public void ChangeSides()
{
if (!game_over)
{
// Stop normal "end turn" text, if applicable
FindObjectOfType <TurnText>().StopAndReset();
// Move "switch sides" text
FindObjectOfType <MovingUI>().StartMoving();
if (Possession.team == Team.A)
{
current_phase = Phase.TeamBAct;
Possession.team = Team.B;
field_generator.GenerateField(1);
StartCoroutine(StartRound());
}
else
{
current_phase = Phase.TeamAAct;
Possession.team = Team.A;
field_generator.GenerateField(0);
StartCoroutine(StartRound());
}
FindObjectOfType <ShotClock>().Restart();
}
}
public void GenerateSelectableLevelFields()
{
if (fieldGenerator == null)
{
fieldGenerator = GetComponent <FieldGenerator>();
}
for (int i = 0; i < levelNodeFields.Length; i++)
{
List <FieldGenerator.Node> nodes = fieldGenerator.GenerateField(levelNodeFields[i].FieldSize, levelNodeFields[i].LevelStartDirection, levelNodeFields[i].SpiralCounting, levelNodeFields[i].StartCountingValue, levelNodeFields[i].IsHorizontal);
foreach (FieldGenerator.Node node in nodes)
{
Vector2 gridPosition = node.Position + levelNodeFields[i].FieldPosition;
Vector2 nodePositionOffset = new Vector2(node.Position.x * levelNodeFields[i].ObjectToBuild.transform.localScale.x, node.Position.y * levelNodeFields[i].ObjectToBuild.transform.localScale.y);
Vector2 fieldPositionOffset = new Vector2(levelNodeFields[i].FieldPosition.x * levelNodeFields[i].ObjectToBuild.transform.localScale.x, levelNodeFields[i].FieldPosition.y * levelNodeFields[i].ObjectToBuild.transform.localScale.y);
Vector2 positionOffset = nodePositionOffset + fieldPositionOffset;
Vector2 gridSpacingOffset = new Vector2(positionOffset.x * gridSpacing.x, positionOffset.y * gridSpacing.y);
Vector2 nodePosition = positionOffset + gridSpacingOffset;
LevelProgressState status = gameStateModel.Get().CompletedLevels.Contains(node.Counter) ? LevelProgressState.Finished : LevelProgressState.Locked;
ISelectableLevel levelNode = InstantiateSelectableLevel(levelNodeFields[i].ObjectToBuild, gameObject, nodePosition, node.Counter, status);
selectableLevels.Add(gridPosition, levelNode);
}
}
}
void Awake()
{
current_phase = Phase.TeamAAct;
field_generator = FindObjectOfType <FieldGenerator>();
field_generator.GenerateField(0);
StartCoroutine(StartRound());
Utils.DehighlightTiles();
}
void Start()
{
if (difficulty == Team.Empty)
{
difficulty = Team.Red;
}
field.ySize = field.xSize = size;
field2.ySize = field2.xSize = size;
field2.GenerateField();
field.GenerateField();
StartGame();
}
public void ChangeSides(bool shot_clock_out = false)
{
// Tutorial
if (Progression.level == 0)
{
FindObjectOfType <TutorialController>().Scored();
return;
}
if (!game_over)
{
Possession.passes_this_turn = 0;
GetComponent <AIController>().StopAllCoroutines();
// Stop normal "end turn" text, if applicable
FindObjectOfType <TurnText>().StopAndReset();
// Move "switch sides" text
FindObjectOfType <MovingUI>().StartMoving(shot_clock_out);
if (Possession.team == Team.A)
{
current_phase = Phase.TeamBAct;
Possession.team = Team.B;
field_generator.GenerateField();
StartCoroutine(StartRound());
}
else
{
current_phase = Phase.TeamAAct;
Possession.team = Team.A;
field_generator.GenerateField();
StartCoroutine(StartRound());
}
FindObjectOfType <ShotClock>().Restart();
FindObjectOfType <TimeCounter>().DecreaseTime();
}
}
public override void OnInspectorGUI()
{
DrawDefaultInspector();
FieldGenerator generator = (FieldGenerator)target;
if (GUILayout.Button("Create field!"))
{
generator.GenerateField();
}
if (GUILayout.Button("Clear field!"))
{
generator.ClearField();
}
}
void Awake()
{
Possession.team = Team.A;
if (Possession.team == Team.A)
{
current_phase = Phase.TeamAAct;
}
else
{
current_phase = Phase.TeamBAct;
}
field_generator = FindObjectOfType <FieldGenerator>();
field_generator.GenerateField();
StartCoroutine(StartRound());
Utils.DehighlightTiles();
}
public void NewField()
{
//DestroyChildren();
DestroyObjects(Visualf);
SpriteRenderer b = Sprites[0].GetComponent <SpriteRenderer>();
Vector3 size = b.bounds.size;
float px = b.sprite.pixelsPerUnit;
GhostX = (TWidth / 2) - (GhostW + 1) / 2;
field = FieldGenerator.GenerateField(rand.Next(-1000, 1000), TWidth, THeight, GhostY, GhostW, GhostH);
float xr = size.x / px;
float yr = size.y / px;
Size = new Vector3(xr, yr, 0);
transform.localScale = new Vector3(TWidth * xr, THeight * yr, 1);
wh = (TWidth / 2.0f);
hh = (THeight / 2.0f);
wr = (transform.localScale.x / TWidth);
hr = (transform.localScale.y / THeight);
Visualf = fillTiles(Sprites, field, TWidth, THeight, Size, transform);
// transform.localScale = new Vector3(TWidth * xr-(xr/2), THeight * yr-(yr/2), 1);
}
void Start()
{
fieldgenerator.GenerateField();
unitgenerator.GenerateUnits();
}
