public void Update(WingProperty prop)
{
name = prop.name;
value = prop.Value;
defaultValue = prop.defaultValue;
decPlaces = prop.decPlaces;
min = prop.min;
max = prop.max;
tooltip = prop.tooltip;
}
private void UpdateProperty()
{
WingProperty wp = new WingProperty();
foreach (var item in m_wings)
{
WingData d = WingData.dataMap.Get(item.Value.id);
WingLevelData wld = d.GetLevelData(item.Value.level);
PropertyEffectData p = wld.GetProperEffectData();
wp.AddProperty(p);
}
List <string> attrs = wp.GetPropertEffect();
WingUILogicManager.Instance.SetWingAttribute(attrs);
}
public override void SetupProperties()
{
base.SetupProperties();
if (rootOffset != null)
return;
if (part.symmetryCounterparts.Count == 0 || part.symmetryCounterparts[0].Modules.GetModule<B9_ProceduralControl>().rootOffset == null)
{
rootOffset = new WingProperty("Offset (root)", nameof(rootOffset), 0, 2, -2, 2, "Offset of the trailing edge \nroot corner on the lateral axis");
tipOffset.min = -2;
tipOffset.max = 2;
length.Value = 1;
tipWidth.Value = 0.5;
rootWidth.Value = 0.5;
leadingEdgeType.max = 3;
trailingEdgeType.max = 3;
}
else
{
B9_ProceduralControl wp = part.symmetryCounterparts[0].Modules.GetModule<B9_ProceduralControl>(); // all properties for symmetry will be the same object. Yay for no need to update values :D
rootOffset = wp.rootOffset;
}
}
public WingProperty(WingProperty prop)
{
ID = prop.ID;
Update(prop);
}
public override void SetupProperties()
{
if (length != null)
return;
if (part.symmetryCounterparts.Count == 0 || part.symmetryCounterparts[0].Modules.GetModule<B9_ProceduralWing>().length == null)
{
length = new WingProperty("Length", nameof(length), 4, 2, 0.05, 16, "Lateral measurement of the wing, \nalso referred to as semispan");
tipOffset = new WingProperty("Offset (tip)", nameof(tipOffset), 0, 2, -8, 8, "Distance between midpoints of the cross \nsections on the longitudinal axis");
rootWidth = new WingProperty("Width (root)", nameof(rootWidth), 4, 2, 0.05, 16, "Longitudinal measurement of the wing \nat the root cross section");
tipWidth = new WingProperty("Width (tip)", nameof(tipWidth), 4, 2, 0.05, 16, "Longitudinal measurement of the wing \nat the tip cross section");
rootThickness = new WingProperty("Thickness (root)", nameof(rootThickness), 0.24, 2, 0.01, 1, "Thickness at the root cross section \nUsually kept proportional to edge width");
tipThickness = new WingProperty("Thickness (tip)", nameof(tipThickness), 0.24, 2, 0.01, 1, "Thickness at the tip cross section \nUsually kept proportional to edge width");
leadingEdgeType = new WingProperty("Shape", nameof(leadingEdgeType), 2, 0, 1, 4, "Shape of the leading edge cross \nsection (round/biconvex/sharp)");
rootLeadingEdge = new WingProperty("Width (root)", nameof(rootLeadingEdge), 0.24, 2, 0.01, 1.0, "Longitudinal measurement of the leading \nedge cross section at wing root");
tipLeadingEdge = new WingProperty("Width (tip)", nameof(tipLeadingEdge), 0.24, 2, 0.01, 1.0, "Longitudinal measurement of the leading \nedge cross section at with tip");
trailingEdgeType = new WingProperty("Shape", nameof(trailingEdgeType), 3, 0, 1, 4, "Shape of the trailing edge cross \nsection (round/biconvex/sharp)");
rootTrailingEdge = new WingProperty("Width (root)", nameof(rootTrailingEdge), 0.48, 2, 0.01, 1.0, "Longitudinal measurement of the trailing \nedge cross section at wing root");
tipTrailingEdge = new WingProperty("Width (tip)", nameof(tipTrailingEdge), 0.48, 2, 0.01, 1.0, "Longitudinal measurement of the trailing \nedge cross section at wing tip");
surfTopMat = new WingProperty("Material", nameof(surfTopMat), 1, 0, 0, 4, "Surface material (uniform fill, plating, \nLRSI/HRSI tiles and so on)");
surfTopOpacity = new WingProperty("Opacity", nameof(surfTopOpacity), 0, 2, 0, 1, "Fairly self-explanatory, controls the paint \nopacity: no paint at 0, full coverage at 1");
surfTopHue = new WingProperty("Hue", nameof(surfTopHue), 0.1, 2, 0, 1, "Controls the paint hue (HSB axis): \nvalues from zero to one make full circle");
surfTopSat = new WingProperty("Saturation", nameof(surfTopSat), 0.75, 2, 0, 1, "Controls the paint saturation (HSB axis): \ncolorless at 0, full color at 1");
