Replace the turquoise with MG red tones

ev_cyan becomes a light red (#FF9A9E, for values and secondary
highlights, readable on black) and ev_cyan_deep a deep red (#3A1215,
version badge). Turquoise hardcoded in the battery card, switch track,
input panel, car outline, background glow and charging-graph grid is
replaced with matching red tones, as are two gold leftovers (tab
outline, second background glow). The mint "OK" status colour and the
amber charging curve are unchanged.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01QLJfZQZeAKAwSqViTmLzki

app/src/main/java/com/evsuite/abrp/ChargingGraphView.java

@@ -14,7 +14,7 @@ public final class ChargingGraphView extends View {
     private final Paint grid = new Paint(1), line = new Paint(1), text = new Paint(1);
     private final List<float[]> points = new ArrayList<>();
     private final float[] socPower = new float[101];
-    public ChargingGraphView(Context c, AttributeSet a) { super(c,a); java.util.Arrays.fill(socPower, Float.NaN); grid.setColor(0x5548C7D9); line.setColor(0xFFFFC857); line.setStrokeWidth(4); text.setColor(0xFFBDC4C6); text.setTextSize(20); }
+    public ChargingGraphView(Context c, AttributeSet a) { super(c,a); java.util.Arrays.fill(socPower, Float.NaN); grid.setColor(0x55E0858A); line.setColor(0xFFFFC857); line.setStrokeWidth(4); text.setColor(0xFFBDC4C6); text.setTextSize(20); }
     synchronized void add(Float soc, Float power) {
         if (soc == null || power == null || power >= 0) return;
         float p = Math.abs(power);