public float calculatePoints()
{
float multiplier = 0;
switch (phase)
{
case pointsCalculationPhases.NONE:
points = base_points * 10;
outputText = "Puntos base: " + base_points + " puntos x 10 = " + points;
phase = pointsCalculationPhases.BASE;
multiplier = 10;
break;
case pointsCalculationPhases.BASE:
float percentTimeLeft = (total_time - time_spent) / total_time; //0->1
float timeExtra = roundToTwo(1.0f + (percentTimeLeft * 9.0f));
points = points * timeExtra;
outputText += "\nTiempo: " + (percentTimeLeft * 100) + "% restante. x" + timeExtra + " = " + points;
phase = pointsCalculationPhases.TIME;
multiplier = timeExtra;
break;
case pointsCalculationPhases.TIME:
float livesLeftPoints = roundToTwo((remaining_lives * 0.25f) + 0.75f);
points = points * livesLeftPoints;
outputText += "\nVidas: " + remaining_lives + " de 3. x" + livesLeftPoints + " = " + points;
phase = pointsCalculationPhases.LIFE;
multiplier = livesLeftPoints;
break;
case pointsCalculationPhases.LIFE:
float colectPoints;
switch (colectionables_taken)
{
case 1: colectPoints = 1.5f; break;
case 2: colectPoints = 2.5f; break;
case 3: colectPoints = 4f; break;
default: colectPoints = 1; break;
}
points = points * colectPoints;
outputText += "\nColeccionables: " + colectionables_taken + " de 3. x" + colectPoints + " = " + points;
phase = pointsCalculationPhases.COLLECTIBLES;
multiplier = colectPoints;
break;
case pointsCalculationPhases.COLLECTIBLES:
//PACIFIST
if (num_enemies > 0 && enemies_defeated == 0)
{
points = points * 3.0f;
outputText += "\nPacifista. x3 = " + points;
multiplier = 3.0f;
}
phase = pointsCalculationPhases.PACIFIST;
break;
case pointsCalculationPhases.PACIFIST:
//GENOCIDE
if (num_enemies > 0 && enemies_defeated == num_enemies)
{
points = points * 4.0f;
outputText += "\nGenocida. x4 = " + points;
multiplier = 4.0f;
}
phase = pointsCalculationPhases.GENOCIDE;
break;
case pointsCalculationPhases.GENOCIDE:
//PERMADEATH
if (!checkpoint_used)
{
points = points * 10.0f;
outputText += "\nPermadeath. x10 = " + points;
multiplier = 10.0f;
}
phase = pointsCalculationPhases.PERMADEATH;
break;
case pointsCalculationPhases.PERMADEATH:
//GODMODE
if (death_positions.Count == 0)
{
points = points * 15.0f;
outputText += "\nGodMode. x15 = " + points;
multiplier = 15.0f;
}
phase = pointsCalculationPhases.GODMODE;
break;
case pointsCalculationPhases.GODMODE:
//COMBO
if (combo_done)
{
points = points * 1.25f;
outputText += "\nCombo. x1.2 = " + points;
multiplier = 1.25f;
}
phase = pointsCalculationPhases.COMBO;
break;
case pointsCalculationPhases.COMBO:
//JINXED
if (jinxed)
{
points = points * 1.12f;
outputText += "\nJinxed. x1.12 = " + points;
multiplier = 1.12f;
}
phase = pointsCalculationPhases.JINXED;
break;
case pointsCalculationPhases.JINXED:
//LAAGGG
if (time_SFPS_used >= 20f)
{
points = points * 1.15f;
outputText += "\nLAAGGGGGG. x1.15 = " + points;
multiplier = 1.15f;
}
phase = pointsCalculationPhases.LAG;
break;
case pointsCalculationPhases.LAG:
if (times_retry > 0)
{
points = points / (2 * times_retry);
outputText += "\nRetry penalty: / " + (2 * times_retry) + " = " + points;
multiplier = (2 * times_retry);
}
phase = pointsCalculationPhases.PENALTY;
break;
case pointsCalculationPhases.PENALTY:
outputText += "\nFINAL POINTS: " + points;
finalPoints = points;
phase = pointsCalculationPhases.NONE;
break;
default:
break;
}
return multiplier;
}
