filtering.h

#ifndef __FILTERING_H__
#define __FILTERING_H__

#include "../../data_structures/bm/blockmodel.h"
#include "constraint.h"
#include "../../data_structures/bm/blocksel.h"
#include "instance.h"
#include <vector>
#include <string>

using std::vector;
using std::string;

namespace delphos {

class ForceMiningByConstraint :
    public BlockTimingConstraint
{
public:
    
    //ForceMiningByConstraint(const string & name, const unsigned int& period,delphos::BlockModel& bm);
    ForceMiningByConstraint(const string & name, const unsigned int& period, delphos::BlockSelection * bs);
    virtual bool Check(const Schedule & sch) const;
#ifndef MAC 

    virtual bool Check(const delphos::FractionalSchedule & sch) const;
#endif
protected:
    virtual string XMLHeading(const unsigned int & identation_level=0) const;
    virtual string XMLBody(const unsigned int & identation_level=0) const;
    virtual string XMLFooting(const unsigned int & identation_level=0) const;
};

class DoNotMineBeforeConstraint : 
    public BlockTimingConstraint
{
public:
    
    //DoNotMineBeforeConstraint(const string & name, const unsigned int& period,delphos::BlockModel& bm);

    DoNotMineBeforeConstraint(const string & name, const unsigned int& period, delphos::BlockSelection * bs);

    virtual bool Check(const delphos::Schedule & sch) const;
#ifndef MAC

    virtual bool Check(const delphos::FractionalSchedule & sch) const;
#endif  
protected:
    virtual string XMLHeading(const unsigned int & identation_level=0) const;
    virtual string XMLBody(const unsigned int & identation_level=0) const;
    virtual string XMLFooting(const unsigned int & identation_level=0) const;
};

class DoNotSendToConstraint : 
        
    public BlockConstraint
{
    private:
        vector<unsigned int> _affdest;
    public:
    
    //DoNotSendToConstraint(const string & name,const vector<int> & affdestinations,delphos::BlockModel& bm);

    DoNotSendToConstraint(const string & name,const vector<int> & affdestinations, delphos::BlockSelection * bs);

    const unsigned int NumAffectedDestinations() const;
    
    const unsigned int GetNumAffectedDestinations() const;
    
    const unsigned int GetAffectedDestination(const unsigned int i) const;

    virtual bool Check(const delphos::Schedule & sch) const;
#ifndef MAC

    virtual bool Check(const delphos::FractionalSchedule & sch) const;
#endif  
    
protected:
    virtual string XMLHeading(const unsigned int & identation_level=0) const;
    virtual string XMLBody(const unsigned int & identation_level=0) const;
    virtual string XMLFooting(const unsigned int & identation_level=0) const;
};

class MinExtractPeriodConstraint:public BlockConstraint{
private:
    vector<double> _capacities;
    map<BlockIndexType,unsigned int> _min_extract_period;
    map<BlockIndexType,float> _cone_val;
    map<BlockIndexType,float> _cone_weight;
    
    Precedence* _prec; 
    BlockIndexType _attr_pos;
    BlockModel* _bm;
    
    vector<string> _dest;
    vector<string> _val_attr;
    
    typedef struct node2 {
        set<BlockIndexType> precedenceSet;
        set<BlockIndexType> succSet;
        vector<bool> fullprecedenceSet;
        BlockIndexType number;
        float w;
    }Node2;
    
    typedef struct node1 {
        set<BlockIndexType> precedenceSet;
        set<BlockIndexType> succSet;
        set<BlockIndexType> fullprecedenceSet;
        BlockIndexType number;
        float w;
    }Node1;
    
    typedef struct node3 {
        set<BlockIndexType> precedenceSet;
        set<BlockIndexType> succSet;
        set<BlockIndexType> fullprecedenceSet;
        BlockIndexType number;
        float w;
        float val;
    }Node3;
    
public:
    MinExtractPeriodConstraint(const string& name,const string& attribute,const vector<double>& capacities,delphos::Precedence* prec, delphos::BlockModel& bm);
    
    MinExtractPeriodConstraint(const string& name,const string& attribute,const vector<double>& capacities,delphos::Precedence* prec, delphos::BlockModel& bm,const vector<string> & destinations,const vector<string>& val_attr);
    
    virtual ~MinExtractPeriodConstraint();
    
    bool ComputeMinExtractPeriod();
    
    void SetMinExtractPeriod(const delphos::BlockIndexType id,const unsigned int period);
    
    unsigned int GetMinExtractPeriod(const delphos::BlockIndexType id) const;
    
    float GetConeVal(const delphos::BlockIndexType id) const;
    
    float GetConeWeight(const delphos::BlockIndexType id) const;
    
    const unsigned int NumPeriods() const;
    
    const unsigned int GetNumPeriods() const;
    
    const double GetCapacity(const unsigned int period) const;
    
    const Precedence& GetPrecedence() const;
    virtual bool Check(const delphos::Schedule& sch) const;
    
protected:
    virtual string XMLHeading(const unsigned int & identation_level=0) const;
    virtual string XMLBody(const unsigned int & identation_level=0) const;
    virtual string XMLFooting(const unsigned int & identation_level=0) const;
};


}

#endif