public void ChangeLolFunction(LoLFunction newLolFunction)
{
if (!newLolFunction.isDumbGraphFunction)
{
uiLinks.questionText.text = newLolFunction.ToString();
uiLinks.sampleInputText.text = GV.OutputSampleInput(newLolFunction.inputVars);
uiLinks.graphFunctionObject.SetActive(false);
uiLinks.questionText.gameObject.SetActive(true);
}
else
{
//uiLinks.questionText.text = newLolFunction.ToString();
uiLinks.sampleInputText.text = GV.OutputSampleInput(newLolFunction.inputVars);
uiLinks.graphFunctionObject.SetActive(true);
uiLinks.questionText.gameObject.SetActive(false);
float slope = newLolFunction.coefficents[0];
if (newLolFunction.isGraphCoefficientInverse)
{
slope = 1f / slope;
}
int offset = newLolFunction.coefficents[3];
//int output = newLolFunction.Solve();
int scale = 1;
//while (output > (scale * 8))
// scale *= 2;
for (int i = 0; i < 5; i++)
{
uiLinks.graphTextX[i].text = uiLinks.graphTextY[i].text = (i * scale * 2).ToString();
}
float curveOffset = 0.1111f * offset / scale;
uiLinks.graphCurve.anchorMin = new Vector2(uiLinks.graphCurve.anchorMin.x, curveOffset);
uiLinks.graphCurve.anchorMax = new Vector2(uiLinks.graphCurve.anchorMax.x, curveOffset);
float curveAngle = Mathf.Atan(slope * graphAspect) * 180f / Mathf.PI;
uiLinks.graphCurve.localEulerAngles = new Vector3(uiLinks.graphCurve.localEulerAngles.x, uiLinks.graphCurve.localEulerAngles.y, curveAngle);
}
}
public string DebugOutput()
{
//return inputVars[0]*coefficents[0] + inputVars[1] * coefficents[1] + inputVars[2] * coefficents[2] + coefficents[3];
return(string.Format("Level{0}, Function:{1}, Inputs:{2}, Ans:{3}", currentLevel, ToString(), GV.OutputSampleInput(inputVars), Solve()));
}
