public void saveBoss()
{
//path = Application.dataPath + "/SAVES/testSave.txt";
turrets = GameObject.FindGameObjectsWithTag("turret Main");
for (int i = 0; i < turrets.Length; i++)
{
saveTurretSubwave temp = SaveSubwaveStorage(turrets[i].GetComponent <turretSubwaveStorage>());
SaveText += JsonUtility.ToJson(temp) + "\n";
}
#if UNITY_STANDALONE
var SaveWindowBuild = StandaloneFileBrowser.SaveFilePanel(
"Save texture as PNG",
"",
"boss name" + ".txt",
"txt");
if (SaveWindowBuild.Length != 0)
{
File.WriteAllText(SaveWindowBuild, SaveText);
}
#endif
}
IEnumerator loadBossTile()
{
spawnedTurret = Instantiate(turret, new Vector3(0, 0, 0), transform.rotation) as GameObject;
save = new saveTurretSubwave();
JsonUtility.FromJsonOverwrite(lines[NumOfTurretsLeft], save);
load = LoadSubwaveStorage(save);
setAll(load, spawnedTurret.GetComponent <turretSubwaveStorage>(), spawnedTurret);
spawnedTurret.transform.parent = boss.transform;
spawnedTurret.transform.localPosition = spawnedTurret.GetComponent <turretSubwaveStorage>().turretLocation;
NumOfTurrets = spawnedTurret.GetComponent <turretSubwaveStorage>().TotalNumberOfTurrets;
//Debug.Log(spawnedTurret.GetComponent<turretSubwaveStorage>().spiralDirection[0, 0]);
boss.transform.GetChild(0).GetComponent <bossWaveControl>().setArrays();
boss.transform.GetChild(0).GetComponent <bossWaveControl>().setValues(0);
NumOfTurretsLeft++;
if (NumOfTurretsLeft >= NumOfTurrets)
{
yield return(new WaitForEndOfFrame());
yield return(new WaitForEndOfFrame());
}
else
{
yield return(new WaitForEndOfFrame());
yield return(new WaitForEndOfFrame());
StartCoroutine(loadBossTile());
}
}
//sets all the values in the saveTurretSubwave script with the values in temp
public saveTurretSubwave SaveSubwaveStorage(turretSubwaveStorage temp)
{
save = new saveTurretSubwave();
save.totalWaveCount = temp.totalWaveCount;
save.SubwaveCount = temp.SubwaveCount;
save.TotalNumberOfTurrets = temp.TotalNumberOfTurrets;
save.turretLocation = temp.turretLocation;
save.activeInWave = temp.activeInWave;
save.isDestroyable = temp.isDestroyable;
save.numberActiveStreams = temp.numberActiveStreams;
save.subwaveDuration = temp.subwaveDuration;
save.turretHealth = temp.turretHealth;
//Loops
int count = 0;
//Debug.Log("");
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < 16; j++)
{
//Debug.Log(count + " ," + i+ " ,"+j);
save.streamEnabled[count] = temp.streamEnabled[j, i];
save.turretSavedOnce[count] = temp.turretSavedOnce[j, i];
save.fireType[count] = temp.fireType[j, i];
save.targetingType[count] = temp.targetingType[j, i];
save.rotateSpeed[count] = temp.rotateSpeed[j, i];
//public Vector4[] temp = new Vector4[16];
// Target player settings
save.smoothTarget[count] = temp.smoothTarget[j, i];
save.smoothTargetSpeed[count] = temp.smoothTargetSpeed[j, i];
save.targetPlayerOffsetAmmount[count] = temp.targetPlayerOffsetAmmount[j, i];
// arc targetting settings
save.rotateAngleDirection[count] = temp.rotateAngleDirection[j, i];
save.rotateAngleWidth[count] = temp.rotateAngleWidth[j, i];
// spiral targetting settings
save.spiralDirection[count] = temp.spiralDirection[j, i];
//single direction settings
save.singleDirDirection[count] = temp.singleDirDirection[j, i];
//Bullet fire variables
save.bulletFormation[count] = temp.bulletFormation[j, i];
save.numOfBullets[count] = temp.numOfBullets[j, i];
//firerate determines the gap between each burst of shots
save.firerate[count] = temp.firerate[j, i];
//bullet delay determins the gap between each individual bullet in a burst (if they are staggered)
save.bulletDelay[count] = temp.bulletDelay[j, i];
save.bulletSpeedIncreaseAmmount[count] = temp.bulletSpeedIncreaseAmmount[j, i];
save.angleBetweenBullets[count] = temp.angleBetweenBullets[j, i];
save.bulletRandomRange[count] = temp.bulletRandomRange[j, i];
save.shotgunStraight[count] = temp.shotgunStraight[j, i];
save.bulletSpeedIncreaseCheck[count] = temp.bulletSpeedIncreaseCheck[j, i];
//individual bullet settings (what movement type they use their speed etc)
save.bulletMovementType[count] = temp.bulletMovementType[j, i];
save.bulletBaseSpeed[count] = temp.bulletBaseSpeed[j, i];
//sin wave storage
save.bulletAmplitude[count] = temp.bulletAmplitude[j, i];
save.bulletFrequency[count] = temp.bulletFrequency[j, i];
//variable speed storage
save.bulletMaxSpeed[count] = temp.bulletMaxSpeed[j, i];
save.bulletMinSpeed[count] = temp.bulletMinSpeed[j, i];
save.bulletSpeedChangeFrequency[count] = temp.bulletSpeedChangeFrequency[j, i];
//travel then target storage
save.timeUntilChange[count] = temp.timeUntilChange[j, i];
save.newTargetingType[count] = temp.newTargetingType[j, i];
save.speedAfterTarget[count] = temp.speedAfterTarget[j, i];
save.bulletType[count] = temp.bulletType[j, i];
count++;
}
//count++;
}
return(save);
}
