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POVRay lights - lc_qpropertiestree

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This commit is contained in:
Trevor SANDY 2023-08-07 13:08:13 +02:00
parent 201d7e870c
commit 1f075624b8
2 changed files with 272 additions and 73 deletions
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333
qt/lc_qpropertiestree.cpp
View file

@ -470,6 +470,19 @@ QWidget *lcQPropertiesTree::createEditor(QWidget *parent, QTreeWidgetItem *item)
return editor;
}
case PropertyFloatLightSpotFalloff:
{
QLineEdit *editor = new QLineEdit(parent);
float value = item->data(0, PropertyValueRole).toFloat();
editor->setValidator(new QDoubleValidator(1.0, 90.0,1, editor));
editor->setText(lcFormatValueLocalized(value));
editor->setToolTip(tr("Angle of the spotlight beam beteeen the cone edge and center line."));
connect(editor, SIGNAL(returnPressed()), this, SLOT(slotReturnPressed()));
return editor;
}
case PropertyFloatReadOnly:
{
QLineEdit *editor = new QLineEdit(parent);
@ -532,6 +545,25 @@ QWidget *lcQPropertiesTree::createEditor(QWidget *parent, QTreeWidgetItem *item)
return editor;
}
case PropertyLightFormat:
{
QComboBox *editor = new QComboBox(parent);
editor->setSizeAdjustPolicy(QComboBox::AdjustToMinimumContentsLengthWithIcon);
editor->setMinimumContentsLength(1);
QStringList formats = { "Blender", "POVRay" };
for (int i = 0; i < formats.size(); i++)
editor->addItem(formats.at(i), QVariant::fromValue(i));
int value = item->data(0, PropertyValueRole).toInt();
editor->setCurrentIndex(value);
connect(editor, SIGNAL(currentIndexChanged(int)), this, SLOT(slotSetValue(int)));
return editor;
}
case PropertyLightShape:
{
QComboBox *editor = new QComboBox(parent);
@ -539,7 +571,7 @@ QWidget *lcQPropertiesTree::createEditor(QWidget *parent, QTreeWidgetItem *item)
editor->setSizeAdjustPolicy(QComboBox::AdjustToMinimumContentsLengthWithIcon);
editor->setMinimumContentsLength(1);
QStringList shapes = { "Square", "Disk", "Rectangle", "Ellipse"};
QStringList shapes = { "Square", "Disk", "Rectangle", "Ellipse" };
for (int i = 0; i < shapes.size(); i++)
editor->addItem(shapes.at(i), QVariant::fromValue(i));
@ -660,8 +692,6 @@ void lcQPropertiesTree::slotToggled(bool Value)
if (mWidgetMode == LC_PROPERTY_WIDGET_CAMERA)
{
lcObject* Focus = Model->GetFocusObject();
if (Focus && Focus->IsCamera())
{
lcCamera* Camera = (lcCamera*)Focus;
@ -684,11 +714,6 @@ void lcQPropertiesTree::slotToggled(bool Value)
Props.mEnableCutoff = Value;
Model->UpdateLight(Light, Props, LC_LIGHT_USE_CUTOFF);
}
else if (Item == lightPOVRay)
{
Props.mPOVRayLight = Value;
Model->UpdateLight(Light, Props, LC_LIGHT_POVRAY);
}
else if (Item == lightShadowless)
{
Props.mShadowless = Value;
@ -918,6 +943,12 @@ void lcQPropertiesTree::slotReturnPressed()
Model->UpdateLight(Light, Props, LC_LIGHT_FACTOR);
}
else if (Item == lightDiffuse)
{
Props.mLightDiffuse = lcParseValueLocalized(Editor->text());
Model->UpdateLight(Light, Props, LC_LIGHT_DIFFUSE);
}
else if (Item == lightSpecular)
{
Props.mLightSpecular = lcParseValueLocalized(Editor->text());
@ -942,6 +973,30 @@ void lcQPropertiesTree::slotReturnPressed()
Model->UpdateLight(Light, Props, LC_LIGHT_SPOT_SIZE);
