public void singleTopCalc()
{
//clean up object and list
CleanCalcObj();
//get start och stop value, validated in mainInterface
long[] intStartStop = mainInterface.ReturnSingleTopCalcValues();
long startV = intStartStop[0];
long stopV = intStartStop[1];
//setup CalcObj
GameObject go = Instantiate(prefab, new Vector3(0, 0, 0), Quaternion.identity);
CalcObj calcObj = go.GetComponent(typeof(CalcObj)) as CalcObj;
//current value to chop down
long firstVal = startV;
long attackingVal = stopV;
calcObj.kindOfCalculation = "reducing from top";
calcObj.attackAtThisValue = firstVal;
calcObj.calculationRecord = firstVal.ToString();
ListCalcObjects.Add(calcObj);
long iter = 0;
//nothing to attack with, continue;
if (attackingVal == 0)
{
calcObj.DidHitZero = false;
calcObj.remainder = firstVal;
calcObj.requiredNmbOfOperations = 0;
mainInterface.AddToOutput("AttackingValue = 0");
return;
}
long escaper = 0;
//attacking value
while (true)
{
iter++;
firstVal -= attackingVal;
//Debug.Log("firstval: " + firstVal + " attackingval; " + attackingVal);
calcObj.calculationRecord += "-" + attackingVal.ToString();
if (firstVal == 0)
{
Debug.Log("did hit zero");
//did hit zero
calcObj.DidHitZero = true;
calcObj.remainder = firstVal;
calcObj.requiredNmbOfOperations = iter;
break;
}
if (firstVal < 0)
{
Debug.Log("did overshoot");
//did overshoot
calcObj.DidHitZero = false;
calcObj.remainder = firstVal + attackingVal;
calcObj.requiredNmbOfOperations = iter - 1;
calcObj.calculationRecord += "+" + attackingVal.ToString();
break;
}
while (attackingVal > firstVal)
{
attackingVal = reduceNumberFromTop(attackingVal);
}
if (attackingVal == 0)
{
//nothing more to attack with
calcObj.DidHitZero = false;
calcObj.remainder = firstVal;
calcObj.requiredNmbOfOperations = iter;
break;
}
escaper++;
if (escaper > 1000)
{
Debug.Log("did use escaper for this while loop");
break;
}
}
mainInterface.AddOutputLeftCalc(ListCalcObjects);
}
public void topCalcFrac()
{
//clean up object and list
CleanCalcObj();
//get start and stop value
long[] intStartStop = mainInterface.ReturnStartAndStopTopCalcFrac();
long startV = intStartStop[0];
long stopV = intStartStop[1];
if (stopV - startV > 200)
{
//safety
stopV = startV + 200;
mainInterface.AddToOutput("Safety is on, only doing 200 iterations for .");
}
long currFirstVal = startV + 1;
//loop through start and stop value
for (long i = startV - 1; i < stopV; i++)
{
//setup CalcObj
GameObject go = Instantiate(prefab, new Vector3(0, 0, 0), Quaternion.identity);
CalcObj calcObj = go.GetComponent(typeof(CalcObj)) as CalcObj;
//current value to chop down
long firstVal = i + 1;
//reduce number from top
long attackingVal = reduceNumberFromTop(firstVal);// firstVal / 10;
calcObj.kindOfCalculation = "reducing from top";
calcObj.attackAtThisValue = firstVal;
calcObj.calculationRecord = firstVal.ToString();
ListCalcObjects.Add(calcObj);
long iter = 0;
//nothing to attack with, continue;
if (attackingVal == 0)
{
calcObj.DidHitZero = false;
calcObj.remainder = firstVal;
calcObj.requiredNmbOfOperations = 0;
//break loop and continue with next value
continue;
}
long escaper = 0;
//attacking value
while (true)
{
iter++;
firstVal -= attackingVal;
//Debug.Log("firstval: " + firstVal + " attackingval; " + attackingVal);
calcObj.calculationRecord += "-" + attackingVal.ToString();
if (firstVal == 0)
{
Debug.Log("did hit zero");
//did hit zero
calcObj.DidHitZero = true;
calcObj.remainder = firstVal;
calcObj.requiredNmbOfOperations = iter;
break;
}
if (firstVal < 0)
{
Debug.Log("did overshoot");
//did overshoot
calcObj.DidHitZero = false;
calcObj.remainder = firstVal + attackingVal;
calcObj.requiredNmbOfOperations = iter - 1;
calcObj.calculationRecord += "+" + attackingVal.ToString();
break;
}
while (attackingVal > firstVal)
{
//attackingVal = reduceNumberFromTop(attackingVal);
attackingVal = reduceNumberFromTop(firstVal); // /= 10;
}
if (attackingVal == 0)
{
//nothing more to attack with
calcObj.DidHitZero = false;
calcObj.remainder = firstVal;
calcObj.requiredNmbOfOperations = iter;
break;
}
escaper++;
if (escaper > 100)
{
Debug.Log("did use escaper for this while loop");
break;
}
}
//Debug.Log(iter);
/* */
}
mainInterface.AddOutputLeftCalc(ListCalcObjects);
}
