drc_re_abs_length_two_constraint_data.h

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#ifndef DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA_H_
#define DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA_H_
 
#include "drc_re_base_constraint_data.h"
 
 
class DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA : public DRC_RE_BASE_CONSTRAINT_DATA
{
public:
    DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA() = default;
 
    explicit DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA(
            const DRC_RE_BASE_CONSTRAINT_DATA& aBaseData ) :
            DRC_RE_BASE_CONSTRAINT_DATA( aBaseData )
    {
    }
 
    explicit DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA( int aId, int aParentId,
                                                         double   aMinLength,
                                                         double   aOptLength,
                                                         double   aMaxLength,
                                                         wxString aRuleName ) :
            DRC_RE_BASE_CONSTRAINT_DATA( aId, aParentId, aRuleName ),
            m_minLength( aMinLength ),
            m_optLength( aOptLength ),
            m_maxLength( aMaxLength )
    {
    }
 
    virtual ~DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA() = default;
 
    double GetMinimumLength() const { return m_minLength; }
 
    void SetMinimumLength( double aLength ) { m_minLength = aLength; }
 
    double GetOptimumLength() const { return m_optLength; }
 
    void SetOptimumLength( double aLength ) { m_optLength = aLength; }
 
    double GetMaximumLength() const { return m_maxLength; }
 
    void SetMaximumLength( double aLength ) { m_maxLength = aLength; }
 
    VALIDATION_RESULT Validate() const override
    {
        VALIDATION_RESULT result;
 
        // Validate length values are positive
        if( m_minLength <= 0 )
            result.AddError( "Minimum Length must be greater than 0" );
 
        if( m_optLength <= 0 )
            result.AddError( "Optimum Length must be greater than 0" );
 
        if( m_maxLength <= 0 )
            result.AddError( "Maximum Length must be greater than 0" );
 
        // Validate min <= opt <= max
        if( m_minLength > m_optLength )
            result.AddError( "Minimum Length cannot be greater than Optimum Length" );
 
        if( m_optLength > m_maxLength )
            result.AddError( "Optimum Length cannot be greater than Maximum Length" );
 
        if( m_minLength > m_maxLength )
            result.AddError( "Minimum Length cannot be greater than Maximum Length" );
 
        return result;
    }
 
    wxString GenerateRule( const RULE_GENERATION_CONTEXT& aContext ) override
    {
        auto formatDistance = [&]( double aValue )
        {
            return formatDouble( aValue ) + wxS( "mm" );
        };
 
        wxString code = GetConstraintCode();
 
        if( code.IsEmpty() )
            code = wxS( "length" );
 
        wxString clause = wxString::Format(
                wxS( "(constraint %s (min %s) (opt %s) (max %s))" ),
                code,
                formatDistance( m_minLength ),
                formatDistance( m_optLength ),
                formatDistance( m_maxLength ) );
 
        return buildRule( aContext, { clause } );
    }
 
    void CopyFrom( const ICopyable& aSource ) override
    {
        const auto& source =
                dynamic_cast<const DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA&>( aSource );
 
        DRC_RE_BASE_CONSTRAINT_DATA::CopyFrom( source );
 
        m_minLength = source.m_minLength;
        m_optLength = source.m_optLength;
        m_maxLength = source.m_maxLength;
    }
 
private:
    double m_minLength{ 0 };
    double m_optLength{ 0 };
    double m_maxLength{ 0 };
};
 
#endif // DRC_RE_ABSOLUTE_LENGTH_TWO_CONSTRAINT_DATA_H_