Chessistics/Scripts/Pieces/TrajectView.cs
Samuel Bouchet 450c069854 Juice pass: procedural SFX, particles, polished visuals
Sound (SfxManager.cs):
- Procedural audio synthesis via AudioStreamWav — no external files
- Distinct tones for place, produce, transfer, deliver, move, destroy, victory
- Simple ADSR envelope, sine/triangle waveforms, filtered noise for swooshes

Pieces (PieceView.cs):
- Warm earthy palette: sage green, deep teal, dusty rose, burnt sienna
- Drop shadow under each piece for depth
- 3-stop radial gradient (bright center → main → dark rim)
- Scale bounce on placement (0 → 1.15 → 1.0 with back-out easing)
- Cargo indicator pulses gently when carrying

Trajectories (TrajectView.cs):
- Arrowhead at endpoint showing movement direction
- Antialiased lines with piece-matched colors

Cells (CellView.cs):
- Warmer palette: parchment/walnut board, deep forest production, aged gold demand
- Production flash uses warm golden glow instead of white
- Subtle inner shadow for visual depth

Animations (EventAnimator.cs):
- Production: golden particles burst from production cells
- Transfer: cargo slides with 2-particle trail + back-out whip easing
- Destruction: pieces shrink + spin + red particle explosion
- Victory: 40 confetti particles rain across the screen
- All phases trigger appropriate SFX

UI polish:
- ControlBar: styled buttons with rounded corners, disabled states
- MetricsOverlay: fade-in + scale animation, sequential metric reveals
- ObjectivePanel: animated progress bars, styled fills, green flash on completion
- Main: fade-in/out transitions between level select and gameplay

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
2026-04-10 23:05:55 +02:00

38 lines
1.1 KiB
C#

using Godot;
namespace Chessistics.Scripts.Pieces;
public partial class TrajectView : Line2D
{
public int PieceId { get; private set; }
private Polygon2D? _arrow;
public void Setup(int pieceId, Vector2 from, Vector2 to, Color color)
{
PieceId = pieceId;
Width = 2.5f;
DefaultColor = new Color(color, 0.35f);
Antialiased = true;
ClearPoints();
AddPoint(from);
AddPoint(to);
ZIndex = -1;
// Arrowhead at the end point
var dir = (to - from).Normalized();
var perp = new Vector2(-dir.Y, dir.X);
float arrowSize = 8f;
var tip = to - dir * 4f; // slightly inset from end
var baseL = tip - dir * arrowSize + perp * arrowSize * 0.5f;
var baseR = tip - dir * arrowSize - perp * arrowSize * 0.5f;
_arrow = new Polygon2D
{
Polygon = [tip - Position, baseL - Position, baseR - Position],
Color = new Color(color, 0.4f),
Position = Vector2.Zero
};
// Position relative to parent, not this Line2D
AddChild(_arrow);
}
}