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

public class CounterArea : MonoBehaviour
{
    public static string Top()
    {
        List<int> CABlist = DOLIST.CABLISTint();
        float CA=0;        
        foreach( int nO in CABlist)
        {
            string[] C = _G.OBJs[nO];
            string[] c42=C[42].Split(',');            
            float W=DOIT.ConvertStringToNumber(C[6]);
            float D=DOIT.ConvertStringToNumber(C[8]);
            float wf=0;
            float dr=0;
            float sl=DOIT.ConvertStringToNumber(C[28]);
            float sr=DOIT.ConvertStringToNumber(C[29]);
            float p1=DOIT.ConvertStringToNumber(c42[1]);
            float p2=DOIT.ConvertStringToNumber(c42[2]);
            float p3=DOIT.ConvertStringToNumber(c42[3]);
            float p4=DOIT.ConvertStringToNumber(c42[4]);
            float p5=DOIT.ConvertStringToNumber(c42[5]);
            float p6=DOIT.ConvertStringToNumber(c42[6]);

            float add=0;
            
            if(c42[0]!="0"){
                if(C[4]=="B1"){
                    W+=p1+p5+p6+p3;
                    D+=p2+p4;
                    CA+=W*D/144;
                    add=W*D/144;
                }
                if(C[4]=="B2"){
                    W+=p2+p5;   
                    D+=p1+p3;
                    wf=W-sl-p4;
                    dr=D-sr-p4;
                    CA+=(W*D/144)-(wf*dr/144);
                    add=W*D/144;
                }
                if(C[4]=="B4" ){
                    W+=p2+p5;   
                    D+=p1+p3;
                    wf=W-sl-p4;
                    dr=D-sr-p4;
                    CA+=(W*D/144)-(wf*dr/144)/2;
                }

                if(C[4]=="B9"){
                    W+=p2+p5;
                    D+=p4+p3;
                    CA+=(W*D/144);
                    add=W*D/144;
                }

                if(C[4]=="B3" ){
                    W+=p1+p3;   
                    D+=p2+p5;
                    wf=W-sl-p4;
                    dr=D-sr-p4;
                    CA+=(W*D/144)-(wf*dr/144);
                }

                if(C[4]=="B5"  ){
                    W+=p1+p3;
                    D+=p2+p5;
                    wf=W-sl-p4;
                    dr=D-sr+p4;
                    CA+=(W*D/144)-(wf*dr/144)/2;
                }

                if( C[4]=="B10" ){
                    W+=p1+p3;
                    D+=p2+p4;
                    CA+=W*D/144;
                }
                if(C[4]=="dish"){
                    W+=p1+p5+p6+p3;
                    D+=p2+p4;
                    CA+=W*D/144;
                }
                if(C[4]=="wine"){
                    W+=p1+p5+p6+p3;
                    D+=p2+p4;
                    CA+=W*D/144;
                }
            }
        }
        //CA=((float)(((int)(CA/10))*10));
        CA=Mathf.Round(CA*2)/2;
        return CA.ToString("F1")+" ";
    }

    public static string Cascade()
    {
        List<int> CABlist = DOLIST.CABLISTint();
        float CA=0;        
        foreach( int nO in CABlist)
        {
            string[] C = _G.OBJs[nO];      
            float W=DOIT.ConvertStringToNumber(C[6]);    
            float H=DOIT.ConvertStringToNumber(C[7]);
            float D=DOIT.ConvertStringToNumber(C[8]);

            //print("C[4]===="+C[4]);
            //print("C[47] ===="+C[47]);
        
            if(C[4]=="B1"|| C[4]=="dish" || C[4]=="wine"){
                if(C[45] !="OFF")CA+=H*D/144;
                if(C[46] !="OFF")CA+=H*W/144;
                if(C[47] !="OFF")CA+=H*D/144;
            }
        }
        CA=Mathf.Round(CA*2)/2;
        return CA.ToString("F1")+" ";
    }
}