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/*
* This file is part of rasdaman community.
*
* Rasdaman community is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* Rasdaman community is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with rasdaman community. If not, see <http://www.gnu.org/licenses/>.
*
* Copyright 2003, 2004, 2005, 2006, 2007, 2008, 2009 Peter Baumann /
rasdaman GmbH.
*
* For more information please see <http://www.rasdaman.org>
* or contact Peter Baumann via <baumann@rasdaman.com>.
/
/**
* MODULE: indexmgr
* CLASS: SRCIndexLogic
*
* COMMENTS:
*
*/
static const char rcsiddirix[] = "@(#)dirix, SRCIndexLogic: $Id: srcindexlogic.cc,v 1.8 2002/09/19 11:38:25 hoefner Exp $";
#include <iostream>
#include <math.h>
#include "raslib/rmdebug.hh"
#include "raslib/odmgtypes.hh"
#include "indexmgr/srcindexlogic.hh"
#include "keyobject.hh"
#include "indexds.hh"
#include "relindexif/dbrcindexds.hh"
#include "storagemgr/sstoragelayout.hh"
#include "relblobif/tileid.hh"
#include "relblobif/blobtile.hh"
#include "raslib/mitera.hh"
unsigned int
SRCIndexLogic::computeNumberOfTiles(const StorageLayout& sl, const r_Minterval& mddDomain)
{
/*
cout << "mddDomain " << mddDomain << endl;
cout << "mddDomain extent " << mddDomain.get_extent() << endl;
cout << "tileConfig " << sl.getTileConfiguration() << endl;
cout << "tileConfig extent " << sl.getTileConfiguration().get_extent() << endl;
cout << "normalized " << temp << endl;
cout << "cell count " << temp.cell_count() << endl;
*/
return computeNormalizedDomain(mddDomain.get_extent(), sl.getTileConfiguration().get_extent()).cell_count();
}
r_Minterval
SRCIndexLogic::computeNormalizedDomain(const r_Point& mddDomainExtent, const r_Point& tileConfigExtent)
{
r_Dimension theDim = mddDomainExtent.dimension();
r_Minterval normalizedDomain(theDim);
r_Range normalized = 0;
for (r_Dimension dim = 0; dim < theDim; dim++)
{
normalized = (r_Range)(mddDomainExtent[dim]/tileConfigExtent[dim]) - 1;
//cout << "mdd domain extent [" << dim << "] " << mddDomainExtent[dim] << endl;
//cout << "tile config extent [" << dim << "] " << tileConfigExtent[dim] << endl;
//cout << "division " << mddDomainExtent[dim]/tileConfigExtent[dim] << endl;
//cout << "normalized " << normalized << endl;
//remove this if we support rc index with border tiles
if ((normalized + 1)* tileConfigExtent[dim] != mddDomainExtent[dim])
{
//cout << "got you" << endl;
RMInit::logOut << "SRCIndexLogic::computeNormalizedDomain() the mdd domain does not fit the tile configuration" << endl;
throw r_Error(TILECONFIGMARRAYINCOMPATIBLE);
}
normalizedDomain[dim] = r_Sinterval(0, normalized);
}
RMDBGONCE(4, RMDebug::module_indexmgr, "SRCIndexLogic", "computeNormalizedDomain(" << mddDomainExtent << ", " << tileConfigExtent << ") " << normalizedDomain);
return normalizedDomain;
}
r_Point
SRCIndexLogic::computeNormalizedPoint(const r_Point& toNormalize, const r_Point& tileConfigExtent, const r_Point& mddDomainOrigin)
{
r_Dimension theDim = mddDomainOrigin.dimension();
r_Point normalizedPoint(theDim);
for (r_Dimension dim = 0; dim < theDim; dim++)
{
normalizedPoint[dim] = (r_Range)((toNormalize[dim] - mddDomainOrigin[dim])/tileConfigExtent[dim]);
}
RMDBGONCE(4, RMDebug::module_indexmgr, "SRCIndexLogic", "computeNormalizedPoint(" << toNormalize << ", " << tileConfigExtent << ", " << mddDomainOrigin << ") " << normalizedPoint);
return normalizedPoint;
}
r_Minterval
SRCIndexLogic::computeDomain(const r_Point& toConvert, const r_Point& tileConfigExtent, const r_Point& mddDomainOrigin)
{
r_Dimension theDim = mddDomainOrigin.dimension();
r_Minterval result(theDim);
r_Range high = 0;
r_Range low = 0;
r_Range offset = 0;
r_Range toConvTemp = 0;
for (r_Dimension dim = 0; dim < theDim; dim++)
{
toConvTemp = toConvert[dim];
offset = fmod((r_Double)(toConvTemp - mddDomainOrigin[dim]), tileConfigExtent[dim]);
low = toConvTemp - offset;
//there has to be a check if we support border tiles.
