void
JXFloatInput::SetLimits
(
const JFloat minValue,
const JFloat maxValue
)
{
assert( minValue < maxValue );
SetLowerLimit(minValue);
SetUpperLimit(maxValue);
}
void FloatLimitCtrl::SetLowerLimit(const TimeValue& in_t, float in_lowerLimit)
{
DbgAssert(m_pfloatBlock);
m_pfloatBlock->SetValue(pb_lower_limit, in_t, in_lowerLimit);
float upperLimit = GetUpperLimit(in_t);
if (upperLimit < in_lowerLimit)
SetUpperLimit(in_t, in_lowerLimit);
// Also check for padding overlap.
if (IsUpperLimitActive() && IsLowerLimitActive()) {
float range = GetUpperLimit(in_t) - GetLowerLimit(in_t);
float lowPadding = GetLowerWidth(in_t);
float upPadding = GetUpperWidth(in_t);
// In case of overlap, modify the lower limit padding
if (upPadding + lowPadding > range) {
if (lowPadding > range) {
m_pfloatBlock->SetValue(pb_lower_smoothing, in_t, range);
lowPadding = range;
}
SetLowerWidth(in_t, range - lowPadding);
}
}
}
void FloatLimitCtrl::SetUpperLimit(const TimeValue& in_t, void *in_val)
{
if (in_val)
SetUpperLimit(in_t, *static_cast<float *>(in_val));
}
