AREXPORT bool ArUrg::setParams(
double startingDegrees, double endingDegrees,
double incrementDegrees, bool flipped)
{
if (startingDegrees < -135.0 || startingDegrees > 135.0 ||
endingDegrees < -135.0 || startingDegrees > 135.0 ||
incrementDegrees < 0.0)
{
ArLog::log(ArLog::Normal,
"%s::setParams: Bad params (starting %g ending %g clusterCount %g)",
getName(), startingDegrees, endingDegrees, incrementDegrees);
return false;
}
double startingStepRaw;
double endingStepRaw;
int startingStep;
int endingStep;
int clusterCount;
startingStepRaw = -(startingDegrees - 135.0) / .3515625;
endingStepRaw = -(endingDegrees - 135.0) / .3515625;
startingStep = (int)ceil(ArUtil::findMin(startingStepRaw, endingStepRaw));
endingStep = (int)floor(ArUtil::findMax(startingStepRaw, endingStepRaw));
clusterCount = ArMath::roundInt(incrementDegrees / .3515625);
ArLog::log(ArLog::Verbose, "%s: starting deg %.1f raw %.1f step %d ending deg %.1f raw %.1f step %d, cluster deg %f count %d flipped %d",
getName(), startingDegrees, startingStepRaw, startingStep, endingDegrees, endingStepRaw, endingStep, incrementDegrees, clusterCount, flipped);
return setParamsBySteps(startingStep, endingStep, clusterCount, flipped);
}
AREXPORT bool ArUrg_2_0::setParams(
double startingDegrees, double endingDegrees,
double incrementDegrees, bool flipped)
{
if (startingDegrees < -180.0 || startingDegrees > 180.0 ||
endingDegrees < -180.0 || startingDegrees > 180.0 ||
incrementDegrees < 0.0)
{
ArLog::log(ArLog::Normal,
"%s::setParams: Bad params (starting %g ending %g incrementDegrees %g)",
getName(), startingDegrees, endingDegrees, incrementDegrees);
return false;
}
double startingStepRaw;
double endingStepRaw;
int startingStep;
int endingStep;
int clusterCount;
//startingStepRaw = -(startingDegrees - 135.0) / .3515625;
startingStepRaw = -(startingDegrees - myStepFirst) / myStepSize;
//endingStepRaw = -(endingDegrees - 135.0) / .3515625;
endingStepRaw = -(endingDegrees - myStepFirst) / myStepSize;
startingStep = (int)ceil(ArUtil::findMin(startingStepRaw, endingStepRaw));
endingStep = (int)floor(ArUtil::findMax(startingStepRaw, endingStepRaw));
//clusterCount = ArMath::roundInt(incrementDegrees / .3515625);
clusterCount = ArMath::roundInt(incrementDegrees / myStepSize);
if (clusterCount < 1)
clusterCount = 1;
ArLog::LogLevel logLevel;
if (myLogMore)
logLevel = ArLog::Normal;
else
logLevel = ArLog::Verbose;
ArLog::log(logLevel, "%s: starting deg %.1f raw %.1f step %d ending deg %.1f raw %.1f step %d, cluster deg %f count %d flipped %d",
getName(), startingDegrees, startingStepRaw, startingStep, endingDegrees, endingStepRaw, endingStep, incrementDegrees, clusterCount, flipped);
return setParamsBySteps(startingStep, endingStep, clusterCount, flipped);
}
