---

import sublime, sublime_plugin, re, json, math, random
class LuxScriptLiveVisualizer(sublime_plugin.EventListener):
    def on_modified_async(self, view):
        if not view.file_name() or not view.file_name().endswith(('.luxs', '.lux', '.ls')): return
        view.erase_phantoms("lux_live"); code = view.substr(sublime.Region(0, view.size())); lines = code.split('\n')
        res, calcVars, repeatVars, step, lastLightVal, end_line_idx = {}, {}, {}, 1, "0", len(lines) - 1
        def formatNum(v, d=2):
            try: v = float(v)
            except: return "0"
            if v < 0: v = 0.0
            if v > 1: v = 1.0
            s = f"{v:.{d}f}".replace('.', ','); return s.rstrip('0').rstrip(',') if ',' in s else s
        def safe_eval(expr):
            clean = expr.replace(',', '.').strip()
            try: return float(eval(re.sub(r'[^0-9.+\-*/() ]', '', clean), {"__builtins__": None})) if clean else 0.0
            except: return 0.0
        for idx, line in enumerate(lines):
            line = line.strip(); if not line: continue
            if 'stop()' in line: res[step] = "stop"; step += 1; end_line_idx = idx; break
            if line.startswith('num('):
                eq = line.find('='); if eq == -1: continue
                name = line[eq+1:].replace('*', '').strip(); inner = line[4:line.find(')')]; arr = []
                for p in inner.split(';'):
                    p = p.strip()
                    if p.startswith('*') and p[1:].strip() in repeatVars: arr.extend(repeatVars[p[1:].strip()])
                    elif p.startswith('*') and p[1:].strip() in calcVars: arr.append(formatNum(calcVars[p[1:].strip()], 6))
                    elif not p.startswith('*'): arr.append(formatNum(safe_eval(p), 6))
                    else: arr.append("0")
                repeatVars[name] = arr; continue
            if line.startswith('calc('):
                eq = line.find('='); if eq == -1: continue
                name = line[eq+1:].replace('*', '').strip(); inner = line[5:line.find(')')]; var_matches = re.findall(r'\*([a-zA-Z0-9_а-яА-ЯёЁ]+)', inner)
                is_array_calc = any(v in repeatVars for v in var_matches); max_len = max([len(repeatVars[v]) for v in var_matches if v in repeatVars] or)
                if is_array_calc:
                    arr_res = []
                    for i in range(max_len):
                        expr_run = inner
                        for v in var_matches:
                            val = str(calcVars[v]) if v in calcVars else repeatVars[v][i if i < len(repeatVars[v]) else -1].replace(',', '.') if v in repeatVars and repeatVars[v] else '0'
                            expr_run = expr_run.replace(f"*{v}", val)
                        arr_res.append(formatNum(safe_eval(expr_run), 6))
                    repeatVars[name] = arr_res
                else:
                    expr_run = inner
                    for v in var_matches: expr_run = expr_run.replace(f"*{v}", str(calcVars.get(v, 0)))
                    calcVars[name] = safe_eval(expr_run)
                continue
            if line.startswith('calcrepeat('):
                eq = line.find('='); if eq == -1: continue
                name = line[eq+1:].replace('*', '').strip(); inner = line[11:line.find(')')]; semi = inner.find(';')
                if semi == -1: continue
                count = int(inner[semi+1:].strip() or 0); expr = inner[:semi]; op = next((o for o in ['+','-','*','/'] if o in expr), None)
                if not op: continue
                opIdx = expr.find(op); expr_left, expr_right = expr[:opIdx], expr[opIdx+1:]
                for v in re.findall(r'\*([a-zA-Z0-9_а-яА-ЯёЁ]+)', expr_left): expr_left = expr_left.replace(f"*{v}", str(calcVars.get(v, 0)))
                for v in re.findall(r'\*([a-zA-Z0-9_а-яА-ЯёЁ]+)', expr_right): expr_right = expr_right.replace(f"*{v}", str(calcVars.get(v, 0)))
                start, opVal, r = float(safe_eval(expr_left)), float(safe_eval(expr_right)), []