high = toConvTemp - offset + tileConfigExtent[dim];
result[dim] = r_Sinterval(low, high);
}
RMDBGONCE(4, RMDebug::module_indexmgr, "SRCIndexLogic", "computeDomain(" << toConvert << ", " << tileConfigExtent << ", " << mddDomainOrigin << ") " << result);
return result;
}
OId
SRCIndexLogic::computeOId(const r_Minterval& mddDomain, const r_Point& tileConfigExtent, OId::OIdCounter baseCounter, OId::OIdType type, const r_Point& tileOrigin)
{
OId::OIdCounter counter;
counter = computeNormalizedDomain(mddDomain.get_extent(), tileConfigExtent).cell_offset(computeNormalizedPoint(tileOrigin, tileConfigExtent, mddDomain.get_origin())) + baseCounter;
RMDBGONCE(4, RMDebug::module_indexmgr, "SRCIndexLogic", "computeOId(" << mddDomain << ", " << tileConfigExtent << ", " << baseCounter << ", " << tileOrigin << ") " << OId(counter, type));
return OId(counter, type);
}
bool
SRCIndexLogic::insertObject(IndexDS* ixDS, const KeyObject& newKeyObject, const StorageLayout& sl)
{
//this method should check if the tile is actually in the tiling
RMDBGENTER(4, RMDebug::module_indexmgr, "SRCIndexLogic", "insertObject(" << newKeyObject << ")");
RMInit::logOut << "SRCIndexLogic::insertObject(" << ixDS->getIdentifier() << ", " << newKeyObject << ", sl) insert operation not allowed" << endl;
throw r_Error(INSERTINTORCINDEX);
//if src is able to extend:
r_Minterval newKeyObjectDomain = newKeyObject.getDomain();
r_Minterval tileConfig = sl.getTileConfiguration();
r_Minterval mddDomain = ixDS->getCoveredDomain();
OId newBlobOId(computeOId(mddDomain, tileConfig.get_extent(), ((DBRCIndexDS*)ixDS)->getBaseCounter(), ((DBRCIndexDS*)ixDS)->getBaseOIdType(), newKeyObjectDomain.get_origin()));
DBTileId tile = newKeyObject.getObject();
BLOBTile* t = new BLOBTile(tile->getSize(), tile->getCells(), tile->getDataFormat(), newBlobOId);
// is done in the constructor
//t->setPersistent(true);
tile->setPersistent(false);
RMDBGEXIT(4, RMDebug::module_indexmgr, "SRCIndexLogic", "insertObject(" << newKeyObject << ")");
//should check if insertion was succesfull
return true;
}
/*
r_Minterval
SRCIndexLogic::computeDomain(const r_Point& toConvert, const r_Point& tileConfigExtent, const r_Point& mddDomainOrigin)
{
r_Dimension theDim = mddDomainOrigin.dimension();
r_Minterval result(theDim);
r_Range high = 0;
r_Range low = 0;
r_Range offset = 0;
r_Range toConvTemp = 0;
for (r_Dimension dim = 0; dim < theDim; dim++)
{
toConvTemp = toConvert[dim];
offset = fmod((toConvTemp - mddDomainOrigin[dim]), tileConfigExtent[dim]);
low = toConvTemp - offset;
high = toConvTemp - offset + tileConfigExtent[dim];
result[dim] = r_Sinterval(low, high);
}
return result;
}
*/
r_Minterval
SRCIndexLogic::computeTiledDomain(const r_Minterval& completeDomain, const r_Point& tileConfigExtent, const r_Minterval& widenMe)
{
RMDBGENTER(4, RMDebug::module_indexmgr, "SRCIndexLogic", "computeTiledDomain(" << completeDomain << ", " << tileConfigExtent << ", " << widenMe << ")");
r_Minterval searchDomain(completeDomain.create_intersection(widenMe));
r_Dimension theDim = searchDomain.dimension();
r_Minterval retval(theDim);
r_Range high = 0;
r_Range low = 0;
r_Range offsetlow = 0;
r_Range offsethigh = 0;
r_Range mddOrigin = 0;
r_Range tileExtent = 0;
r_Sinterval currSi;
r_Point mddDomainOrigin = completeDomain.get_origin();
RMDBGMIDDLE(5, RMDebug::module_indexmgr, "SRCIndexLogic", "search domain " << searchDomain << " mdd origin " << mddDomainOrigin)
for (r_Dimension dim = 0; dim < theDim; dim++)
{// make retval fit the tiling layout
currSi = searchDomain[dim];
