import React from 'react';
import {useCurrentFrame} from 'remotion';
import {kurve} from '../bewegung';
import {ClipFigur, Figur, Kamera} from '../baukasten/figur';
import {Blende, Vignette, atmen, hopfStauch, huepfer, kamFahrt, ruck} from '../baukasten/helfer';
import {Funkeln, Nest} from '../baukasten/natur';
import {BODEN, NEST_X, Ort} from '../baukasten/orte';
import {SCHRIFT, Untertitel} from '../baukasten/untertitel';
import {plane} from './plan';

// Szene 5: Pino will nicht schlafen. Noa hat eine Idee.

const NOA_X5 = 1150;
const PINO_RAUS_X = 1370;
const LULU_X5 = 1790;

export const S5 = plane('s5', [
	{id: 'bild1', dauer: 3.0},
	{id: 'bild2', dauer: 2.2},
	{id: 'p1', wer: 'PINO'},
	{id: 'l1', wer: 'LULU'},
	{id: 'bild3', dauer: 3.0},
	{id: 'e1', wer: 'ERZ'},
	{id: 'e2', wer: 'ERZ', pause: 3},
	{id: 'bild4', dauer: 1.2},
	{id: 'n1', wer: 'NOA'},
]);

const Denkblase: React.FC<{x: number; y: number; start: number; ende: number}> = ({x, y, start, ende}) => {
	const f = useCurrentFrame();
	if (f < start || f > ende) return null;
	const auf = Math.min(1, (f - start) / 12) * Math.min(1, (ende - f) / 8);
	const punkte = Math.floor((f - start) / 14) % 4;
	return (
		<div style={{position: 'absolute', left: x, top: y, opacity: auf, transform: `scale(${0.6 + 0.4 * auf})`}}>
			<div style={{position: 'absolute', left: -14, top: 70, width: 16, height: 16, borderRadius: '50%', background: '#fff8ea'}} />
			<div style={{position: 'absolute', left: 4, top: 40, width: 26, height: 26, borderRadius: '50%', background: '#fff8ea'}} />
			<div
				style={{
					position: 'absolute',
					left: 20,
					top: -60,
					width: 140,
					height: 90,
					borderRadius: '50%',
					background: '#fff8ea',
					boxShadow: '0 4px 14px rgba(60,40,20,0.2)',
					fontFamily: SCHRIFT,
					fontSize: 60,
					fontWeight: 600,
					color: '#8a6a4a',
					textAlign: 'center',
					lineHeight: '70px',
				}}
			>
				{'.'.repeat(punkte)}
			</div>
		</div>
	);
};

export const Szene5: React.FC = () => {
	const f = useCurrentFrame();
	const {z, dauer} = S5;

	const aufwachen = z.bild2.start;
	const raus = aufwachen + 22;
	const imNest = f < raus;
	const stampfen = [z.p1.start + 2, z.p1.start + 40, z.p1.start + 78];

	const pinoNestPose: [number, string][] = [
		[0, 'pino_A2_augen-halb'],
		[20, 'pino_A4_staunen'],
		[60, 'pino_A2_augen-halb'],
		[z.bild1.ende - 25, 'pino_A1_augen-zu'],
		[aufwachen, 'pino_A4_staunen'],
	];
	const pinoPose: [number, string][] = [
		[0, 'pino_A_hinterbeine'],
		[z.l1.start + 10, 'pino_A5_blick-links'],
		[z.bild3.start + 10, 'pino_B_blick-nach-oben'],
		[z.bild4.start + 10, 'pino_A4_staunen'],
	];
	const pinoNestY = kurve(f, [
		[0, BODEN + 12],
		[25, BODEN + 2],
		[z.bild1.ende - 20, BODEN + 10],
		[aufwachen, BODEN + 6],
		[aufwachen + 6, BODEN - 6],
	]);
	const pinoX = kurve(f, [
		[raus, NEST_X - 40],
		[raus + 20, PINO_RAUS_X],
	]);
	const stampfY = stampfen.reduce((s, t) => s + huepfer(f, t, 22, 9), 0) + huepfer(f, raus, 40, 16);
	const stampfS = stampfen.reduce((s, t) => s * hopfStauch(f, t, 9), 1) * hopfStauch(f, raus, 16);

