private void LoadSde(Stream stream)
{
ZipArchive zip = new ZipArchive(stream, ZipArchiveMode.Read);
_descJson = JObject.Parse(EntryToString(zip.GetEntry(SDEConstants.DESCRIPTOR_FILENAME)));
foreach (ZipArchiveEntry entry in zip.Entries)
{
if (SDEConstants.IsEmitterXmlName(entry.Name))
{
string emitterId = SDEConstants.GetEmitterId(entry.Name);
RawEmitterData rawData = new RawEmitterData();
rawData.EmitterId = emitterId;
rawData.EmitterString = EntryToString(entry);
// + parse snapshot
var snapshot = zip.GetEntry(SDEConstants.GetParticleSnapshotName(emitterId));
if (snapshot != null)
{
rawData.Snapshot = snapshot.Open();
}
_rawEmitterDatas.Add(rawData);
}
}
// texture atlas
var atlasZipEntry = zip.GetEntry(SDEConstants.ATLAS_XML_NAME);
string atlasXmlString = EntryToString(atlasZipEntry);
var atlasImageEntry = zip.GetEntry(SDEConstants.ATLAS_IMAGE_NAME);
Texture tex = SimpleTextureLoader.LoadImageFromStream(atlasImageEntry.Open());
_atlas = new TextureAtlas(atlasXmlString, tex);
_projectLoaded = true;
}
/**
* Creates a BunnyMark with a certain number of Wabbits.
*
* @param count
* The number of wabbits.
* @param rect
* You can define a rectangle for the borders of the BunnyMark. If you don't specify the rectangle the complete stage will be used.
*/
public BunnyMarkSimple(int count = 100, Rectangle rect = null)
{
Touchable = false;
mCount = count;
if (rect != null)
{
mRectangle = rect;
}
mTexture = SimpleTextureLoader.LoadAndroidResource(SparrowSharp.Samples.Android.Resource.Drawable.wabbit_alpha);
AddedToStage += AddedToStageHandler;
}
public Benchmark()
{
GLTexture star = SimpleTextureLoader.LoadLocalImage("../../bigstar.png");
GLTexture bird = SimpleTextureLoader.LoadLocalImage("../../benchmark_object.png");
textures = new Texture[] { bird, star };
// the container will hold all test objects
_container = new Sprite();
AddChild(_container);
EnterFrame += EnterFrameHandler;
AddedToStage += AddedToStageHandler;
}
public Benchmark()
{
GLTexture star = SimpleTextureLoader.LoadAndroidResource(SparrowSharp.Samples.Android.Resource.Drawable.star);
GLTexture bird = SimpleTextureLoader.LoadAndroidResource(SparrowSharp.Samples.Android.Resource.Drawable.benchmark_object);
GLTexture bigstar = SimpleTextureLoader.LoadAndroidResource(SparrowSharp.Samples.Android.Resource.Drawable.bigstar);
textures = new Texture[] { bird, bigstar, star };
// the container will hold all test objects
_container = new Sprite();
AddChild(_container);
EnterFrame += EnterFrameHandler;
AddedToStage += AddedToStageHandler;
}
public Benchmark()
{
// NOTE: Removing this breaks the app on some Nvidia cards!
SparrowSharp.EnableErrorChecking();
EmbeddedResourceLoader loader = new EmbeddedResourceLoader("SparrowSamples");
textures = new[] { SimpleTextureLoader.LoadImageFromStream(loader.GetEmbeddedResourceStream("bigstar.png")),
SimpleTextureLoader.LoadImageFromStream(loader.GetEmbeddedResourceStream("benchmark_object.png")),
SimpleTextureLoader.LoadImageFromStream(loader.GetEmbeddedResourceStream("scaleGridTest.png")) };
// the container will hold all test objects
_container = new Sprite();
AddChild(_container);
EnterFrame += EnterFrameHandler;
AddedToStage += AddedToStageHandler;
//SparrowSharp.SkipUnchangedFrames = true;
SparrowSharp.Stage.Color = 0x432323;
}
private void ParseFontData(Stream fontTextureData, Stream fontXmlData)
{
if (fontTextureData == null || fontXmlData == null)
{
throw new InvalidOperationException("Font parsing requires texture and font XML to be set");
}
Name = "unknown";
LineHeight = Size = Baseline = 14;
OffsetX = OffsetY = Padding = 0.0f;
_texture = SimpleTextureLoader.LoadImageFromStream(fontTextureData);
_chars = new Dictionary <int, BitmapChar>();
_helperImage = new Image(_texture);
XmlDocument xml = new XmlDocument();
xml.Load(fontXmlData);
ParseFontXml(xml);
}
