/// <nodoc />
public PredefinedTypes(PrimitiveTypes knownTypes)
{
Contract.Requires(knownTypes != null);
AllAmbientDefinitions = new Dictionary <Type, AmbientDefinitionBase>
{
[typeof(ArrayLiteral)] = AmbientArray = new AmbientArray(knownTypes),
[typeof(DirectoryArtifact)] = m_ambientDirectory = new AmbientDirectory(knownTypes),
[typeof(EnumValue)] = m_ambientEnum = new AmbientEnum(knownTypes),
[typeof(FileArtifact)] = m_ambientFile = new AmbientFile(knownTypes),
[typeof(ObjectLiteral)] = AmbientObject = new AmbientObject(knownTypes),
[typeof(ObjectLiteral0)] = AmbientObject,
[typeof(ObjectLiteralSlim)] = AmbientObject,
[typeof(ObjectLiteralN)] = AmbientObject,
[typeof(AbsolutePath)] = m_ambientPath = new AmbientPath(knownTypes),
[typeof(StaticDirectory)] = m_ambientStaticDirectory = new AmbientStaticDirectory(knownTypes),
[typeof(string)] = m_ambientString = new AmbientString(knownTypes),
[typeof(AmbientStringBuilder.StringBuilderWrapper)] = m_ambientStringBuilder = new AmbientStringBuilder(knownTypes),
[typeof(int)] = m_ambientNumber = new AmbientNumber(knownTypes),
[typeof(UnitValue)] = m_ambientUnit = new AmbientUnit(knownTypes),
[typeof(bool)] = m_ambientBoolean = new AmbientBoolean(knownTypes),
[typeof(OrderedMap)] = m_ambientMap = new AmbientMap(knownTypes),
[typeof(OrderedSet)] = m_ambientSet = new AmbientSet(knownTypes),
[typeof(MutableSet)] = m_ambientMutableSet = new AmbientMutableSet(knownTypes),
[typeof(PathAtom)] = m_ambientPathAtom = new AmbientPathAtom(knownTypes),
[typeof(RelativePath)] = m_ambientRelativePath = new AmbientRelativePath(knownTypes),
// the ones below don't define any 'instance' methods, thus are not associated with a "real" object type,
// i.e., a type that is going to be encountered during a DScript evaluation.
[typeof(Dummy)] = m_ambientContext = new AmbientContext(knownTypes),
[typeof(Dummy)] = m_ambientDebug = new AmbientDebug(knownTypes),
[typeof(Dummy)] = m_ambientContract = new AmbientContract(knownTypes),
[typeof(Dummy)] = m_ambientGlobal = new AmbientGlobal(knownTypes),
[typeof(Dummy)] = m_ambientMath = new AmbientMath(knownTypes),
[typeof(Dummy)] = m_ambientTransformerOriginal = new AmbientTransformerOriginal(knownTypes),
[typeof(Dummy)] = m_ambientTransformerHack = new AmbientTransformerHack(knownTypes),
[typeof(Dummy)] = m_ambientEnvironment = new AmbientEnvironment(knownTypes),
[typeof(Dummy)] = m_ambientArgumentKind = new AmbientArgumentKind(knownTypes),
[typeof(Dummy)] = m_ambientArtifactKind = new AmbientArtifactKind(knownTypes),
[typeof(Dummy)] = m_ambientTextEncoding = new AmbientTextEncoding(knownTypes),
[typeof(Dummy)] = m_ambientNameResolutionSemantics = new AmbientNameResolutionSemantics(knownTypes),
[typeof(Dummy)] = m_ambientKeyForm = new AmbientKeyForm(knownTypes),
[typeof(Dummy)] = m_ambientSealSourceDirectoryOption = new AmbientSealSourceDirectoryOption(knownTypes),
[typeof(Dummy)] = m_ambientHashHelper = new AmbientHashing(knownTypes),
[typeof(Dummy)] = m_ambientValueCacheHelper = new AmbientValueCache(knownTypes),
[typeof(Dummy)] = m_ambientJsonHelper = new AmbientJson(knownTypes),
[typeof(Dummy)] = m_ambientXmlHelper = new AmbientXml(knownTypes),
[typeof(Dummy)] = m_ambientContainerIsolationLevel = new AmbientContainerIsolationLevel(knownTypes),
[typeof(Dummy)] = m_ambientUnsafe = new AmbientUnsafe(knownTypes),
};
}
public static void draw()
{
// Prepare shaders
Standard.Effects.prepare();
// Build visible sectors if they have been invalidated
for (int i = 0; i < Frame.sectorCount; ++i)
{
Frame.sectors[i].prepare();
}
// Render everything opaque
m_device.BlendState = BlendState.Opaque;
// Prepare ambient map
if (Settings.Default.ambient_enabled)
{
AmbientMap.prepare();
}
// Set render states on the device
m_device.DepthStencilState = DepthStencilState.Default;
if (Game1.instance.wireframe)
{
m_device.RasterizerState = new RasterizerState {
FillMode = FillMode.WireFrame
}
}
;
else
{
m_device.RasterizerState = RasterizerState.CullCounterClockwise;
}
// Draw the walls first
drawWalls();
// Draw the floors and ceilings
drawFlats();
// We have nothing to gain in culling sprites. We will use this to swap them!
m_device.RasterizerState = RasterizerState.CullNone;
// Draw the sprites
drawSprites();
// Draw gun
drawGun();
}
public static void draw()
{
// Prepare shaders
Deferred.Effects.prepare();
// Build visible sectors if they have been invalidated
foreach (r_local.sector_t sector in p_setup.sectors)
{
sector.prepare();
}
// Render everything opaque
m_device.BlendState = BlendState.Opaque;
// Prepare ambient map, and render invalidated sectors to it
if (Settings.Default.ambient_enabled)
{
AmbientMap.prepare();
}
// Set render states on the device
m_device.DepthStencilState = DepthStencilState.Default;
if (Game1.instance.wireframe)
{
m_device.RasterizerState = new RasterizerState {
FillMode = FillMode.WireFrame
}
}
;
else
{
m_device.RasterizerState = RasterizerState.CullCounterClockwise;
}
// Bind and clear the gbuffer
Deferred.GBuffer.prepare();
// Draw the walls first
drawWalls();
// Draw the floors and ceilings
drawFlats();
// Post process
if (Settings.Default.postprocess_enabled)
{
// Bind frame buffer used for post process
m_device.SetRenderTargets(null);
}
else
{
// We will render on the main frame buffer
m_device.SetRenderTargets(null);
}
// Ambient pass
drawAmbient();
// Apply post process effects
if (Settings.Default.postprocess_enabled)
{
}
}
