/// <summary>
/// Note: consider making a struct that packages all these settings, or one or two structs
/// At this rate, the number of variables for this function is growing to the point that it
/// deteroriates readability
/// </summary>
/// <param name="scene"></param>
/// <param name="consoleHeight"></param>
/// <param name="initEnabled"></param>
/// <param name="verbosity"></param>
/// <param name="useGlobalVerbosity"></param>
/// <param name="useTimeStamps"></param>
/// <param name="consoleFont"></param>
/// <param name="initOpen"></param>
/// <param name="consolePrefix"></param>
/// <param name="consoleTextRenderDepth"></param>
/// <param name="consoleBackgroundRenderDepth"></param>
/// <param name="logBufferSize"></param>
public void Initialize(gxtSceneGraph scene, float consoleHeight, bool initEnabled = true, gxtVerbosityLevel verbosity = gxtVerbosityLevel.INFORMATIONAL, bool useGlobalVerbosity = true, bool useTimeStamps = false, SpriteFont consoleFont = null,
bool initOpen = true, string consolePrefix = "console: ", float consoleTextRenderDepth = 0.0f, float consoleBackgroundRenderDepth = 1.0f, int logBufferSize = 6)
{
gxtDebug.Assert(logBufferSize >= 0);
gxtDebug.Assert(gxtDisplayManager.SingletonIsInitialized);
this.enabled = initEnabled;
this.useGlobalVerbosity = useGlobalVerbosity;
this.verbosityLevel = verbosity;
this.useTimeStamps = useTimeStamps;
this.isOpen = initOpen;
this.text = string.Empty;
// all these colors and depths should be taken as parameters
this.consoleSpriteFont = consoleFont;
this.informationalMaterial = new gxtMaterial(isOpen, Color.White, consoleTextRenderDepth);
this.successMaterial = new gxtMaterial(isOpen, Color.Green, consoleTextRenderDepth);
this.warningMaterial = new gxtMaterial(isOpen, Color.Yellow, consoleTextRenderDepth);
this.criticalMaterial = new gxtMaterial(isOpen, Color.Red, consoleTextRenderDepth);
this.inputMaterial = new gxtMaterial(isOpen, Color.Black, consoleTextRenderDepth);
this.backgroundMaterial = new gxtMaterial(isOpen, new Color(255, 255, 255, 65), consoleBackgroundRenderDepth);
this.resolutionWidth = gxtDisplayManager.Singleton.ResolutionWidth;
this.resolutionHeight = gxtDisplayManager.Singleton.ResolutionHeight;
this.consoleWidth = resolutionWidth;
this.consoleHeight = gxtMath.Clamp(consoleHeight, 0.0f, resolutionHeight);
gxtDisplayManager.Singleton.resolutionChanged += OnResolutionChange;
// these should be taken as parameters
this.horizontalPadding = 15.0f;
this.verticalPadding = 0.0f;
this.verticalTextSpacing = 5.0f;
// background rectangle and container node
backgroundRectangle = new gxtRectangle(consoleWidth, consoleHeight, backgroundMaterial);
consoleNode = new gxtSceneNode();
consoleNode.Position = new Vector2(0.0f, (-resolutionHeight * 0.5f) + (consoleHeight * 0.5f));
consoleNode.AttachDrawable(backgroundRectangle);
// textnode
this.consolePrefix = consolePrefix;
consoleTextField = new gxtTextField(consoleFont, consolePrefix + "_", inputMaterial);
consoleTextNode = new gxtSceneNode();
consoleTextNode.AttachDrawable(consoleTextField);
consoleNode.AddChild(consoleTextNode);
this.logBufferSize = logBufferSize;
this.logWriteIndex = 0;
logBufferNodes = new gxtSceneNode[logBufferSize];
logBufferEntries = new gxtTextField[logBufferSize];
// consider using a fixed size queue instead
gxtISceneNode topAnchor = new gxtSceneNode();
topAnchor.Position = new Vector2((consoleWidth * 0.5f) - horizontalPadding, (-consoleHeight * 0.5f) + verticalPadding);
logBufferNodes[0] = topAnchor;
logBufferEntries[0] = new gxtTextField(consoleFont);
logBufferEntries[0].Material = new gxtMaterial();
logBufferNodes[0].AttachDrawable(logBufferEntries[0]);
gxtISceneNode current = topAnchor;
for (int i = 1; i < logBufferSize; ++i)
{
gxtISceneNode node = new gxtSceneNode();
logBufferNodes[i] = node;
current.AddChild(node);
node.Position = new Vector2(0.0f, verticalTextSpacing);
current = node;
gxtTextField tf = new gxtTextField(consoleFont);
logBufferEntries[i] = tf;
tf.Material = new gxtMaterial();
current.AttachDrawable(tf);
}
consoleNode.AddChild(topAnchor);
scene.AddNode(consoleNode);
AdjustConsoleTextPos();
}
private void InitializeRectangles()
{
float spacing = 100.0f;
//float sign = 1.0f;
int verticalVariation = 35;
gxtRandom rng = new gxtRandom();
gxtISceneNode node;
gxtRectangle rect = new gxtRectangle(65, 35);
for (int i = 0; i < NUM_RECTANGLES; i++)
{
//gxtIDrawable drawable = new gxtDrawable(Color.Blue);
//drawable.Entity = rect;
float x = (float)(spacing * i);
float y = rng.Next(-verticalVariation, verticalVariation);
float rot = (float)rng.NextFloat() * gxtMath.TWO_PI;
node = new gxtSceneNode();
node.Position = new Vector2(x, y);
node.Rotation = rot;
//node.ColorOverlay = Color.Blue;
//node.AttachDrawable(drawable);
sceneGraph.AddNode(node);
gxtAABB aabb = node.GetAABB();
nodes.Add(node);
drawableCollider.AddObject(node, ref aabb);
//gxtRectangle rect = new gxtRectangle(new Vector2(x, y), new Vector2(65, 35), Color.Blue, 0.5f);
//rect.Rotation = rot;
//drawables.Add(rect);
//drawManager.Add(rect);
//gxtAABB rectAABB = rect.GetAABB();
//drawableCollider.AddObject(rect, ref rectAABB);
}
}
