// September 2015
// Levee Patroller / Dijk Patrouille
// This source file is (c) by Deltares. This source file is open source but only available to select users. Do not redistribute without written permission of Stichting Deltares, Delft, The Netherlands.
// This header has been automatically generated.



//=============================================================================
// Object that contains informations of signal seen
// See sub classes for more information
// ------------------------------------------------------------
//  Created by Rui Guimaraes
//  © 2006, Geodelft
//
// Date       Id   Modification
// 2006-08-11 The  Implemented IsEqual
// 2006-10-03 The  Implemented Max values for GeoSizes properties
// 2006-10-03 The  Fixed wrong typecast
// 2006-10-25 The  Implemented fraction threshold for report scoring
// 2007-07-11 Wsl  Created function Duplicate()
//=============================================================================

class SignalReportSettlement extends SignalReport
    editinlinenew;

var(SignalReport) GeoSizes          LengthOfDamage;
var(SignalReport) GeoSizes          LengthOfDamageMax;
var(SignalReport) GeoSizes          WidthOfDamage;
var(SignalReport) GeoSizes          WidthOfDamageMax;
var(SignalReport) GeoSizes          HeightDifference;
var(SignalReport) GeoSizes          HeightDifferenceMax;


//=============================================================================
// Date       Id   Modification
// 2007-07-11 Wsl  Created
//=============================================================================
function SignalReport Duplicate(class<SignalReport> type)
{
        local SignalReportSettlement returner;
        
        // get new SignalReport with duplicate values from SignalReport common properties
        returner = SignalReportSettlement(GetSignalReportDuplicate(type));
        // put in all properties specific to this SignalReport type
        returner.LengthOfDamage = self.LengthOfDamage;
        returner.LengthOfDamageMax = self.LengthOfDamageMax;
        returner.WidthOfDamage = self.WidthOfDamage;
        returner.WidthOfDamageMax = self.WidthOfDamageMax;
        returner.HeightDifference = self.HeightDifference;
        returner.HeightDifferenceMax = self.HeightDifferenceMax;

        return returner;
}

//=============================================================================
// Date       Id   Modification
// 2006-08-11 The  Created
// 2006-10-03 The  Implemented Max values for GeoSizes properties
// 2006-10-03 The  Fixed wrong typecast
// 2006-12-11 zmr  When HeightDifference is none, don't account for it.
//=============================================================================
function bool IsEqual(SignalReport ASignalReport, float AScoreFractionThreshold, out int ACorrectCount, out int APossibleCount)
{
    local bool LIsEqual;
    local bool lmaxset,wmaxset,hmaxset;
    
    LIsEqual = Super.IsEqual(ASignalReport, AScoreFractionThreshold, ACorrectCount, APossibleCount);
    
    lmaxset = true;
    wmaxset = true;
    hmaxset = true;

    LIsEqual = Super.IsEqual(ASignalReport, AScoreFractionThreshold, ACorrectCount, APossibleCount);
    
    if(SignalReportSettlement(ASignalReport).LengthOfDamageMax == SIZE_NONE )
    {
                lmaxset = false;
                SignalReportSettlement(ASignalReport).LengthOfDamageMax = SignalReportSettlement(ASignalReport).LengthOfDamage;
    }

    if(SignalReportSettlement(ASignalReport).WidthOfDamageMax == SIZE_NONE )
    {
                wmaxset = false;
                SignalReportSettlement(ASignalReport).WidthOfDamageMax = SignalReportSettlement(ASignalReport).WidthOfDamage;
    }

    if(SignalReportSettlement(ASignalReport).HeightDifferenceMax == SIZE_NONE )
    {
                hmaxset = false;
                SignalReportSettlement(ASignalReport).HeightDifferenceMax = SignalReportSettlement(ASignalReport).HeightDifference;
    }

    LIsEqual = Super.IsEqual(ASignalReport, AScoreFractionThreshold, ACorrectCount, APossibleCount);

    APossibleCount++;
    if ((LengthOfDamage >= SignalReportSettlement(ASignalReport).LengthOfDamage) && (LengthOfDamage <= SignalReportSettlement(ASignalReport).LengthOfDamageMax)) {
        ACorrectCount++;
    };

    if(WidthOfDamage != SIZE_NONE&&SignalReportSettlement(ASignalReport).WidthOfDamage != SIZE_NONE)
    {

        APossibleCount++;
        if ((WidthOfDamage >= SignalReportSettlement(ASignalReport).WidthOfDamage) && (WidthOfDamage <= SignalReportSettlement(ASignalReport).WidthOfDamageMax)) {
            ACorrectCount++;
        };
    }


    APossibleCount++;
    if ((HeightDifference >= SignalReportSettlement(ASignalReport).HeightDifference) && (HeightDifference <= SignalReportSettlement(ASignalReport).HeightDifferenceMax)) {
        ACorrectCount++;
    };


    if(!lmaxset)
    {
            SignalReportSettlement(ASignalReport).LengthOfDamageMax = SIZE_NONE;

    }
    
    if(!wmaxset)
    {
            SignalReportSettlement(ASignalReport).WidthOfDamageMax = SIZE_NONE;

    }
    if(!hmaxset)
    {
            SignalReportSettlement(ASignalReport).HeightDifferenceMax = SIZE_NONE;

    }

    LIsEqual = LIsEqual && ((1.0 * ACorrectCount / APossibleCount) > AScoreFractionThreshold);
    Log("SignalReportSettlement.IsEqual(): Correct = "$ACorrectCount$"; Possible = "$APossibleCount$"; Threshold = "$AScoreFractionThreshold);
    Log("SignalReportSettlement.IsEqual(): LIsEqual = "$LIsEqual);
    return (LIsEqual);
}

//=============================================================================
// Date       Id   Modification
// 2006-08-11 The  Created
//=============================================================================
defaultproperties
{
    LengthOfDamage = SIZE_NONE
    WidthOfDamage = SIZE_NONE
    HeightDifference = SIZE_NONE
    LengthOfDamageMax = SIZE_NONE
    WidthOfDamageMax = SIZE_NONE
    HeightDifferenceMax = SIZE_NONE
}