}
else if (Item == lightSpotFalloff)
{
Props.mSpotFalloff = lcParseValueLocalized(Editor->text());
Model->UpdateLight(Light, Props, LC_LIGHT_SPOT_FALLOFF);
}
else if (Item == lightSpotTightness)
{
Props.mSpotTightness = lcParseValueLocalized(Editor->text());
Model->UpdateLight(Light, Props, LC_LIGHT_SPOT_TIGHTNESS);
}
else if (Item == lightAreaGridRows || Item == lightAreaGridColumns)
{
float Value = lcParseValueLocalized(Editor->text());
if (Item == lightAreaGridRows)
Props.mAreaGrid[0] = Value;
else if (Item == lightAreaGridColumns)
Props.mAreaGrid[1] = Value;
Model->UpdateLight(Light, Props, LC_LIGHT_AREA_GRID);
}
else if (Item == lightName)
{
QString Value = Editor->text();
@ -987,11 +1042,19 @@ void lcQPropertiesTree::slotSetValue(int Value)
lcLight* Light = (Focus && Focus->IsLight()) ? (lcLight*)Focus : nullptr;
if (Light && Item == lightShape)
if (Light)
{
lcLightProperties Props = Light->GetLightProperties();
Props.mLightShape = static_cast<lcLightShape>(Value);
Model->UpdateLight(Light, Props, LC_LIGHT_SHAPE);
if (Item == lightShape)
{
Props.mLightShape = static_cast<lcLightShape>(Value);
Model->UpdateLight(Light, Props, LC_LIGHT_SHAPE);
}
else if (Item == lightFormat)
{
Props.mPOVRayLight = Value;
Model->UpdateLight(Light, Props, LC_LIGHT_POVRAY);
}
}
}
}
@ -1119,6 +1182,7 @@ void lcQPropertiesTree::SetEmpty()
cameraFar = nullptr;
cameraName = nullptr;
lightConfiguration = nullptr;
lightPosition = nullptr;
lightPositionX = nullptr;
lightPositionY = nullptr;
@ -1133,6 +1197,7 @@ void lcQPropertiesTree::SetEmpty()
lightColorG = nullptr;
lightColorB = nullptr;
lightProperties = nullptr;
lightDiffuse = nullptr;
lightSpecular = nullptr;
lightCutoff = nullptr;
lightEnableCutoff = nullptr;
@ -1143,6 +1208,12 @@ void lcQPropertiesTree::SetEmpty()
lightName = nullptr;
lightSpotSize = nullptr;
lightShape = nullptr;
lightFormat = nullptr;
lightShadowless = nullptr;
lightAreaGridRows = nullptr;
lightAreaGridColumns = nullptr;
lightSpotFalloff = nullptr;
lightSpotTightness = nullptr;
mWidgetMode = LC_PROPERTY_WIDGET_EMPTY;
mFocus = nullptr;
@ -1375,28 +1446,42 @@ void lcQPropertiesTree::SetLight(lcObject* Focus)
lcLight* Light = (Focus && Focus->IsLight()) ? (lcLight*)Focus : nullptr;
QString Name = tr("Light");
QString FactorALabel = tr("FactorA");
QString ExponentLabel = tr("Exponent");
QString Type, Shape, FactorAToolTip, FactorBToolTip;
QString FactorALabel = QLatin1String("FactorA");
QString Type = QLatin1String("Undefined");
QString Format, Shape, SpotSizeToolTip, ExponentToolTip, FactorAToolTip, FactorBToolTip;
lcLightType LightIndex = LC_UNDEFINED_LIGHT;
lcLightShape ShapeIndex = LC_LIGHT_SHAPE_UNDEFINED;
int FormatIndex = 0;
float SpotSize = 0.0f;
float SpotFalloff = 0.0f;
float SpotTightness = 0.0f;
float Diffuse = 0.0f;
float Specular = 0.0f;
float Cutoff = 0.0f;
float Exponent = 0.0f;
bool EnableCutoff = false;
bool POVRayLight = false;
bool Shadowless = false;
PropertyType TargetProperty = PropertyFloat;
PropertyType SpotSizeProperty = PropertyFloatLightSpotSize;
lcVector3 Position(0.0f, 0.0f, 0.0f);
lcVector3 Target(0.0f, 0.0f, 0.0f);
lcVector3 Color(0.0f, 0.0f, 0.0f);
lcVector2 Factor(0.0f, 0.0f);
