ADI_ACIS/appselectionset.cpp

#include "appselectionset.h"

#include "appmodel.h"
#include "appview.h"
#include "vlist.h"
#include "body.hxx"
#include "face.hxx"
#include "edge.hxx"
AppSelectionSet::AppSelectionSet(HBaseView* view) : HSelectionSet(view)
{
    m_SelectLevel = BODY_TYPE;	// set default level to body  BODY_TYPE
    SetAllowEntitySelection(true);
}

AppSelectionSet::~AppSelectionSet()
{
    if( m_pSolidSelection )
    {
        delete_vlist(m_pSolidSelection);
        m_pSolidSelection = 0;
    }
}

// create a new list  object
void AppSelectionSet::Init()
{
    m_pSolidSelection = new_vlist(malloc, free);
    HSelectionSet::Init();
}

int AppSelectionSet::GetSolidListSize()
{
    return vlist_count( m_pSolidSelection );
}

long long AppSelectionSet::GetAtSolidEntity(int index)
{
    return (long long) vlist_nth_item( m_pSolidSelection, index );
}

void AppSelectionSet::Reset()
{
    if( m_pSolidSelection )
    {
        delete_vlist(m_pSolidSelection);
        m_pSolidSelection = new_vlist(malloc, free);
    }

    HSelectionSet::Reset();
}

// deselect all items as in DeSelect
void AppSelectionSet::DeSelectAll()
{
    if( m_pSolidSelection )
    {
        delete_vlist(m_pSolidSelection);
        m_pSolidSelection = new_vlist(malloc, free);
    }

    HSelectionSet::DeSelectAll();
    m_pView->EmitDeSelectAllMessage();
}


void AppSelectionSet::Select( HC_KEY key, int num_include_keys, HC_KEY * include_keys, bool emit_message)
{
    HC_KEY* sel_keys = 0;
    int		count = 0;

    ENTITY* entity = 0;

    if (((AppModel *) HSelectionSet::m_pView->GetModel())->IsSolidModel() != true)
    {
        char	type[64];
        HC_KEY	segkey;

        HC_Show_Key_Type(key, type);
        if (!streq(type, "segment"))
            segkey = HC_KShow_Owner_By_Key(key);
        else
            segkey = key;

        HSelectionSet::Select( segkey, num_include_keys, include_keys, emit_message);
    }
    else
    {
        entity = HA_Compute_Entity_Pointer(key, m_SelectLevel);//FACE_TYPE? BODY_TYPE?
        if (entity)
        {
            bool bFind = false;
            for (int i = 0; i < vlist_count(m_pSolidSelection); i++)
            {
                if ((void*)entity == vlist_nth_item(m_pSolidSelection, i))
                {
                    bFind = true;
                }
            }

            if (!bFind)
            {
                vlist_add_last(m_pSolidSelection, (void*)entity);
                if (m_SelectLevel == BODY_TYPE)  // && body segments is true
                {
                    sel_keys = new HC_KEY[1];
                    count = HA_Compute_Geometry_Keys(entity, 1, sel_keys, "bodies");
                }
                else if (m_SelectLevel == FACE_TYPE)
                {
                    count = HA_Compute_Geometry_Key_Count(entity, "faces");
                    if (count > 0)
                    {
                        sel_keys = new HC_KEY[count];
                        HA_Compute_Geometry_Keys(entity, count, sel_keys, "faces");
                    }
                }
                else if (m_SelectLevel == EDGE_TYPE)
                {
                    count = HA_Compute_Geometry_Key_Count(entity, "edges");
                    if (count > 0)
                    {
                        sel_keys = new HC_KEY[count];
                        HA_Compute_Geometry_Keys(entity, count, sel_keys, "edges");
                    }
                }
            }

        }
        for (int c = 0; c < count; c++)
            HSelectionSet::Select(sel_keys[c],  num_include_keys, include_keys, emit_message);  // call base class fcn for each key

        if( sel_keys )
            delete [] sel_keys;
    }
}


void AppSelectionSet::Select(ENTITY* entity, bool emit_message)
{
    HC_KEY*	sel_keys = 0;
    int		count = 0;
    int eclass;
    eclass = entity->identity();
    if (entity)
    {
        bool bFind = false;
        for (int i = 0; i < vlist_count(m_pSolidSelection); i++)
        {
            if ((void*)entity == vlist_nth_item(m_pSolidSelection, i))
            {
                bFind = true;
            }
        }

        if (!bFind)
        {
            vlist_add_last(m_pSolidSelection, (void*)entity);
            if (m_SelectLevel == BODY_TYPE)  // && body segments is true
            {
                sel_keys = new HC_KEY[1];
                count = HA_Compute_Geometry_Keys(entity, 1, sel_keys, "bodies");
            }
            else if (m_SelectLevel == FACE_TYPE)
            {
                count = HA_Compute_Geometry_Key_Count(entity, "faces");
                if (count > 0)
                {
                    sel_keys = new HC_KEY[count];
                    HA_Compute_Geometry_Keys(entity, count, sel_keys, "faces");
                }
            }
            else if (m_SelectLevel == EDGE_TYPE)
            {
                count = HA_Compute_Geometry_Key_Count(entity, "edges");
                if (count > 0)
                {
                    sel_keys = new HC_KEY[count];
                    HA_Compute_Geometry_Keys(entity, count, sel_keys, "edges");
                }
            }
        }
    }

    for (int c = 0; c < count; c++)
        HSelectionSet::Select(sel_keys[c], "", INVALID_KEY, INVALID_KEY, emit_message);  // call base class fcn for each key

    if( sel_keys )
        delete [] sel_keys;

