public void Impregnate(GenesData fatherGenesData) { //SALE EL LOGO DE FOLLANDO/// //////////////////////////// pregnancy = gameObject.AddComponent <Pregnant>(); pregnancy.StartPregnancy(fatherGenesData); }
public void InstantiateNewAnimal(GenesData childGenes) { GameObject son = Instantiate(gameObject); ecosystem.AddAnimal(son); son.GetComponent <Genes>().genesData = childGenes; Destroy(son.GetComponent <Pregnant>()); }
public void StartPregnancy(GenesData fatherGenes) { this.fatherGenesData = fatherGenes; pregnancyStarted = true; timePregnant = 0; childCount = Mathf.RoundToInt(motherGenesData.childCountMean); gestationPeriodLength = motherGenesData.gestationPeriodLength; }
private void Awake() { motherGenesData = GetComponent <Genes>().genesData; GameObject pregnantSignGO = new GameObject(); pregnantSignGO.name = "Pregnant Sign"; BehaviourCommunicator communicator = GetComponentInChildren <BehaviourCommunicator>(); pregnantSignGO.transform.parent = communicator.transform; pregnantSignGO.transform.localPosition = COMMUNICATION_OFFSET; pregnantSignGO.transform.localScale = new Vector3(COMMUNICATION_SCALE, COMMUNICATION_SCALE, COMMUNICATION_SCALE); pregnantIcon = pregnantSignGO.AddComponent <SpriteRenderer>(); pregnantIcon.sprite = GetComponent <VitalFunctions>().PregnantCommunicationSprite; pregnantIcon.sortingOrder = communicator.GetComponent <SpriteRenderer>().sortingOrder + 1; ecosystem = FindObjectOfType <Ecosystem>(); }
public void GiveBirth() { //Se calculan los genes base de cada hijo float meanmaxEnergy = mean(motherGenesData.maxEnergy, fatherGenesData.maxEnergy); float meanmaxHydration = mean(motherGenesData.maxHydration, fatherGenesData.maxHydration); float meanspeed = mean(motherGenesData.speed, fatherGenesData.speed); float meanchildCountMean = mean(motherGenesData.childCountMean, fatherGenesData.childCountMean); float meanperceptionRadius = mean(motherGenesData.perceptionRadius, fatherGenesData.perceptionRadius); float meangestationPeriodLength = mean(motherGenesData.gestationPeriodLength, fatherGenesData.gestationPeriodLength); //AsignaciĆ³n de elementos for (int i = 0; i < childCount; i++) //Para cada hijo se calcula el valor base + un random de ese stat { GenesData childGenesData = new GenesData(); childGenesData.maxEnergy = meanmaxEnergy + randomVariation(meanmaxEnergy, childGenesData.variance); childGenesData.maxHydration = meanmaxHydration + randomVariation(meanmaxHydration, childGenesData.variance); childGenesData.speed = meanspeed + randomVariation(meanspeed, childGenesData.variance); childGenesData.childCountMean = meanchildCountMean + randomVariation(meanchildCountMean, childGenesData.variance); childGenesData.perceptionRadius = meanperceptionRadius + randomVariation(meanperceptionRadius, childGenesData.variance); childGenesData.gestationPeriodLength = meangestationPeriodLength + randomVariation(meangestationPeriodLength, childGenesData.variance); InstantiateNewAnimal(childGenesData); } }