void OnTriggerEnter(Collider other)
{
if (other.tag.Equals("Player"))
{
LoggingActivityPlayerBehavior.SetSnapInfo(parentFelledTree, transform, true, location);
}
}
void OnTriggerExit(Collider other)
{
if (other.tag.Equals("Player"))
{
LoggingActivityPlayerBehavior.SetSnapInfo(false);
}
}
void OnTriggerEnter(Collider other)
{
if (other.tag.Equals("Player"))
{
Debug.Log("can snap");
int side = 0;
switch (name)
{
case "snap_01":
side = 0;
break;
case "snap_02":
side = 3;
break;
case "snap_03":
side = 1;
break;
case "snap_04":
side = 2;
break;
}
LoggingActivityPlayerBehavior.SetSnapInfo(parentTree, transform, true, side);
}
}
void Fall(int side)
{
int oppositeSide = side % 2 == 0 ? (side + 1) : (side - 1);
transform.parent.GetComponentInChildren <LoggingActivityInteractPrompt>().HideUI();
ApplyFallingForce(oppositeSide);
hasFallen = true;
foreach (ForestTreeSnapSpot snap in transform.GetComponentsInChildren <ForestTreeSnapSpot>())
{
snap.enabled = false;
}
LoggingActivityPlayerBehavior.UnsnapPlayer();
GetComponent <ForestTreeBehavior>().enabled = false;
int qualityAverage = QualityMinigame.CalculateAverageGrade();
qualityAverage = Mathf.Clamp(qualityAverage, 0, maxQualityGrade.GetHashCode());
QualityGrade gatheredQuality = (QualityGrade)qualityAverage;
HomesteadStockpile.UpdateTreesCountAtGrade(gatheredQuality, 1);
Debug.Log("Gathered Grade: " + gatheredQuality);
//Visually phase tree out
Invoke("PhaseOutTree", 5);
}
void OnTriggerEnter(Collider other)
{
if (other.tag.Equals("Player"))
{
LoggingActivityPlayerBehavior.SetSnapInfo(parentLog, transform, true, index);
}
}
void OnTriggerExit(Collider other)
{
if (other.tag.Equals("Player"))
{
Debug.Log("cannot snap");
LoggingActivityPlayerBehavior.SetSnapInfo(false);
}
}
void SawThrough(int loc)
{
if (locationFullySawed[0] && locationFullySawed[1])
{
LoggingActivityPlayerBehavior.UnsnapPlayer();
int qualityAverage = QualityMinigame.CalculateAverageGrade();
qualityAverage = Mathf.Clamp(qualityAverage, 0, maxQualityGrade.GetHashCode());
QualityGrade gatheredQuality = (QualityGrade)qualityAverage;
HomesteadStockpile.UpdateLogsCountAtGrade(gatheredQuality, 3);
HomesteadStockpile.UpdateTreesCountAtGrade(maxQualityGrade, -1);
Debug.Log("Gathered Grade: " + gatheredQuality);
Invoke("PhaseOutLogs", 1.0f);
}
}
void Split()
{
ApplySplitForce();
LoggingActivityPlayerBehavior.UnsnapPlayer();
int qualityAverage = QualityMinigame.CalculateAverageGrade(HomesteadStockpile.GetLogsCountAtGrade(maxQualityGrade));
qualityAverage = Mathf.Clamp(qualityAverage, 0, maxQualityGrade.GetHashCode());
QualityGrade gatheredQuality = (QualityGrade)qualityAverage;
HomesteadStockpile.UpdateFirewoodCountAtGrade(gatheredQuality, QualityMinigame.GetUngradedFirewood());
QualityMinigame.ClearUngradedFirewood();
Debug.Log("Gathered Grade: " + gatheredQuality);
Invoke("PhaseOutFirewood", 5f);
}
public void CutSide(int side)
{
int oppositeSide = side % 2 == 0 ? (side + 1) : (side - 1);
int axisCount = sideCutsCount[side] + sideCutsCount[oppositeSide];
if (axisCount < 9)
{
upperCutBlock.CutFace(side);
lowerCutBlock.CutFace(side);
sideCutsCount[side]++;
}
else
{
LoggingActivityPlayerBehavior.SetCanPerformAction(false);
PlayerHud.ToggleQualityGame(true);
QualityMinigame.StartGame();
StartCoroutine(FallAfterGrade(side));
}
}
void GetGradeFromSliderValue()
{
if (!showedGrade)
{
swingValue = qualitySlider.value < 0.5f ?
Mathf.Floor(qualitySlider.value * 100) / 100 : swingValue = qualitySlider.value != 0.5f ?
Mathf.Ceil(qualitySlider.value * 100) / 100 : 0.5f;
int gradeInt = FloatToGradeInt(swingValue, LoggingActivityPlayerBehavior.GetCurrentActivity());
swingGrades.Add(gradeInt);
ShowGradePopup(gradeInt);
Debug.Log("Slider to Grade");
showedGrade = true;
// Debug.Log("Player Swing (Slider): " + qualitySlider.value);
// Debug.Log("Player Swing (Rounded): " + swingValue);
// Debug.Log("Player Swing (Grade): " + (QualityGrade)gradeInt);
}
}
public void SawLocation(int loc)
{
if (locationStrokeCounts[loc] == 0)
{
logMarks[loc].SetActive(false);
}
if (locationStrokeCounts[loc] < 5)
{
int cut01 = loc == 0 ? 0 : 2;
int cut02 = loc == 0 ? 1 : 3;
locationStrokeCounts[loc]++;
sawProgressCuts[cut01].CutFace(3);
sawProgressCuts[cut02].CutFace(3);
}
if (locationStrokeCounts[loc] == 5)
{
snapSpots[loc].enabled = false;
locationFullySawed[loc] = true;
LoggingActivityPlayerBehavior.SetCanPerformAction(false);
if (locationFullySawed[0] && locationFullySawed[1])
{
PlayerHud.ToggleQualityGame(true);
QualityMinigame.StartGame();
StartCoroutine(SawThroughAfterGrade(loc));
}
else
{
LoggingActivityPlayerBehavior.UnsnapPlayer();
}
}
}
// public bool PlayerCanStore()
// {
// return HomesteadStockpile.GetFirewoodCountAtGrade(qualityGrade) < PlayerSkills.GetMaxLumberFirewoodValue();
// }
// public QualityGrade GetQualityGrade() { return qualityGrade; }
// public bool HasBeenSplit() { return hasBeenSplit; }
public void ChopLog()
{
HomesteadStockpile.UpdateLogsCountAtGrade(maxQualityGrade, -1);
if (HomesteadStockpile.GetLogsCountAtGrade(maxQualityGrade) > 0)
{
associatedLogPile.UpdateLogPile();
}
QualityMinigame.IncrementUngradedFirewood();
QualityMinigame.SetLastMaxFirewoodGrade(maxQualityGrade);
// hasBeenSplit = true;
if (HomesteadStockpile.GetLogsCountAtGrade(maxQualityGrade) <= 0)
{
LoggingActivityPlayerBehavior.SetLogsRemaining(HomesteadStockpile.GetLogsCountAtGrade(maxQualityGrade));
LoggingActivityPlayerBehavior.SetCanPerformAction(false);
PlayerHud.ToggleQualityGame(true);
QualityMinigame.StartGame();
StartCoroutine(SplitAfterGrade());
}
}
void Start()
{
Instance = this;
}