surfTopBright = new WingProperty("Brightness", nameof(surfTopBright), 0.6, 2, 0, 1, "Controls the paint brightness (HSB axis): black at 0, white at 1, primary at 0.5");
surfBottomMat = new WingProperty("Material", nameof(surfBottomMat), 4, 0, 0, 4, "Surface material (uniform fill, plating, \nLRSI/HRSI tiles and so on)");
surfBottomOpacity = new WingProperty("Opacity", nameof(surfBottomOpacity), 0, 2, 0, 1, "Fairly self-explanatory, controls the paint \nopacity: no paint at 0, full coverage at 1");
surfBottomHue = new WingProperty("Hue", nameof(surfBottomHue), 0.1, 2, 0, 1, "Controls the paint hue (HSB axis): \nvalues from zero to one make full circle");
surfBottomSat = new WingProperty("Saturation", nameof(surfBottomSat), 0.75, 2, 0, 1, "Controls the paint saturation (HSB axis): \ncolorless at 0, full color at 1");
surfBottomBright = new WingProperty("Brightness", nameof(surfBottomBright), 0.6, 2, 0, 1, "Controls the paint brightness (HSB axis): black at 0, white at 1, primary at 0.5");
surfLeadMat = new WingProperty("Material", nameof(surfLeadMat), 4, 0, 0, 4, "Surface material (uniform fill, plating, \nLRSI/HRSI tiles and so on)");
surfLeadOpacity = new WingProperty("Opacity", nameof(surfLeadOpacity), 0, 2, 0, 1, "Fairly self-explanatory, controls the paint \nopacity: no paint at 0, full coverage at 1");
surfLeadHue = new WingProperty("Hue", nameof(surfLeadHue), 0.1, 2, 0, 1, "Controls the paint hue (HSB axis): \nvalues from zero to one make full circle");
surfLeadSat = new WingProperty("Saturation", nameof(surfLeadSat), 0.75, 2, 0, 1, "Controls the paint saturation (HSB axis): \ncolorless at 0, full color at 1");
surfLeadBright = new WingProperty("Brightness", nameof(surfLeadBright), 0.6, 2, 0, 1, "Controls the paint brightness (HSB axis): black at 0, white at 1, primary at 0.5");
surfTrailMat = new WingProperty("Material", nameof(surfTrailMat), 4, 0, 0, 4, "Surface material (uniform fill, plating, \nLRSI/HRSI tiles and so on)");
surfTrailOpacity = new WingProperty("Opacity", nameof(surfTrailOpacity), 0, 2, 0, 1, "Fairly self-explanatory, controls the paint \nopacity: no paint at 0, full coverage at 1");
surfTrailHue = new WingProperty("Hue", nameof(surfTrailHue), 0.1, 2, 0, 1, "Controls the paint hue (HSB axis): \nvalues from zero to one make full circle");
surfTrailSat = new WingProperty("Saturation", nameof(surfTrailSat), 0.75, 2, 0, 1, "Controls the paint saturation (HSB axis): \ncolorless at 0, full color at 1");
surfTrailBright = new WingProperty("Brightness", nameof(surfTrailBright), 0.6, 2, 0, 1, "Controls the paint brightness (HSB axis): black at 0, white at 1, primary at 0.5");
}
else
{
B9_ProceduralWing pw = part.symmetryCounterparts[0].Modules.GetModule<B9_ProceduralWing>(); // all properties for symmetry will be the same object. Yay for no need to update values :D
length = pw.length;
tipOffset = pw.tipOffset;
rootWidth = pw.rootWidth;
tipWidth = pw.tipWidth;
rootThickness = pw.rootThickness;
tipThickness = pw.tipThickness;
leadingEdgeType = pw.leadingEdgeType;
rootLeadingEdge = pw.rootLeadingEdge;
tipLeadingEdge = pw.tipLeadingEdge;
trailingEdgeType = pw.trailingEdgeType;
rootTrailingEdge = pw.rootTrailingEdge;
tipTrailingEdge = pw.tipTrailingEdge;
surfTopMat = pw.surfTopMat;
surfTopOpacity = pw.surfTopOpacity;
surfTopHue = pw.surfTopHue;
surfTopSat = pw.surfTopSat;
surfTopBright = pw.surfTopBright;
surfBottomMat = pw.surfBottomMat;
surfBottomOpacity = pw.surfBottomOpacity;
surfBottomHue = pw.surfBottomHue;
surfBottomSat = pw.surfBottomSat;
surfBottomBright = pw.surfBottomBright;
surfLeadMat = pw.surfLeadMat;
surfLeadOpacity = pw.surfLeadOpacity;
surfLeadHue = pw.surfLeadHue;
surfLeadSat = pw.surfLeadSat;
surfLeadBright = pw.surfLeadBright;
surfTrailMat = pw.surfTrailMat;
surfTrailOpacity = pw.surfTrailOpacity;
surfTrailHue = pw.surfTrailHue;
surfTrailSat = pw.surfTrailSat;
surfTrailBright = pw.surfTrailBright;
}
}
private void UpdateProperty()
{
WingProperty wp = new WingProperty();
foreach (var item in m_wings)
{
WingData d = WingData.dataMap.Get(item.Value.id);
WingLevelData wld = d.GetLevelData(item.Value.level);
PropertyEffectData p = wld.GetProperEffectData();
wp.AddProperty(p);
}
List<string> attrs = wp.GetPropertEffect();
WingUILogicManager.Instance.SetWingAttribute(attrs);
}