lcVector2 AreaGrid(0.0f, 0.0f);
if (Light)
{
Name = Light->GetName();
Position = Light->mPosition; // normalizeDegrees(Light->mPosition);
Target = Light->mTargetPosition; // normalizeDegrees(Light->mTargetPosition);
POVRayLight = Light->mPOVRayLight;
FormatIndex = static_cast<int>(POVRayLight);
Format = POVRayLight ? QLatin1String("POVRay") : QLatin1String("Blender");
Shadowless = Light->mShadowless;
Position = Light->mPosition;
Target = Light->mTargetPosition;
Color = Light->mLightColor;
Factor = Light->mLightFactor;
LightIndex = static_cast<lcLightType>(Light->mLightType);
@ -1406,28 +1491,48 @@ void lcQPropertiesTree::SetLight(lcObject* Focus)
case LC_POINTLIGHT:
Type = QLatin1String("Point");
FactorALabel = tr("Radius (m)");
FactorAToolTip = tr("Shadow soft size - Light size for shadow sampling");
FactorAToolTip = tr("The light size for shadow sampling in metres.");
break;
case LC_AREALIGHT:
Type = QLatin1String("Area");
FactorALabel = tr("Width (X)");
FactorAToolTip = tr("Size of the area of the area light. X direction size for rectangular shapes");
FactorBToolTip = tr("Size of the area of the area light. Y direction size for rectangular shapes");
if (POVRayLight)
{
Factor = Light->mAreaSize;
FactorALabel = tr("Width");
FactorAToolTip = tr("The width (X direction) of the area light in units.");
FactorBToolTip = tr("The height (Y direction) of the area light in units.");
}
else
{
FactorALabel = tr("Width (m)");
FactorAToolTip = tr("The width (X direction) of the area light in metres.");
FactorBToolTip = tr("The height (Y direction) of the area light in units.");
}
break;
case LC_SUNLIGHT:
Type = QLatin1String("Sun");
FactorALabel = tr("Angle (°)");
FactorAToolTip = tr("Angular diamater of the sun as seen from the Earth");
FactorAToolTip = tr("Angular diamater of the sun as seen from the Earth.");
break;
case LC_SPOTLIGHT:
Type = QLatin1String("Spot");
FactorALabel = tr("Radius (m)");
FactorAToolTip = tr("Shadow soft size - Light size for shadow sampling");
FactorBToolTip = tr("Shadow blend - The softness of the spotlight edge");
FactorBToolTip = tr("The softness of the spotlight edge.");
if (POVRayLight)
{
FactorALabel = tr("Radius (°)");
FactorAToolTip = tr("The angle between the \"hot-spot\" edge at the beam center and the center line.");
SpotSizeToolTip = tr("Angle of the spotlight beam - Read only.");
Factor[0] = Light->mSpotSize - Light->mSpotFalloff;
SpotSizeProperty = PropertyFloatReadOnly;
}
else
{
FactorALabel = tr("Radius (m)");
FactorAToolTip = tr("Shadow soft size - Light size in metres for shadow sampling.");
SpotSizeToolTip = tr("Angle of the spotlight beam.");
}
break;
default:
Type = QLatin1String("Undefined");
FactorALabel = tr("FactorA");
break;
}
@ -1435,47 +1540,63 @@ void lcQPropertiesTree::SetLight(lcObject* Focus)
switch(ShapeIndex)
{
case LC_LIGHT_SHAPE_SQUARE:
Shape = QLatin1String("Square");
Shape = tr("Square");
break;
case LC_LIGHT_SHAPE_DISK:
Shape = QLatin1String("Disk");
Shape = POVRayLight ? tr("Circle") : tr("Disk");
break;
case LC_LIGHT_SHAPE_RECTANGLE:
Shape = QLatin1String("Rectangle");
Shape = tr("Rectangle");
break;
case LC_LIGHT_SHAPE_ELLIPSE:
Shape = QLatin1String("Ellipse");
