void eTfEffectDistortionProcess(eTfEffect *fx, eTfSynth &synth, eTfInstrument &instr, eF32 **signal, eU32 len)
{
eASSERT_ALIGNED16(fx);
eTfEffectDistortion *dist = static_cast<eTfEffectDistortion *>(fx);
eF32 amount = 1.0f - instr.params[TF_DISTORT_AMOUNT];
if (amount != dist->generatedAmount)
{
dist->generatedAmount = amount;
for (eU32 base = 0; base<32768; base++)
dist->powTable[base] = ePow(base/32768.f, amount);
}
for(eU32 i=0;i<2;i++)
{
eF32 *in = signal[i];
eU32 len2 = len;
while(len2--)
{
eF32 val = *in;
eF32 sign = eSign(val);
eF32 abs = eAbs(val);
if (abs > 1.0f) abs = 1.0f;
eU32 offs = eFtoL(abs * 32767.0f);
*in++ = sign * dist->powTable[offs];
}
}
}
eRoad::eRoad(pugi::xml_node& node) {
//GlobalID
this->GlobalID = node.child("GlobalID").text().as_int();
//LateralOffsetBegin
this->LateralOffsetBegin =
node.child("LateralOffsetBegin").text().as_double();
//LateralOffsetEnd
this->LateralOffsetEnd = node.child("LateralOffsetEnd").text().as_double();
//Length
this->Length = node.child("Length").text().as_double();
//NextConnectedRoadID
this->NextConnectedRoadID =
node.child("NextConnectedRoadID").text().as_int();
//NextConnectedSwitchID
this->NextConnectedSwitchID =
node.child("NextConnectedSwitchID").text().as_int();
//PrevConnectedRoadID
this->PrevConnectedRoadID =
node.child("PrevConnectedRoadID").text().as_int();
//PrevConnectedSwitchID
this->PrevConnectedSwitchID =
node.child("PrevConnectedSwitchID").text().as_int();
//BeginCoordinate
this->BeginCoordinate = node.child("BeginCoordinate").text().as_double();
//EndCoordinate
this->EndCoordinate = node.child("EndCoordinate").text().as_double();
//HasCatenaryLine
this->HasCatenaryLine = node.child("HasCatenaryLine").text().as_bool();
//CatenaryVoltage
this->CatenaryVoltage = node.child("CatenaryVoltage").text().as_double();
//IsMainLine
this->IsMainLine = node.child("IsMainLine").text().as_bool();
//Balast
this->Balast = node.child("Balast").text().as_string();
//Travers
this->Travers = node.child("Travers").text().as_string();
//VerticalProfile
for (pugi::xml_node VerticalProfileNode = node.child("VerticalProfile");
VerticalProfileNode;
VerticalProfileNode = VerticalProfileNode.next_sibling(
"VerticalProfile")) {
eVerticalProfile everticalprofile = eVerticalProfile(
VerticalProfileNode);
this->VerticalProfile.push_back(everticalprofile);
}
//Section
for (pugi::xml_node SectionNode = node.child("Section"); SectionNode;
SectionNode = SectionNode.next_sibling("Section")) {
eSection esection = eSection(SectionNode);
this->Section.push_back(esection);
}
//Sign
for (pugi::xml_node SignNode = node.child("Sign"); SignNode; SignNode =
SignNode.next_sibling("Sign")) {
eSign esign = eSign(SignNode);
this->Sign.push_back(esign);
}
//Signal
for (pugi::xml_node SignalNode = node.child("Signal"); SignalNode;
SignalNode = SignalNode.next_sibling("Signal")) {
eSignal esignal = eSignal(SignalNode);
this->Signal.push_back(esignal);
}
//Magnet
for (pugi::xml_node MagnetNode = node.child("Magnet"); MagnetNode;
MagnetNode = MagnetNode.next_sibling("Magnet")) {
eMagnet emagnet = eMagnet(MagnetNode);
this->Magnet.push_back(emagnet);
}
//Balise
for (pugi::xml_node BaliseNode = node.child("Balise"); BaliseNode;
BaliseNode = BaliseNode.next_sibling("Balise")) {
eBalise ebalise = eBalise(BaliseNode);
this->Balise.push_back(ebalise);
}
//Block
for (pugi::xml_node BlockNode = node.child("Block"); BlockNode; BlockNode =
BlockNode.next_sibling("Block")) {
eBlock eblock = eBlock(BlockNode);
this->Block.push_back(eblock);
}
//LevelCrossing
for (pugi::xml_node LevelCrossingNode = node.child("LevelCrossing");
LevelCrossingNode;
LevelCrossingNode = LevelCrossingNode.next_sibling(
"LevelCrossing")) {
eLevelCrossing elevelcrossing = eLevelCrossing(LevelCrossingNode);
this->LevelCrossing.push_back(elevelcrossing);
}
//PhysicalBuilding
for (pugi::xml_node PhysicalBuildingNode = node.child("PhysicalBuilding");
PhysicalBuildingNode;
PhysicalBuildingNode = PhysicalBuildingNode.next_sibling(
"PhysicalBuilding")) {
ePhysicalBuilding ephysicalbuilding = ePhysicalBuilding(
PhysicalBuildingNode);
this->PhysicalBuilding.push_back(ephysicalbuilding);
}
}
