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Implement device register groups rendering

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This commit is contained in:
0xFEEDC0DE64
2023-02-20 02:53:48 +01:00
parent 90009e1cbd
commit 62ca7647c3
6 changed files with 85 additions and 48 deletions
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105
dmxcontroller.cpp
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@ -166,9 +166,25 @@ bool DmxController::start()
return true;
}
void DmxController::setRegisterGroup(int registerGroupId, quint8 value)
void DmxController::setRegisterGroupSlider(int registerGroupId, quint8 value)
{
qDebug() << registerGroupId << value;
const auto registerGroupPtr = m_lightProject.registerGroups.findById(registerGroupId);
if (!registerGroupPtr)
{
qWarning() << "hilfe" << __LINE__;
return;
}
const auto index = registerGroupPtr - &*std::cbegin(m_lightProject.registerGroups);
{
QMutexLocker locker{&m_mutex};
if (index >= m_registerGroupStates.size())
m_registerGroupStates.resize(index + 1);
m_registerGroupStates[index] = value;
}
}
void DmxController::setSliderStates(sliders_state_t &&sliderStates)
@ -198,44 +214,63 @@ void DmxController::sendDmxBuffer()
{
QMutexLocker locker{&m_mutex};
// if (m_sliderStates.size() < m_lightProject.devices.size())
// m_sliderStates.resize(m_lightProject.devices.size());
const auto apply = [&](const sliders_state_t &sliders, quint8 factor){
auto iter = std::cbegin(sliders);
auto iter = std::cbegin(m_sliderStates);
for (const auto &light : m_lightProject.devices)
{
auto deviceTypePtr = m_lightProject.deviceTypes.findById(light.deviceTypeId);
if (!deviceTypePtr)
for (const auto &light : m_lightProject.devices)
{
if (iter != std::cend(m_sliderStates))
auto deviceTypePtr = m_lightProject.deviceTypes.findById(light.deviceTypeId);
if (!deviceTypePtr)
{
if (iter != std::cend(sliders))
iter++;
continue;
}
const auto &deviceType = *deviceTypePtr;
{
std::vector<quint8>::const_iterator iter2;
if (iter != std::cend(sliders))
iter2 = std::cbegin(*iter);
int i{};
for (const auto &register_ : deviceType.registers)
{
const auto address = light.address + (i++);
if (iter != std::cend(sliders) && iter2 != std::cend(*iter))
{
const auto result = int(*iter2) * factor / 255;
if (result > buf[address])
buf[address] = result;
}
// else
// buf[address] = 0;
if (iter != std::cend(sliders) && iter2 != std::cend(*iter))
iter2++;
}
}
if (iter != std::cend(sliders))
iter++;
}
};
apply(m_sliderStates, 255);
auto iter = std::cbegin(m_registerGroupStates);
for (const auto &registerGroup : m_lightProject.registerGroups)
{
if (iter == std::cend(m_registerGroupStates))
break;
if (!*iter)
{
iter++;
continue;
}
const auto &deviceType = *deviceTypePtr;
std::vector<int>::const_iterator iter2;
if (iter != std::cend(m_sliderStates))
iter2 = std::cbegin(*iter);
int i{};
for (const auto &register_ : deviceType.registers)
{
const auto address = light.address + (i++);
if (iter != std::cend(m_sliderStates) && iter2 != std::cend(*iter))
{
buf[address] = *iter2;
}
else
buf[address] = 0;
if (iter != std::cend(m_sliderStates) && iter2 != std::cend(*iter))
iter2++;
}
if (iter != std::cend(m_sliderStates))
iter++;
apply(registerGroup.sliders, *iter);
iter++;
}
}