public float calculatePoints()
{
float multiplier = 0;
switch (phase)
{
case pointsCalculationPhases.NONE:
points = base_points * 10;
outputText = "Puntos base: " + base_points + " puntos x 10 = " + points;
phase = pointsCalculationPhases.BASE;
multiplier = 10;
break;
case pointsCalculationPhases.BASE:
float percentTimeLeft = (total_time - time_spent) / total_time; //0->1
float timeExtra = roundToTwo(1.0f + (percentTimeLeft * 9.0f));
points = points * timeExtra;
outputText += "\nTiempo: " + (percentTimeLeft * 100) + "% restante. x" + timeExtra + " = " + points;
phase = pointsCalculationPhases.TIME;
multiplier = timeExtra;
break;
case pointsCalculationPhases.TIME:
float livesLeftPoints = roundToTwo((remaining_lives * 0.25f) + 0.75f);
points = points * livesLeftPoints;
outputText += "\nVidas: " + remaining_lives + " de 3. x" + livesLeftPoints + " = " + points;
phase = pointsCalculationPhases.LIFE;
multiplier = livesLeftPoints;
break;
case pointsCalculationPhases.LIFE:
float colectPoints;
switch (colectionables_taken)
{
case 1: colectPoints = 1.5f; break;
case 2: colectPoints = 2.5f; break;
case 3: colectPoints = 4f; break;
default: colectPoints = 1; break;
}
points = points * colectPoints;
outputText += "\nColeccionables: " + colectionables_taken + " de 3. x" + colectPoints + " = " + points;
phase = pointsCalculationPhases.COLLECTIBLES;
multiplier = colectPoints;
break;
case pointsCalculationPhases.COLLECTIBLES:
//PACIFIST
if (num_enemies > 0 && enemies_defeated == 0)
{
points = points * 3.0f;
outputText += "\nPacifista. x3 = " + points;
multiplier = 3.0f;
}
phase = pointsCalculationPhases.PACIFIST;
break;
case pointsCalculationPhases.PACIFIST:
//GENOCIDE
if (num_enemies > 0 && enemies_defeated == num_enemies)
{
points = points * 4.0f;
outputText += "\nGenocida. x4 = " + points;
multiplier = 4.0f;
}
phase = pointsCalculationPhases.GENOCIDE;
break;
case pointsCalculationPhases.GENOCIDE:
//PERMADEATH
if (!checkpoint_used)
{
points = points * 10.0f;
outputText += "\nPermadeath. x10 = " + points;
multiplier = 10.0f;
}
phase = pointsCalculationPhases.PERMADEATH;
break;
case pointsCalculationPhases.PERMADEATH:
//GODMODE
if (death_positions.Count == 0)
{
points = points * 15.0f;
outputText += "\nGodMode. x15 = " + points;
multiplier = 15.0f;
}
phase = pointsCalculationPhases.GODMODE;
break;
case pointsCalculationPhases.GODMODE:
//COMBO
if (combo_done)
{
points = points * 1.25f;
outputText += "\nCombo. x1.2 = " + points;
multiplier = 1.25f;
}
phase = pointsCalculationPhases.COMBO;
break;
case pointsCalculationPhases.COMBO:
//JINXED
if (jinxed)
{
points = points * 1.12f;
outputText += "\nJinxed. x1.12 = " + points;
multiplier = 1.12f;
}
phase = pointsCalculationPhases.JINXED;
break;
case pointsCalculationPhases.JINXED:
//LAAGGG
if (time_SFPS_used >= 20f)
{
points = points * 1.15f;
outputText += "\nLAAGGGGGG. x1.15 = " + points;
multiplier = 1.15f;
}
phase = pointsCalculationPhases.LAG;
break;
case pointsCalculationPhases.LAG:
if (times_retry > 0)
{
points = points / (2 * times_retry);
outputText += "\nRetry penalty: / " + (2 * times_retry) + " = " + points;
multiplier = (2 * times_retry);
}
phase = pointsCalculationPhases.PENALTY;
break;
case pointsCalculationPhases.PENALTY:
outputText += "\nFINAL POINTS: " + points;
finalPoints = points;
phase = pointsCalculationPhases.NONE;
break;
default:
break;
}
return(multiplier);
}
