public void PopulateTile(List <Activity> activities)
{
for (int i = 0; i < activities.Count; i++)
{
GameObject instatiatedIcon = Instantiate(actIconPrefab);
Vector3 iconPos = new Vector3(pivotCenter.transform.position.x, pivotCenter.transform.position.y, pivotCenter.transform.position.z);
ActivityButton activityButton = instatiatedIcon.GetComponent <ActivityButton>();
activityButton.SetActivity(activities[i]);
instatiatedIcon.transform.SetParent(pivotCenter.transform);
iconPos.x = iconPos.x - posXRange + (posXRange * (i + 1)) / activities.Count;
instatiatedIcon.transform.position = iconPos;
}
}
public void PopulateWordNew(List <Activity> activities)
{
//Calcula a qtd de tiles de meio necessários
int midTilesCount = (activities.Count - iconsStart - iconsEnd) / iconsPerTile;
Vector3 initialPosIcon;
Vector3 finalPosIcon;
GameObject instantiatedTile;
Vector3 tilePos = Vector3.zero;
Vector3 intObjPos = Vector3.zero;
//Instanciando o Tile inicial
instantiatedTile = Instantiate(tileStart, tilePos, Quaternion.identity, this.transform);
//Qguarda a posição onde deve ser instanciado o primeiro icone
initialPosIcon = instantiatedTile.GetComponent <TileProperties>().GetPivotPos();
//Instancia a qtd de mid tiles calculada anteriormente
for (int i = 0; i < midTilesCount; i++)
{
tilePos.x += tilesDistance;
instantiatedTile = Instantiate(tileMidle, tilePos, Quaternion.identity, this.transform);
instantiatedTile.GetComponent <TileProperties>().SortTileConfiguration();
}
//Instancia o Tile final
tilePos.x += tilesDistance;
instantiatedTile = Instantiate(tileEnd, tilePos, Quaternion.identity, this.transform);
//Guarda a posiçao onde deve ser instanciado o ultimo icone
finalPosIcon = instantiatedTile.GetComponent <TileProperties>().GetPivotPos();
//Atualiza a posição máxima da câmera
tilePos.x += tilesDistance * (endTileRatio);
camMaxPos = tilePos;
if (fixedCamLimit != null)
{
Camera.main.GetComponent <NewCameraMovement>().SetMaxPos(camMaxPos - fixedCamLimit);
}
else
{
Camera.main.GetComponent <NewCameraMovement>().SetMaxPos(camMaxPos);
}
//Configuração do chão, para englobar todos os tiles instanciados (menos o ultimo)
if (midTilesCount > 1)
{
float midConvert = midTilesCount;
groundSprite.size = new Vector2((midTilesCount * (groundTileMultiplier * 0.8f)) + (groundTileMultiplier), groundSprite.size.y);
groundSprite.transform.position = new Vector3((midConvert / 2 + 0.5f) * tilesDistance, groundSprite.transform.position.y, groundSprite.transform.position.z);
}
else
{
groundSprite.size = new Vector2((midTilesCount + 1) * (groundTileMultiplier), groundSprite.size.y);
groundSprite.transform.position = new Vector3((midTilesCount / 2 + 1) * tilesDistance, groundSprite.transform.position.y, groundSprite.transform.position.z);
}
//Configuração do céu, para englobar todos os tiles
skySprite.size = new Vector2((midTilesCount + 2) * skyTileMultiplier, skySprite.size.y);
skySprite.transform.position = new Vector3(((midTilesCount + 2) / 2) * tilesDistance, skySprite.transform.position.y, skySprite.transform.position.z);
//Instanciando os icones
//Calcula a distância de um para o outro
posXRange = (finalPosIcon.x - initialPosIcon.x) / activities.Count;
Vector3 iconPos = new Vector3(initialPosIcon.x, initialPosIcon.y, initialPosIcon.z);
int notSpawnedInteractble = 0;
int lastInstantiated = 0;
List <GameObject> interactbleObjectsAux = new List <GameObject>();
if (skipFirstInteractble)
{
interactbleObjectsAux.AddRange(interactbleObjects.GetRange(1, interactbleObjects.Count - 1));
}
for (int i = 0; i < activities.Count; i++)
{
GameObject instatiatedIcon = Instantiate(actIconPrefab);
ActivityButton activityButton = instatiatedIcon.GetComponent <ActivityButton>();
activityButton.SetActivity(activities[i]);
instatiatedIcon.transform.SetParent(pivotCenter.transform);
iconPos.y = initialPosIcon.y + Random.Range(-posYRange, posYRange);
instatiatedIcon.transform.position = iconPos;
iconPos.x += posXRange;
if (i >= skipIcons)
{
activityButton.midItem = true;
}
//Sorteia 50% a chance de instanciar um Interactble object
int randomChance = Random.Range(0, 2);
if ((randomChance == 0 || notSpawnedInteractble >= 2) && (interactbleObjects.Count > 0) && i >= skipIcons && (iconPos.x < finalPosIcon.x))
{
if (onlySpawnAbove && (iconPos.y > initialPosIcon.y))
{
continue;
}
if (interactbleObjectsAux.Count == 0)
{
interactbleObjectsAux.AddRange(interactbleObjects.GetRange(0, interactbleObjects.Count));
}
int randomIndex;
//Sorteia um objeto da lista para instanciar
/*do
* {
*
*
* } while (randomIndex == lastInstantiated);
*/
randomIndex = Random.Range(0, interactbleObjectsAux.Count);
lastInstantiated = randomIndex;
GameObject interactbleObject = Instantiate(interactbleObjectsAux[randomIndex]);
interactbleObjectsAux.RemoveAt(randomIndex);
intObjPos.z = iconPos.z;
//Verifica se o ultimo item está a cima ou abaixo e define o range Y do item a partir disso
if (iconPos.y > initialPosIcon.y)
{
//O Icone foi instanciado a cima do meio
intObjPos.y = Random.Range(initialPosIcon.y - posYRange, iconPos.y - interactbleObject.GetComponent <ClickCollider>().securityMargin);
}
else
{
//O Icone foi instanciado abaixo do meio
intObjPos.y = Random.Range(iconPos.y + intObjMarginY, initialPosIcon.y + interactbleObject.GetComponent <ClickCollider>().securityMargin);
}
intObjPos.x = Random.Range(iconPos.x, (iconPos.x - 2 * intObjMarginX + posXRange));
interactbleObject.transform.position = intObjPos;
interactbleObject.transform.SetParent(pivotCenter.transform);
notSpawnedInteractble = 0;
}
else
{
notSpawnedInteractble++;
}
}
}
