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#include "catch.hpp"
#include "../src/wallssurveyparser.h"
#include "approx.h"
using namespace dewalls;
typedef UnitizedDouble<Angle> UAngle;
TEST_CASE( "azimuth parsing tests" , "[dewalls, azimuth]" ) {
SECTION( "defaultUnit works") {
CHECK( WallsSurveyParser("2.5").azimuth(Angle::Degrees) == UAngle(2.5, Angle::Degrees) );
CHECK( WallsSurveyParser("2.5").azimuth(Angle::Gradians) == UAngle(2.5, Angle::Gradians) );
}
SECTION( "units suffixes work" ) {
CHECK( WallsSurveyParser("2.5g").azimuth(Angle::Degrees) == UAngle(2.5, Angle::Gradians) );
CHECK( WallsSurveyParser("2.5m").azimuth(Angle::Degrees) == UAngle(2.5, Angle::MilsNATO) );
}
SECTION( "percentGrade doesn't work" ) {
WallsSurveyParser parser("2.5p");
REQUIRE( parser.azimuth(Angle::Degrees) == UAngle(2.5, Angle::Degrees) );
REQUIRE_THROWS( parser.endOfLine() );
}
SECTION( "negative numbers work for azimuthOffset" ) {
CHECK( WallsSurveyParser("-2.5").azimuthOffset(Angle::Degrees) == UAngle(-2.5, Angle::Degrees) );
}
SECTION( "negative numbers throw for azimuth") {
CHECK_THROWS( WallsSurveyParser("-2.5").azimuth(Angle::Degrees));
}
SECTION( "degrees:minutes:seconds work" ) {
CHECK( WallsSurveyParser("5:4:23").azimuth(Angle::Degrees) == UAngle(5 + (4 + 23 / 60.0) / 60.0, Angle::Degrees) );
CHECK( WallsSurveyParser("5:4").azimuth(Angle::Degrees) == UAngle(5 + 4 / 60.0, Angle::Degrees) );
CHECK( WallsSurveyParser("5::23").azimuth(Angle::Degrees) == UAngle(5 + (23 / 60.0) / 60.0, Angle::Degrees) );
CHECK( approxEquals(WallsSurveyParser("::23.5").azimuth(Angle::Degrees), UAngle((23.5 / 60.0) / 60.0, Angle::Degrees)) );
CHECK( WallsSurveyParser(":4").azimuth(Angle::Degrees) == UAngle(4 / 60.0, Angle::Degrees) );
}
SECTION( "basic quadrants work" ) {
CHECK( WallsSurveyParser("N30E").azimuth(Angle::Gradians) == UAngle(30, Angle::Degrees) );
CHECK( WallsSurveyParser("N30W").azimuth(Angle::Degrees) == UAngle(330, Angle::Degrees) );
CHECK( WallsSurveyParser("E30N").azimuth(Angle::Degrees) == UAngle(60, Angle::Degrees) );
CHECK( WallsSurveyParser("E30S").azimuth(Angle::Degrees) == UAngle(120, Angle::Degrees) );
CHECK( WallsSurveyParser("S30E").azimuth(Angle::Degrees) == UAngle(150, Angle::Degrees) );
CHECK( WallsSurveyParser("S30W").azimuth(Angle::Degrees) == UAngle(210, Angle::Degrees) );
CHECK( WallsSurveyParser("W30S").azimuth(Angle::Degrees) == UAngle(240, Angle::Degrees) );
CHECK( WallsSurveyParser("W30N").azimuth(Angle::Degrees) == UAngle(300, Angle::Degrees) );
}
SECTION( "advanced quadrants work" ) {
CHECK( WallsSurveyParser("N30.5E").azimuth(Angle::Degrees) == UAngle(30.5, Angle::Degrees) );
CHECK( WallsSurveyParser("N30:30E").azimuth(Angle::Degrees) == UAngle(30.5, Angle::Degrees) );
CHECK( WallsSurveyParser("N30:30:30E").azimuth(Angle::Degrees) == UAngle(30.5 + 30 / 3600.0, Angle::Degrees) );
CHECK( WallsSurveyParser("N30::30E").azimuth(Angle::Degrees) == UAngle(30 + 30 / 3600.0, Angle::Degrees) );
CHECK( approxEquals(WallsSurveyParser("N::30.5E").azimuth(Angle::Degrees), UAngle(30.5 / 3600.0, Angle::Degrees)) );
CHECK( WallsSurveyParser("N:30E").azimuth(Angle::Degrees) == UAngle(.5, Angle::Degrees) );
CHECK( WallsSurveyParser("N30gE").azimuth(Angle::Degrees) == UAngle(30, Angle::Gradians) );
}
SECTION( "misc invalid values throw" ) {
CHECK_THROWS( WallsSurveyParser("").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser("-").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser("-.").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser(".").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser("+2").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser(" ").azimuth(Angle::Degrees) );
}
SECTION( "out of range values throw" ) {
CHECK_THROWS( WallsSurveyParser("360.00001").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser("-0.00001").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser("400.00001g").azimuth(Angle::Gradians) );
CHECK_THROWS( WallsSurveyParser("-0.00001g").azimuth(Angle::Gradians) );
CHECK_THROWS( WallsSurveyParser("N90.00001E").azimuth(Angle::Degrees) );
CHECK_THROWS( WallsSurveyParser("N100.00001gE").azimuth(Angle::Gradians) );
}
}
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