public bool Check(Sonic character)
{
bool none = false;
foreach (var i in Sensors) {
SensorResults[i.Key] = i.Value.Check(character);
none = none || ( SensorResults[i.Key] != null );
}
return none;
}
public bool Tick(LevelObjectInfo @object, SonicLevel level, Sonic.Sonic sonic)
{
if (@object.lastDrawTick != SonicManager.Instance.tickCount - 1)
Init(@object, level, sonic);
@object.lastDrawTick = SonicManager.Instance.tickCount;
evalMe("tickScript").Me().apply(@object, new object[] {@object, level, sonic});
if (@object.State.Truthy()) {
@object.Xsp = @object.State.Xsp;
@object.Ysp = @object.State.Ysp;
}
@object.X += @object.Xsp;
@object.Y += @object.Ysp;
return true;
}
public SensorM Check(Sonic character)
{
var _y2 = character.InAir ? Y2 : Y2;
SensorM m = null;
var x = Help.Floor(character.X);
var y = Help.Floor(character.Y);
switch (character.Mode) {
case RotationMode.Floor:
m = checkCollisionLineWrap(x + X1, x + X2, y + Y1, y + _y2, IgnoreSolid);
break;
case RotationMode.LeftWall:
m = checkCollisionLineWrap(x - Y1, x - _y2, y + X1, y + X2, IgnoreSolid);
break;
case RotationMode.Ceiling:
m = checkCollisionLineWrap(x - X1, x - X2, y - Y1, y - _y2, IgnoreSolid);
break;
case RotationMode.RightWall:
m = checkCollisionLineWrap(x + Y1, x + _y2, y - X1, y - X2, IgnoreSolid);
break;
}
if (m != null) {
m.Letter = Letter;
if (m.Angle == 255 || m.Angle == 0 || m.Angle == 1) {
if (character.Mode == RotationMode.Floor)
m.Angle = 255;
if (character.Mode == RotationMode.LeftWall)
m.Angle = 64;
if (character.Mode == RotationMode.Ceiling)
m.Angle = 128;
if (character.Mode == RotationMode.RightWall)
m.Angle = 192;
}
}
return m;
}
public void Draw(CanvasRenderingContext2D canvas, Sonic character, SensorM sensorResult)
{
var x = Help.Floor(character.X) - SonicManager.Instance.WindowLocation.X;
var y = Help.Floor(character.Y) - SonicManager.Instance.WindowLocation.Y;
canvas.BeginPath();
if (sensorResult.Truthy() && sensorResult.Chosen) {
canvas.StrokeStyle = "#FFF76D";
canvas.LineWidth = 4;
} else {
canvas.StrokeStyle = Color;
canvas.LineWidth = 2;
}
switch (character.Mode) {
case RotationMode.Floor:
canvas.MoveTo(( x + X1 ), ( y + Y1 ));
canvas.LineTo(( x + X2 ), ( y + Y2 ));
break;
case RotationMode.LeftWall:
canvas.MoveTo(( x - Y1 ), ( y + X1 ));
canvas.LineTo(( x - Y2 ), ( y + X2 ));
break;
case RotationMode.Ceiling:
canvas.MoveTo(( x - X1 ), ( y - Y1 ));
canvas.LineTo(( x - X2 ), ( y - Y2 ));
break;
case RotationMode.RightWall:
canvas.MoveTo(( x + Y1 ), ( y - X1 ));
canvas.LineTo(( x + Y2 ), ( y - X2 ));
break;
}
canvas.ClosePath();
canvas.Stroke();
}
public void Draw(CanvasRenderingContext2D canvas, Sonic sonic)
{
foreach (var sensor in Sensors) {
sensor.Value.Draw(canvas, sonic, SensorResults[sensor.Key]);
}
}
public bool OnHurtSonic(LevelObjectInfo @object, SonicLevel level, Sonic.Sonic sonic, string sensor, dynamic piece)
{
return Script.Reinterpret<bool>(evalMe("hurtScript").Me().apply(@object, new object[] {@object, level, sonic, sensor, piece}));
}
public void Init(LevelObjectInfo @object, SonicLevel level, Sonic.Sonic sonic)
{
@object.Reset();
evalMe("initScript").Me().apply(@object, new object[] {@object, level, sonic});
}
