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RangeChecked.cpp

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 * This file is part of openWNS (open Wireless Network Simulator)
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 * WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR
 * A PARTICULAR PURPOSE.  See the GNU Lesser General Public License for more
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#include <RISE/scenario/pathloss/RangeChecked.hpp>
#include <RISE/scenario/pathloss/defs.hpp>
#include <RISE/antenna/Antenna.hpp>

#include <WNS/Types.hpp>
#include <WNS/Assure.hpp>

using namespace rise::scenario::pathloss;

RangeChecked::RangeChecked(const wns::pyconfig::View& config)
    : DistanceDependent(config)
{}

void RangeChecked::addRange(const DistanceRange& distances, const Pathloss* model)
{
    distanceMap.insert(distances, model);
}

void RangeChecked::addRange(const FrequencyRange& frequencies, const bool& allowed)
{
    frequencyMap.insert(frequencies, allowed);
}

bool RangeChecked::knowsDistance(const wns::Distance& distance) const
{
    return distanceMap.has(distance);
}

bool RangeChecked::knowsFrequency(const wns::Frequency& frequency) const
{
    return frequencyMap.has(frequency);
}

const Pathloss* RangeChecked::getModel(const wns::Distance& distance) const
{
    return distanceMap.get(distance);
}

wns::Ratio RangeChecked::calculatePathloss(const antenna::Antenna& source,
                       const antenna::Antenna& target,
                       const wns::Frequency& frequency) const
{
    const wns::Distance distance = calculateDistance(source, target);
    assure(frequencyMap.get(frequency), "Frequency out of range in RangeChecked::calculatePathloss().");
    return distanceMap.get(distance)->calculatePathloss(source, target, frequency, distance);
}

/* Idea:
wns::Ratio RangeChecked::calculatePathloss(const antenna::Antenna& source,
                       const antenna::Antenna& target,
                       const wns::Frequency& frequency,
                       const wns::PositionOffset shift) const
                       //const wns::PositionOffset shift = wns::PositionOffset(0,0,0)) const
{
    const wns::Distance distance = calculateDistance(source, target);
    assure(frequencyMap.get(frequency), "Frequency out of range in RangeChecked::calculatePathloss().");
    return distanceMap.get(distance)->calculatePathloss(source, target, frequency, distance);
}
*/

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