ScopeDatatypes.cpp

#include "stdafx.h"
#include "ScopeDatatypes.h"
#include "ScopeDefines.h"

namespace scope {

uint16_t Uint16LowerBoundary(const Uint16Range& r) {
    switch ( r.t ) {
        case Uint16RangeHelper::full:
        case Uint16RangeHelper::firsthalf:
        case Uint16RangeHelper::first4096:
            return 0;
        case Uint16RangeHelper::secondhalf:
            return 32768;
        default:
            return 0;
    }
}

uint16_t Uint16UpperBoundary(const Uint16Range& r) {
    switch ( r.t ) {
        case Uint16RangeHelper::full:
        case Uint16RangeHelper::secondhalf:
            return UINT16_MAX;
        case Uint16RangeHelper::firsthalf:
            return 32767;
        case Uint16RangeHelper::first4096:
            return 4095;
        default:
            return UINT16_MAX;
    }
}

std::vector<ScannerVectorTypeHelper::Mode> ScannerSupportedVectors::List(const ScannerTypeHelper::Mode& _scannertype) {
    switch (_scannertype) {
        default:
        case ScannerTypeHelper::Mode::Regular:
            { ScannerVectorTypeHelper::Mode ret[] = {ScannerVectorTypeHelper::Mode::Sawtooth, ScannerVectorTypeHelper::Mode::Bidirectional };
            return std::vector<ScannerVectorTypeHelper::Mode>(ret, ret + sizeof(ret) / sizeof(ret[0]) ); }
        case ScannerTypeHelper::Mode::Resonance:
            { ScannerVectorTypeHelper::Mode ret[] = {ScannerVectorTypeHelper::Mode::ResonanceBiDi, ScannerVectorTypeHelper::Mode::ResonanceHopper };
            return std::vector<ScannerVectorTypeHelper::Mode>(ret, ret + sizeof(ret) / sizeof(ret[0]) ); }
        case ScannerTypeHelper::Mode::AOD:
            { ScannerVectorTypeHelper::Mode ret[] = {ScannerVectorTypeHelper::Mode::Basic};
            return std::vector<ScannerVectorTypeHelper::Mode>(ret, ret + sizeof(ret) / sizeof(ret[0]) ); }
        case ScannerTypeHelper::Mode::Fiber:
            { ScannerVectorTypeHelper::Mode ret[] = {ScannerVectorTypeHelper::Mode::Basic};
            return std::vector<ScannerVectorTypeHelper::Mode>(ret, ret + sizeof(ret) / sizeof(ret[0]) ); }
    }
}


bool ScannerSupportedVectors::IsSupported(const ScannerVectorTypeHelper::Mode& _scanmode, const ScannerTypeHelper::Mode& _scannertype) {
    auto veclist = ScannerSupportedVectors::List(_scannertype);
    return (std::end(veclist) != std::find(std::begin(veclist), std::end(veclist), _scanmode));
}

bool ScannerSupportedVectors::IsBuiltinSupported(const ScannerVectorTypeHelper::Mode& _scanmode) {
    return IsSupported(_scanmode, SCOPE_SCANNERTYPE);
}

}