1/2))")]
[DataRow("sin ( 90 )", "sin ((pi / 180) * ( 90 ))")]
[DataRow("cos(arcsin(sin(45)))", "cos((pi / 180) * ((180 / pi) * (arcsin(sin((pi / 180) * (45))))))")]
public void UpdateTrigFunctions_Degrees(string input, string expectedResult)
{
// Call UpdateTrigFunctions in degrees mode
string result = CalculateHelper.UpdateTrigFunctions(input, CalculateEngine.TrigMode.Degrees);
// Assert
Assert.IsNotNull(result);
Assert.AreEqual(expectedResult, result);
}
[DataTestMethod]
[DataRow("sin(90)", "sin((pi / 200) * (90))")]
[DataRow("arcsin(0.5)", "(200 / pi) * (arcsin(0.5))")]
[DataRow("sin(sin(30))", "sin((pi / 200) * (sin((pi / 200) * (30))))")]
[DataRow("cos(tan(45))", "cos((pi / 200) * (tan((pi / 200) * (45))))")]
[DataRow("arctan(sin(30))", "(200 / pi) * (arctan(sin((pi / 200) * (30))))")]
[DataRow("sin(cos(tan(30)))", "sin((pi / 200) * (cos((pi / 200) * (tan((pi / 200) * (30))))))")]
[DataRow("sin(arcsin(0.5))", "sin((pi / 200) * ((200 / pi) * (arcsin(0.5))))")]
[DataRow("sin(30) + cos(60)", "sin((pi / 200) * (30)) + cos((pi / 200) * (60))")]
[DataRow("sin(30 + 15)", "sin((pi / 200) * (30 + 15))")]
[DataRow("sin(45) * cos(45) - tan(30)", "sin((pi / 200) * (45)) * cos((pi / 200) * (45)) - tan((pi / 200) * (30))")]
[DataRow("arcsin(arccos(0.5))", "(200 / pi) * (arcsin((200 / pi) * (arccos(0.5))))")]
[DataRow("sin(sin(sin(30)))", "sin((pi / 200) * (sin((pi / 200) * (sin((pi / 200) * (30))))))")]
[DataRow("log(10)", "log(10)")]
[DataRow("sin(30) + pi", "sin((pi / 200) * (30)) + pi")]
[DataRow("sin(-30)", "sin((pi / 200) * (-30))")]
[DataRow("sin((30))", "sin((pi / 200) * ((30)))")]
[DataRow("arcsin(1) * 2", "(200 / pi) * (arcsin(1)) * 2")]
[DataRow("cos(1/2)", "cos((pi / 200) * (1/2))")]
[DataRow("sin ( 90 )", "sin ((pi / 200) * ( 90 ))")]
[DataRow("cos(arcsin(sin(45)))", "cos((pi / 200) * ((200 / pi) * (arcsin(sin((pi / 200) * (45))))))")]
public void UpdateTrigFunctions_Gradians(string input, string expectedResult)
{
// Call UpdateTrigFunctions in gradians mode
string result = CalculateHelper.UpdateTrigFunctions(input, CalculateEngine.TrigMode.Gradians);
// Assert
Assert.IsNotNull(result);
Assert.AreEqual(expectedResult, result);
}
}
}