	const lulu =
		f < z.bild3.start + 10 ? (
			<Figur
				pose={[
					[0, 'lulu_A6_blick-rechts'],
					[z.bild2.start + 10, 'lulu_A5_blick-links'],
					[z.l1.start, 'lulu_A4_staunen'],
				]}
				x={LULU_X5}
				y={BODEN - 10}
				stauchY={atmen(f, 3, 0.006)}
			/>
		) : (
			<ClipFigur name="lulu_C9_hals-runter" start={z.bild3.start + 10} tempo={1.4} bis={3.6} x={LULU_X5} y={BODEN - 10} />
		);

	const ideeStart = z.bild4.start;
	const noaPose: [number, string][] = [
		[0, 'noa_A6_blick-rechts'],
		[aufwachen + 10, 'noa_A4_staunen'],
		[z.l1.start, 'noa_A6_blick-rechts'],
		[z.bild3.start, 'noa_A5_blick-links'],
		[z.bild3.start + 40, 'noa_A6_blick-rechts'],
		[z.e1.start + 30, 'noa_A5_blick-links'],
		[z.e2.start, 'noa_A6_blick-rechts'],
		[ideeStart, 'noa_A_arm-hoch-winken'],
		[z.n1.start + 4, 'noa_A3_lachen'],
	];
	const noaKopfNeigen = f > z.bild3.start && f < ideeStart ? Math.sin((f - z.bild3.start) * 0.05) * 2.5 : 0;

	const kam = kamFahrt(f, [
		[0, NEST_X, 860, 2.6],
		[aufwachen, NEST_X, 860, 2.6],
		[raus + 20, 1380, 820, 2.0],
		[z.p1.ende, 1380, 800, 1.9],
		[z.l1.start + 10, 1300, 620, 1.3],
		[z.bild3.start + 40, 1300, 660, 1.35],
		[z.e2.ende, 1280, 760, 1.6],
		[ideeStart + 10, NOA_X5 + 40, 760, 1.9],
		[dauer, NOA_X5 + 40, 760, 2.0],
	]);
	kam.x += stampfen.reduce((s, t) => s + ruck(f, t, 3, 10), 0);

	return (
		<>
			<Kamera {...kam}>
				<Ort name="garten" />
				<Figur pose={noaPose} x={NOA_X5} y={BODEN + huepfer(f, ideeStart, 26, 14)} stauchY={atmen(f, 2) * hopfStauch(f, ideeStart, 14)} drehung={noaKopfNeigen} />
				<Nest x={NEST_X} y={BODEN} seite="hinten" />
				{imNest && (
					<div style={{position: 'absolute', inset: 0, clipPath: `inset(0 0 ${1080 - BODEN - 4}px 0)`}}>
						<Figur pose={pinoNestPose} x={NEST_X} y={pinoNestY} schatten={false} stauchY={atmen(f, 1, 0.012)} />
					</div>
				)}
				<Nest x={NEST_X} y={BODEN} seite="vorne" />
				{!imNest && <Figur pose={pinoPose} x={pinoX} y={BODEN + stampfY} stauchY={stampfS * atmen(f, 1)} />}
				{lulu}
				<Denkblase x={NOA_X5 + 70} y={BODEN - 420} start={z.bild3.start + 5} ende={ideeStart} />
				<Funkeln x={NOA_X5 + 20} y={BODEN - 330} start={ideeStart + 2} dauer={36} s={1.1} />
			</Kamera>
			<Vignette />
			<Untertitel zeilen={S5.liste} />
			<Blende dauer={dauer} rein={0} raus={12} />
		</>
	);
};