Shape = tr("Ellipse");
break;
default:
break;
}
Diffuse = Light->mLightDiffuse;
Specular = Light->mLightSpecular;
Exponent = Light->mSpotExponent;
ExponentLabel = LightIndex ? LightIndex == LC_SUNLIGHT ? tr("Strength") : tr("Power") : tr("Exponent");
if (POVRayLight)
{
Exponent = Light->mPOVRayExponent;
ExponentToolTip = tr("Intensity of the light with typical range of 0 to 1.0.");
}
else
{
Exponent = Light->mSpotExponent;
ExponentToolTip = tr("Intensity of the light in watts.");
}
ExponentLabel = LightIndex == LC_SUNLIGHT ? tr("Strength") : tr("Power");
Cutoff = Light->mSpotCutoff;
EnableCutoff = Light->mEnableCutoff;
TargetProperty = Light->mLightType > LC_POINTLIGHT ? PropertyFloat : PropertyFloatReadOnly;
SpotSize = Light->mSpotSize;
SpotFalloff = Light->mSpotFalloff;
SpotTightness = Light->mSpotTightness;
AreaGrid = Light->mAreaGrid;
}
if (mWidgetMode != LC_PROPERTY_WIDGET_LIGHT || mLightType != LightIndex || mLightShape != ShapeIndex)
if (mWidgetMode != LC_PROPERTY_WIDGET_LIGHT || mLightType != LightIndex || mLightShape != ShapeIndex || mPOVRayLight != POVRayLight)
{
SetEmpty();
// Configuration
lightConfiguration = addProperty(nullptr, tr("Configuration"), PropertyGroup);
lightFormat = addProperty(lightConfiguration, tr("Format"), PropertyLightFormat);
// Position
lightPosition = addProperty(nullptr, tr("Position"), PropertyGroup);
lightPositionX = addProperty(lightPosition, tr("X"), PropertyFloat);
lightPositionY = addProperty(lightPosition, tr("Y"), PropertyFloat);
lightPositionZ = addProperty(lightPosition, tr("Z"), PropertyFloat);
// Target Position
if (LightIndex != LC_POINTLIGHT)
if (LightIndex != LC_POINTLIGHT && !(LightIndex == LC_AREALIGHT && POVRayLight))
{
lightTarget = addProperty(nullptr, tr("Target"), PropertyGroup);
lightTargetX = addProperty(lightTarget, tr("X"), TargetProperty);
lightTargetY = addProperty(lightTarget, tr("Y"), TargetProperty);
lightTargetZ = addProperty(lightTarget, tr("Z"), TargetProperty);
}
// Ambient Colour
// Light Colour
lightColor = addProperty(nullptr, tr("Color"), PropertyGroup);
lightColorIcon = addProperty(lightColor, tr("Name"), PropertyLightColor);
lightColorR = addProperty(lightColor, tr("Red"), PropertyFloat);
@ -1484,30 +1605,52 @@ void lcQPropertiesTree::SetLight(lcObject* Focus)
// Properties
lightProperties = addProperty(nullptr, tr("Properties"), PropertyGroup);
lightType = addProperty(lightProperties, tr("Type"), PropertyStringLightReadOnly);
lightShadowless = addProperty(lightProperties, tr("Shadowless"), PropertyBool);
lightExponent = addProperty(lightProperties, ExponentLabel, PropertyFloat);
lightFactorA = addProperty(lightProperties, FactorALabel, PropertyFloat);
if ((LightIndex == LC_POINTLIGHT || LightIndex == LC_SUNLIGHT) && !POVRayLight)
lightFactorA = addProperty(lightProperties, FactorALabel, PropertyFloat);
if (LightIndex == LC_AREALIGHT)
{
if (ShapeIndex == LC_LIGHT_SHAPE_RECTANGLE || ShapeIndex == LC_LIGHT_SHAPE_ELLIPSE)
lightFactorB = addProperty(lightProperties, tr("Height (Y)"), PropertyFloat);
lightShape = addProperty(lightProperties, tr("Shape"), PropertyLightShape);
lightFactorA = addProperty(lightProperties, FactorALabel, PropertyFloat);
