private void readLayer(long layers, String name)
{
if (layers == 0)
{
return;
}
// Console.WriteLine(name + ".layers=" + Long.toString(layers, 16));
BlendChunk raw = findChunkByPtr(layers);
if (raw == null)
{
throw new Exception("GL_BLEND:Unable to find " + name + ".layers for Mesh");
}
setData(raw.raw);
// Console.WriteLine("#layers=" + raw.nr);
for (int a = 0; a < raw.nr; a++)
{
BlendCustomDataLayer layer = new BlendCustomDataLayer(this);
layer.read();
String layer_name = layer.name;
if (layer.data == 0)
{
// Console.WriteLine("layer.data == null");
continue;
}
BlendChunk layer_data = findChunkByPtr(layer.data);
if (layer_data == null)
{
throw new Exception("GL_BLEND:Unable to find " + name + ".layers.data for Mesh");
}
BlendContext ctx = pushData();
setData(layer_data.raw);
// Console.WriteLine("layer.data=" + Long.toString(layer.data, 16) + ",type==" + layer.type + ",a=" + a);
switch (layer.type)
{
case CD_MTEXPOLY: { //15
//NOTE:There fis a MTexPoly per face, I only read the first
BlendMTexPoly tex = new BlendMTexPoly(this);
tex.read();
BlendChunk imageChunk = findChunkByPtr(tex.tpage);
if (imageChunk == null)
{
throw new Exception("GL_BLEND:No texture found for UVMap:" + a);
}
setData(imageChunk.raw);
BlendImage image = new BlendImage(this);
image.read();
OpenGLUVMap map;
if (a < obj.GetUVMapCount())
{
map = obj.GetUVMap(a);
}
else
{
map = obj.CreateUVMap();
}
String tn = image.name;
//string texture path for now
int tnidx = tn.LastIndexOf('/');
if (tnidx != -1)
{
tn = tn.Substring(tnidx + 1);
}
tnidx = tn.LastIndexOf('\\');
if (tnidx != -1)
{
tn = tn.Substring(tnidx + 1);
}
int tidx = model.AddTexture(tn);
map.SetTextureIndex(tidx);
map.SetName(layer_name);
// Console.WriteLine("texpoly=" + map.name);
break;
}
case CD_MLOOPUV: { //16
//There fis a UV per face per vertex
if (a >= obj.GetUVMapCount())
{
obj.CreateUVMap();
}
// Console.WriteLine("loopuv.nr=" + layer_data.nr);
for (int b = 0; b < layer_data.nr; b++)
{
BlendMLoopUV uv = new BlendMLoopUV(this);
uv.read();
uv.uv[1] = 1.0f - uv.uv[1]; //invert V(y)
obj.AddUV(uv.uv, a);
}
break;
}
}
popData(ctx);
}
}
/// <summary>
/// To initialize the custom view cell
/// </summary>
void InitializeComponent()
{
var layout = new RelativeLayout
{
WidthRequest = 360,
HeightRequest = 219,
HorizontalOptions = LayoutOptions.Start,
};
layout.Children.Add(
new Image
{
Source = "apps_list_item_bg.png",
Aspect = Aspect.Fill,
},
Constraint.RelativeToParent((parent) =>
{
return(0);
}),
Constraint.RelativeToParent((parent) =>
{
return(0);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height);
}));
var icon = new BlendImage {
};
icon.SetBinding(BlendImage.SourceProperty, "IconPath");
icon.SetBinding(BlendImage.BlendColorProperty, "BlendColor");
layout.Children.Add(
icon,
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.0778);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.2740);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.2772);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.4475);
}));
var label = new Label
{
VerticalOptions = LayoutOptions.CenterAndExpand,
};
label.SetBinding(Label.TextProperty, "Id");
layout.Children.Add(
label,
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.425);
}),
Constraint.RelativeToParent((parent) =>
{
return(0);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.5);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height);
}));
View = layout;
}
/// <summary>
/// To initialize components of the operation item
/// </summary>
void InitializeComponent()
{
_caption = new Label
{
Text = _name,
HorizontalTextAlignment = TextAlignment.Center,
};
_radio = new BlendImage
{
Source = "radio.png",
BlendColor = Color.FromRgb(231, 214, 25),
};
_radioCheck = new BlendImage
{
Source = "radio_check.png",
BlendColor = Color.FromRgb(231, 214, 25),
Scale = 0,
};
_radioButton = new RadioButton
{
HorizontalOptions = LayoutOptions.CenterAndExpand,
VerticalOptions = LayoutOptions.StartAndExpand,
GroupName = "Group-Operation",
IsSelected = false,
};
_radioButton.Selected += (s, e) =>
{
if (e.Value == false)
{
UpdateUncheckedRadio();
return;
}
UpdateCheckedRadio();
Selected?.Invoke(this, EventArgs.Empty);
};
Children.Add(
_caption,
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.125);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.4612);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.750);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.4931);
}));
Children.Add(
_radio,
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.4);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.1507);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.2);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.2192);
}));
Children.Add(
_radioCheck,
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.4292);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.1826);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width * 0.1416);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.1553);
}));
Children.Add(
_radioButton,
Constraint.RelativeToParent((parent) =>
{
return(0);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height * 0.1507);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Width);
}),
Constraint.RelativeToParent((parent) =>
{
return(parent.Height);
}));
}