}

void AppSelectionSet::DeSelect( HC_KEY key, bool emit_message )
{
    HC_KEY* sel_keys = 0;
    int		count = 0;
    if (((AppModel *) m_pView->GetModel())->IsSolidModel() != true)
    {
        char	type[1024];
        HC_KEY	segkey;

        HC_Show_Key_Type(key, type);
        if (!streq(type, "segment"))
            segkey = HC_KShow_Owner_By_Key(key);
        else
            segkey = key;

        HSelectionSet::DeSelect(segkey, emit_message);
    }
    else
    {
        ENTITY*	entity = 0;
        entity = HA_Compute_Entity_Pointer(key, m_SelectLevel);
        if (entity)
        {
            vlist_remove(m_pSolidSelection, (void*)entity);
            if (m_SelectLevel == BODY_TYPE)  // && body segments is true
            {
                sel_keys = new HC_KEY[1];
                count = HA_Compute_Geometry_Keys(entity, 1, sel_keys, "bodies");
            }
            else if (m_SelectLevel == FACE_TYPE)
            {
                count = HA_Compute_Geometry_Key_Count(entity, "faces");
                if( count > 0 )
                {
                    sel_keys = new HC_KEY[count];
                    HA_Compute_Geometry_Keys(entity, count, sel_keys, "faces");
                }
            }
            else if (m_SelectLevel == EDGE_TYPE)
            {
                count = HA_Compute_Geometry_Key_Count(entity, "edges");
                if( count > 0 )
                {
                    sel_keys = new HC_KEY[count];
                    HA_Compute_Geometry_Keys(entity, count, sel_keys, "edges");
                }
            }
        }
        if (count > 0)
        {
            for( int c = 0; c < count; c++)
                HSelectionSet::DeSelect(sel_keys[c], emit_message);	// call base class fcn for each key
        }
        else
            HSelectionSet::DeSelect(key, emit_message);
    }
    if( sel_keys )
        delete[] sel_keys;
}


void AppSelectionSet::DeSelectEntity(ENTITY* entity, bool emit_message )
{
    HC_KEY*	sel_keys = 0;
    int		count = 0;

    if (entity)
    {
        vlist_remove(m_pSolidSelection, (void*) entity);
        if (m_SelectLevel == BODY_TYPE)  // && body segments is true
        {
            sel_keys = new HC_KEY[1];
            count = HA_Compute_Geometry_Keys(entity, 1, sel_keys, "bodies");
        }
        else if (m_SelectLevel == FACE_TYPE)
        {
            count = HA_Compute_Geometry_Key_Count(entity, "faces");
            if( count > 0 )
            {
                sel_keys = new HC_KEY[count];
                HA_Compute_Geometry_Keys(entity, count, sel_keys, "faces");
            }
        }
        else if (m_SelectLevel == EDGE_TYPE)
        {
            count = HA_Compute_Geometry_Key_Count(entity, "edges");
            if( count > 0 )
            {
                sel_keys = new HC_KEY[count];
                HA_Compute_Geometry_Keys(entity, count, sel_keys, "edges");
            }
        }
    }

    if (count > 0)
    {
        for( int c = 0; c < count; c++)
            HSelectionSet::DeSelect(sel_keys[c], emit_message);	// call base class fcn for each key
    }
    if( sel_keys )
        delete[] sel_keys;
}

bool AppSelectionSet::IsSelected(HC_KEY key)
{
    if (((AppModel *) m_pView->GetModel())->IsSolidModel() != true)
    {
        char	type[1024];
        HC_Show_Key_Type(key, type);
        if (!streq(type, "segment"))
            key = HC_KShow_Owner_By_Key(key);
    }
    else
    {
        int count;
        if (m_SelectLevel == BODY_TYPE)  // && body segments is true
        {
            ENTITY* entity = 0;
            entity = HA_Compute_Entity_Pointer(key, m_SelectLevel);
            if (entity)
                count = HA_Compute_Geometry_Keys(entity, 1, &key, "bodies");
            assert(count == 1);
        }
    }
    // call base class function with the computed key
    return HSelectionSet::IsSelected(key);
}


// If it is a call to select something from HNet message,
// by pass our selection functionality and just call the
// vanilla Select. JUST SELECT THIS KEY!
// This is to work around the case where the master client
// is in some selection mode (face) and slave is in some (body)
void AppSelectionSet::SelectFromMessage(HC_KEY key, int num_include_keys, HC_KEY * include_keys, bool emit_message)
{
    HSelectionSet::Select( key, num_include_keys, include_keys,  emit_message);
}

//	See the Description for SelectFromMessage
void AppSelectionSet::DeSelectFromMessage(HC_KEY key, bool emit_message)
{
    HSelectionSet::DeSelect(key, emit_message);
}