if (ShapeIndex == LC_LIGHT_SHAPE_RECTANGLE || ShapeIndex == LC_LIGHT_SHAPE_ELLIPSE || POVRayLight)
lightFactorB = addProperty(lightProperties, tr("Height (Y)"), PropertyFloat);
else
FactorAToolTip = tr("The size of the area light grid in metres.");
if (POVRayLight)
{
lightAreaGridRows = addProperty(lightProperties, tr("Grid Rows"), PropertyFloat);
lightAreaGridColumns = addProperty(lightProperties, tr("Grid Columns"), PropertyFloat);
}
}
else if (LightIndex == LC_SPOTLIGHT)
{
lightFactorB = addProperty(lightProperties, tr("Spot Blend"), PropertyFloat);
lightSpotSize = addProperty(lightProperties, tr("Spot Size (°)"), PropertyFloatLightSpotSize);
lightSpotSize = addProperty(lightProperties, tr("Spot Size (°)"), SpotSizeProperty);
lightFactorA = addProperty(lightProperties, FactorALabel, PropertyFloat);
if (!POVRayLight)
lightFactorB = addProperty(lightProperties, tr("Spot Blend"), PropertyFloat);
else
{
lightSpotFalloff = addProperty(lightProperties, tr("Spot Falloff (°)"), PropertyFloatLightSpotFalloff);
lightSpotTightness = addProperty(lightProperties, tr("Spot Tightness"), PropertyFloat);
}
}
if (LightIndex != LC_SUNLIGHT)
if (!POVRayLight)
{
lightEnableCutoff = addProperty(lightProperties, tr("Cutoff"), PropertyBool);
lightCutoff = addProperty(lightProperties, tr("Cutoff Distance"), PropertyFloat);
if (LightIndex != LC_SUNLIGHT)
{
lightEnableCutoff = addProperty(lightProperties, tr("Cutoff"), PropertyBool);
lightCutoff = addProperty(lightProperties, tr("Cutoff Distance"), PropertyFloat);
}
lightDiffuse = addProperty(lightProperties, tr("Diffuse"), PropertyFloat);
lightSpecular = addProperty(lightProperties, tr("Specular"), PropertyFloat);
}
lightSpecular = addProperty(lightProperties, tr("Specular"), PropertyFloat);
lightName = addProperty(lightProperties, tr("Name"), PropertyString);
mWidgetMode = LC_PROPERTY_WIDGET_LIGHT;
mLightType = LightIndex;
mLightShape = ShapeIndex;
mPOVRayLight = POVRayLight;
}
mFocus = Light;
@ -1519,7 +1662,7 @@ void lcQPropertiesTree::SetLight(lcObject* Focus)
lightPositionZ->setText(1, lcFormatValueLocalized(Position[2]));
lightPositionZ->setData(0, PropertyValueRole, Position[2]);
if (LightIndex != LC_POINTLIGHT)
if (LightIndex != LC_POINTLIGHT && !(LightIndex == LC_AREALIGHT && POVRayLight))
{
lightTargetX->setText(1, lcFormatValueLocalized(Target[0]));
lightTargetX->setData(0, PropertyValueRole, Target[0]);
@ -1547,64 +1690,110 @@ void lcQPropertiesTree::SetLight(lcObject* Focus)
lightColorR->setText(1, lcFormatValueLocalized(Color[0]));
lightColorR->setData(0, PropertyValueRole, Color[0]);
lightColorR->setToolTip(1, tr("Red color component - use .0 - 1 format"));
lightColorR->setToolTip(1, tr("Red color using 0 to 1 decimal."));
lightColorG->setText(1, lcFormatValueLocalized(Color[1]));
lightColorG->setData(0, PropertyValueRole, Color[1]);
lightColorG->setToolTip(1, tr("Green color component - use .0 - 1 format"));
lightColorG->setToolTip(1, tr("Green color using 0 to 1 decimal."));
lightColorB->setText(1, lcFormatValueLocalized(Color[2]));
lightColorB->setData(0, PropertyValueRole, Color[2]);
lightColorB->setToolTip(1, tr("Blue color component - use .0 - 1 format"));
