using System.Collections;
using System.Collections.Generic;
using UnityEngine;

public class SolarPanels : MonoBehaviour
{
    public static int LevelsCount => levelsCount;
    public static int levelsCount => Stats.levels.Length;
    public Sprite statIcon;
    public GoldMineData solar_stats;
    public static GoldMineData Stats;
    public GameObject fullFX;
    // static int ProductionMultiplier=50;
    // static int CapacityMultiplier=1000;
    // static int gold_prod_upgrade_cost = 3000;
    // static int gold_cap_upgrade_cost = 2500;
    BuildingData data;
    void Awake()
    {   
        Stats = solar_stats;
        data =GetComponent<Building>().buildingData;
        data.levels = new List<BuildingLevel>();
        data.productinoRates = new float[levelsCount*levelsCount];
        Debug.Log($"Solar mine levels combos:{levelsCount}");
        for(int i=0; i < levelsCount * levelsCount; i++){
            int l = i+1;
            int lvl = (i%levelsCount);
            int p = GetProductionRateByLevel(l);
            int c = GetCapacityRateByLevel(l);
            int L = GetLevelByRates(c,p);
            // Debug.Log($"Level:{l},{L},{lvl} ,Prod:{p}, Capactiy:{c}");

            List<BuildingStat> stats = new List<BuildingStat>();
            // stats.Add(new BuildingStat("Gold per hour", (p * ProductionMultiplier).ToString(),statIcon));
            // stats.Add(new BuildingStat("Capacity", (c * CapacityMultiplier).ToString(),statIcon));
            stats.Add(new BuildingStat("Energy per hour", (solar_stats.levels[p-1].Production).ToString(),statIcon));
            stats.Add(new BuildingStat("Capacity", (solar_stats.levels[c-1].Capacity).ToString(),statIcon));
            data.levels.Add(new BuildingLevel(l,stats,solar_stats.levels[lvl].costGold,solar_stats.levels[lvl].costMetal));
            data.levels[i].xpGain = (i > 0) ? 150 : 0;
            data.productinoRates[i] = solar_stats.levels[p-1].Production;

        }       

    }
    float t = 0;
    void Update(){
        if(t < 1){
            t += Time.deltaTime;
        }else{
            t=0;
            
            fullFX.SetActive(CollectBtn.isEnergyCapped(data.buildingName));
        }
    }
    //Note for future me: Refer to the sketch you draw on laptop to understand below equations
    public static int GetProductionRateByLevel(int level){
        //P = L - C - (2l-3)
        int l = Mathf.CeilToInt((float)level/(float)levelsCount);
        return l;
    }

    public static int GetCapacityRateByLevel(int level){
        //C = L -3(l - 1)
        int l = Mathf.CeilToInt((float)level/(float)levelsCount);
        return level - levelsCount * (l - 1);
    }

    public static int GetLevelByRates(int Capacity, int Production){
        //L = 3P + C -3
        return (levelsCount*Production) + Capacity - levelsCount;
    }

    public static int GetGoldCostForProduction(int level){
        int Level = GetProductionRateByLevel(level);
        int cost = 0;
        try{cost = Stats.levels[Level%levelsCount].costMetal;}catch{
            Debug.LogError("Error at receiving gold cost for level " + level);
        }
        return cost;
    }
    public static int GetGoldCostForCapacity(int level){
        int Level = GetCapacityRateByLevel(level);
        return Stats.levels[ Level%levelsCount].costMetal;
    }
    public static int GetMetalCostForProduction(int level){
        int Level = GetProductionRateByLevel(level);
        return Stats.levels[ Level%levelsCount].costGold;
    }
    public static int GetMetalCostForCapacity(int level){
        int Level = GetCapacityRateByLevel(level);
        return Stats.levels[ Level%levelsCount].costGold;
    }
}