public void HtTrendlineFloat()
{
// Arrange
Fixture fixture = new();
const int startIdx = 0;
const int endIdx = 99;
float[] real = fixture.CreateMany <float>(100).ToArray();
// Act
var actualResult = TAMath.HtTrendline(
startIdx,
endIdx,
real);
// Assert
actualResult.Should().NotBeNull();
actualResult.RetCode.Should().Be(RetCode.Success);
}
public void MacdFixDouble()
{
// Arrange
Fixture fixture = new();
const int startIdx = 0;
const int endIdx = 99;
double[] real = fixture.CreateMany <double>(100).ToArray();
// Act
var actualResult = TAMath.MacdFix(
startIdx,
endIdx,
real);
// Assert
actualResult.Should().NotBeNull();
actualResult.RetCode.Should().Be(RetCode.Success);
}
public void AroonOscFloat()
{
// Arrange
Fixture fixture = new();
const int startIdx = 0;
const int endIdx = 99;
float[] high = fixture.CreateMany <float>(100).ToArray();
float[] low = fixture.CreateMany <float>(100).ToArray();
// Act
var actualResult = TAMath.AroonOsc(
startIdx,
endIdx,
high,
low);
// Assert
actualResult.Should().NotBeNull();
actualResult.RetCode.Should().Be(RetCode.Success);
}
public void MinusDMFloat()
{
// Arrange
Fixture fixture = new();
const int startIdx = 0;
const int endIdx = 99;
double[] high = fixture.CreateMany <double>(100).ToArray();
double[] low = fixture.CreateMany <double>(100).ToArray();
// Act
var actualResult = TAMath.MinusDM(
startIdx,
endIdx,
high,
low);
// Assert
actualResult.Should().NotBeNull();
actualResult.RetCode.Should().Be(RetCode.Success);
}
public void MovingAverageVariablePeriodFloat()
{
// Arrange
Fixture fixture = new();
const int startIdx = 0;
const int endIdx = 99;
float[] real = fixture.CreateMany <float>(100).ToArray();
float[] periods = fixture.CreateMany <float>(100).ToArray();
// Act
var actualResult = TAMath.MovingAverageVariablePeriod(
startIdx,
endIdx,
real,
periods);
// Assert
actualResult.Should().NotBeNull();
actualResult.RetCode.Should().Be(RetCode.Success);
}
public void CdlInvertedHammerFloat()
{
// Arrange
Fixture fixture = new();
const int startIdx = 0;
const int endIdx = 99;
float[] open = fixture.CreateMany<float>(100).ToArray();
float[] high = fixture.CreateMany<float>(100).ToArray();
float[] low = fixture.CreateMany<float>(100).ToArray();
float[] close = fixture.CreateMany<float>(100).ToArray();
// Act
var actualResult = TAMath.CdlInvertedHammer(
startIdx,
endIdx,
open,
high,
low,
close);
// Assert
actualResult.Should().NotBeNull();
actualResult.RetCode.Should().Be(RetCode.Success);
}