lightColorB->setToolTip(1, tr("Blue color using 0 to 1 decimal."));
lightFormat->setText(1, Format);
lightFormat->setData(0, PropertyValueRole, FormatIndex);
lightType->setText(1, Type);
lightType->setData(0, PropertyValueRole, Type);
lightShadowless->setText(1, Shadowless ? "True" : "False");
lightShadowless->setData(0, PropertyValueRole, Shadowless);
lightExponent->setText(1, lcFormatValueLocalized(Exponent));
lightExponent->setData(0, PropertyValueRole, Exponent);
lightExponent->setToolTip(1, tr("Intensity of the light in Watts."));
lightExponent->setToolTip(1, ExponentToolTip);
lightFactorA->setText(1, lcFormatValueLocalized(Factor[0]));
lightFactorA->setData(0, PropertyValueRole, Factor[0]);
lightFactorA->setToolTip(1, FactorAToolTip);
if (LightIndex == LC_AREALIGHT)
if ((LightIndex == LC_POINTLIGHT || LightIndex == LC_SUNLIGHT) && !POVRayLight)
{
if (ShapeIndex == LC_LIGHT_SHAPE_RECTANGLE || ShapeIndex == LC_LIGHT_SHAPE_ELLIPSE)
lightFactorA->setText(1, lcFormatValueLocalized(Factor[0]));
lightFactorA->setData(0, PropertyValueRole, Factor[0]);
lightFactorA->setToolTip(1, FactorAToolTip);
}
else if (LightIndex == LC_AREALIGHT)
{
lightShape->setText(1, Shape);
lightShape->setData(0, PropertyValueRole, ShapeIndex);
lightShape->setToolTip(1, tr("Suggested shape of the arealight."));
lightFactorA->setText(1, lcFormatValueLocalized(Factor[0]));
lightFactorA->setData(0, PropertyValueRole, Factor[0]);
lightFactorA->setToolTip(1, FactorAToolTip);
if (ShapeIndex == LC_LIGHT_SHAPE_RECTANGLE || ShapeIndex == LC_LIGHT_SHAPE_ELLIPSE || POVRayLight)
{
lightFactorB->setText(1, lcFormatValueLocalized(Factor[1]));
lightFactorB->setData(0, PropertyValueRole, Factor[1]);
lightFactorB->setToolTip(1, FactorBToolTip);
}
lightShape->setText(1, Shape);
lightShape->setData(0, PropertyValueRole, ShapeIndex);
lightShape->setToolTip(1, tr("Shape of the arealight."));
if (POVRayLight)
{
lightAreaGridRows->setText(1, lcFormatValueLocalized(AreaGrid[0]));
lightAreaGridRows->setData(0, PropertyValueRole, AreaGrid[0]);
lightAreaGridRows->setToolTip(1, tr("The number of sample rows in the area light."));
lightAreaGridColumns->setText(1, lcFormatValueLocalized(AreaGrid[1]));
lightAreaGridColumns->setData(0, PropertyValueRole, AreaGrid[1]);
lightAreaGridColumns->setToolTip(1, tr("The number of sample columns in the area light."));
}
}
else if (LightIndex == LC_SPOTLIGHT)
{
lightFactorB->setText(1, lcFormatValueLocalized(Factor[1]));
lightFactorB->setData(0, PropertyValueRole, Factor[1]);
lightFactorB->setToolTip(1, FactorBToolTip);
lightSpotSize->setText(1, lcFormatValueLocalized(SpotSize));
lightSpotSize->setData(0, PropertyValueRole, SpotSize);
lightSpotSize->setToolTip(1, tr("Angle of the spotlight beam."));
lightSpotSize->setToolTip(1, SpotSizeToolTip);
lightFactorA->setText(1, lcFormatValueLocalized(Factor[0]));
lightFactorA->setData(0, PropertyValueRole, Factor[0]);
lightFactorA->setToolTip(1, FactorAToolTip);
if (!POVRayLight)
{
lightFactorB->setText(1, lcFormatValueLocalized(Factor[1]));
lightFactorB->setData(0, PropertyValueRole, Factor[1]);
lightFactorB->setToolTip(1, FactorBToolTip);
}
else
{
lightSpotFalloff->setText(1, lcFormatValueLocalized(SpotFalloff));