low = currSi.low();
high = currSi.high();
mddOrigin = mddDomainOrigin[dim];
tileExtent = tileConfigExtent[dim];
offsetlow = (low - mddOrigin)%tileExtent;
offsethigh = (high - mddOrigin)%tileExtent;
//this has to be revised if we support border tiles
retval[dim] = r_Sinterval(low - offsetlow, high - offsethigh + tileExtent - 1);
RMDBGMIDDLE(6, RMDebug::module_indexmgr, "SRCIndexLogic", "mdd interval " << currSi << " offset low " << offsetlow << " offset high " << offsethigh << " tile extent " << tileExtent)
}
RMDBGEXIT(4, RMDebug::module_indexmgr, "SRCIndexLogic", "computeTiledDomain(" << completeDomain << ", " << tileConfigExtent << ", " << widenMe << ") " << retval);
return retval;
}
void
SRCIndexLogic::intersect(const IndexDS* ixDS, const r_Minterval& searchInter, KeyObjectVector& intersectedObjs, const StorageLayout& sl)
{
RMDBGENTER(4, RMDebug::module_indexmgr, "SRCIndexLogic", "intersect(" << searchInter << ")");
r_Minterval mddDomain = ixDS->getCoveredDomain();
if (searchInter.intersects_with(mddDomain))
{
r_Minterval tileConfig = sl.getTileConfiguration();
r_Point tileConfigExtent = tileConfig.get_extent();
OId::OIdCounter baseCounter = ((DBRCIndexDS*)ixDS)->getBaseCounter();
OId::OIdType type = ((DBRCIndexDS*)ixDS)->getBaseOIdType();
r_Dimension dim = mddDomain.dimension();
r_Point searchPoint(dim);
r_Minterval searchDomain = computeTiledDomain(mddDomain, tileConfigExtent, searchInter);
r_MiterArea iter(&tileConfig, &searchDomain);
r_Minterval iterArea(dim);
while (!iter.isDone())
{//iterate through the partitions in the search domain
iterArea = iter.nextArea();
r_Point orig = iterArea.get_origin();
OId t = computeOId(mddDomain, tileConfigExtent, baseCounter, type, orig);
DBObjectId theObject(t);
//the domain of the object has to be adapted to the border tiles
if (!theObject.is_null())
{
theObject->setCached(true);
}
else {
theObject = new BLOBTile(t, sl.getTileSize(), sl.getDataFormat(orig));
theObject->setCached(true);
}
intersectedObjs.push_back(KeyObject(theObject, iterArea));
}
}
}
void
SRCIndexLogic::containPointQuery(const IndexDS* ixDS, const r_Point& searchPoint, KeyObject& result, const StorageLayout& sl)
{
RMDBGENTER(4, RMDebug::module_indexmgr, "SRCIndexLogic", "containPointQuery(" << searchPoint << ")");
r_Minterval mddDomain = ixDS->getCoveredDomain();
if (mddDomain.covers(searchPoint))
{
r_Minterval tileConfig = sl.getTileConfiguration();
r_Point tileConfigExtent = tileConfig.get_extent();
OId t = computeOId(mddDomain, tileConfigExtent, ((DBRCIndexDS*)ixDS)->getBaseCounter(), ((DBRCIndexDS*)ixDS)->getBaseOIdType(), searchPoint);
DBObjectId theObject(t);
if (!theObject.is_null())
{
theObject->setCached(true);
}
else {
theObject = new BLOBTile(t, sl.getTileSize(), sl.getDataFormat(searchPoint));
}
result.setDomain(computeDomain(searchPoint, tileConfigExtent, mddDomain.get_origin()));
result.setObject(theObject.getOId());
}
RMDBGEXIT(4, RMDebug::module_indexmgr, "SRCIndexLogic", "containPointQuery(" << searchPoint << ") " << result);
}
void
SRCIndexLogic::getObjects(const IndexDS* ixDS, KeyObjectVector& objs, const StorageLayout& sl)
{
RMDBGONCE(4, RMDebug::module_indexmgr, "SRCIndexLogic", "getObjects()");
intersect(ixDS, ixDS->getCoveredDomain(), objs, sl);
}
bool
SRCIndexLogic::removeObject(IndexDS* ixDS, const KeyObject& objToRemove, const StorageLayout& sl)
{
RMDBGONCE(4, RMDebug::module_indexmgr, "SRCIndexLogic", "removeObject(" << objToRemove << ")");
return true;
}
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