lightSpotFalloff->setData(0, PropertyValueRole, SpotFalloff);
lightSpotFalloff->setToolTip(1, tr("The angle between the spot beam edge and center line."));
lightSpotTightness->setText(1, lcFormatValueLocalized(SpotTightness));
lightSpotTightness->setData(0, PropertyValueRole, SpotTightness);
lightSpotTightness->setToolTip(1, tr("Additional exponential spotlight edge softening."));
}
}
if (LightIndex != LC_SUNLIGHT)
if (!POVRayLight)
{
lightEnableCutoff->setText(1, EnableCutoff ? "True" : "False");
lightEnableCutoff->setData(0, PropertyValueRole, EnableCutoff);
if (LightIndex != LC_SUNLIGHT)
{
lightEnableCutoff->setText(1, EnableCutoff ? "True" : "False");
lightEnableCutoff->setData(0, PropertyValueRole, EnableCutoff);
lightCutoff->setText(1, lcFormatValueLocalized(Cutoff));
lightCutoff->setData(0, PropertyValueRole, Cutoff);
lightCutoff->setToolTip(1, tr("Distance at which the light influence will be set to 0."));
lightCutoff->setText(1, lcFormatValueLocalized(Cutoff));
lightCutoff->setData(0, PropertyValueRole, Cutoff);
lightCutoff->setToolTip(1, tr("Distance at which the light influence will be set to 0."));
}
lightDiffuse->setText(1, lcFormatValueLocalized(Diffuse));
lightDiffuse->setData(0, PropertyValueRole, Diffuse);
lightDiffuse->setToolTip(1, tr("Diffuse reflection multiplier factor."));
lightSpecular->setText(1, lcFormatValueLocalized(Specular));
lightSpecular->setData(0, PropertyValueRole, Specular);
lightSpecular->setToolTip(1, tr("Specular reflection multiplier factor."));
}
lightSpecular->setText(1, lcFormatValueLocalized(Specular));
lightSpecular->setData(0, PropertyValueRole, Specular);
lightSpecular->setToolTip(1, tr("Specular reflection multiplier factor."));
lightName->setText(1, Name);
lightName->setData(0, PropertyValueRole, QVariant::fromValue(Name));
}

12
qt/lc_qpropertiestree.h
View file

@ -46,9 +46,11 @@ public:
PropertyFloat,
PropertyFloatReadOnly,
PropertyFloatLightSpotSize,
PropertyFloatLightSpotFalloff,
PropertyStep,
PropertyString,
PropertyStringLightReadOnly,
PropertyLightFormat,
PropertyLightShape,
PropertyLightColor,
PropertyColor,
@ -81,6 +83,7 @@ protected:
int mLightType;
int mLightShape;
bool mPOVRayLight;
lcPropertyWidgetMode mWidgetMode;
lcObject* mFocus;
@ -124,6 +127,7 @@ protected:
QTreeWidgetItem *cameraFar;
QTreeWidgetItem *cameraName;
QTreeWidgetItem *lightConfiguration;
QTreeWidgetItem *lightPosition;
QTreeWidgetItem *lightPositionX;
QTreeWidgetItem *lightPositionY;
@ -138,6 +142,7 @@ protected:
QTreeWidgetItem *lightColorG;
QTreeWidgetItem *lightColorB;
QTreeWidgetItem *lightProperties;
QTreeWidgetItem *lightDiffuse;
QTreeWidgetItem *lightSpecular;
QTreeWidgetItem *lightCutoff;
QTreeWidgetItem *lightEnableCutoff;
@ -148,6 +153,12 @@ protected:
QTreeWidgetItem *lightFactorA;
QTreeWidgetItem *lightFactorB;
QTreeWidgetItem *lightName;
QTreeWidgetItem *lightFormat;
QTreeWidgetItem *lightShadowless;
QTreeWidgetItem *lightAreaGridRows;
QTreeWidgetItem *lightAreaGridColumns;
QTreeWidgetItem *lightSpotFalloff;
QTreeWidgetItem *lightSpotTightness;
};
class lcQPropertiesTreeDelegate : public QItemDelegate
@ -196,4 +207,3 @@ private:
mutable QWidget *m_editedWidget;
mutable bool m_disablePainting;
};