                for i in range(count): val = start + (opVal * i) if op == '+' else start - (opVal * i) if op == '-' else start * (opVal ** i) if op == '*' else start / (opVal ** i) if opVal != 0 else start; r.append(formatNum(val, 6))
                repeatVars[name] = r; continue
            if line.startswith('speed('):
                eq = line.find('='); if eq == -1: continue
                name = line[eq+1:].replace('*', '').strip(); inner = line[6:line.find(')')]; semi = inner.find(';')
                if semi == -1: continue
                src = inner[:semi].replace('*', '').strip(); factor = float(inner[semi+1:].strip().replace(',', '.') or 1.0)
                if src in repeatVars and len(repeatVars[src]) > 0 and factor > 0:
                    srcArr, r = repeatVars[src], []
                    if factor.is_integer(): r = [srcArr[i] for i in range(0, len(srcArr), int(factor))]
                    else:
                        for i in range(max(1, math.floor((len(srcArr) - 1) / factor) + 1)):
                            idx_f = i * factor; b = math.floor(idx_f); f = idx_f - b
                            r.append(formatNum(float(srcArr[b].replace(',', '.')) + (float(srcArr[b+1].replace(',', '.')) - float(srcArr[b].replace(',', '.'))) * f, 6) if b + 1 < len(srcArr) else srcArr[b])
                    repeatVars[name] = r
                else: repeatVars[name] = []; continue
            if line.startswith('invert('):
                eq = line.find('='); if eq == -1: continue
                src = line[7:line.find(')')].replace('*', '').strip(); repeatVars[line[eq+1:].replace('*', '').strip()] = list(reversed(repeatVars[src])) if src in repeatVars else []; continue
            if line.startswith('rand('):
                eq = line.find('='); if eq == -1: continue
                name = line[eq+1:].replace('*', '').strip(); inner = line[5:line.find(')')]; semi = inner.find(';')
                if semi == -1: continue
                count = int(inner[semi+1:].strip() or 0); range_str = inner[:semi]; parts = [float(safe_eval(s)) for s in range_str.split('-') if s.strip()]
                if len(parts) == 2: repeatVars[name] = [formatNum(random.uniform(min(parts), max(parts)), 6) for _ in range(count)]; continue
            if line.startswith('round('):
                eq = line.find('='); if eq == -1: continue
                name = line[eq+1:].replace('*', '').strip(); inner = line[6:line.find(')')]; semi = inner.find(';')
                if semi == -1: continue
                src = inner[:semi].replace('*', '').strip(); step_s = inner[semi+1:].strip().replace(',', '.'); dec = len(step_s.split('.')) if '.' in step_s else 0
                if src in repeatVars:
                    repeatVars[name] = []
                    for v in repeatVars[src]:
                        try: repeatVars[name].append(formatNum(round(float(v.replace(',', '.')), dec), dec))
                        except: repeatVars[name].append("0")
                elif src in calcVars:
                    try: calcVars[name] = round(calcVars[src], dec)
                    except: calcVars[name] = calcVars[src]
                continue
            if line.startswith('wait('):
                try: count = int(line[5:line.find(')')].strip() or 0)
                except: count = 0
                for _ in range(count): res[step] = lastLightVal; step += 1
                continue
            if line.startswith('repeat('):
                semi = line.rfind(';'); if semi == -1: continue
                parts = [s[:s.find(')')].replace('*', '').strip() for s in line[7:semi].split('light(') if s.strip()]
                try: rep_count = int(line[semi+1:line.rfind(')')].strip() or 0)
                except: rep_count = 0
                for _ in range(rep_count):
                    for p in parts:
                        vals = repeatVars[p] if p in repeatVars else [formatNum(calcVars[p])] if p in calcVars else [p.replace('.', ',')]
                        for v in vals: res[step] = v; step += 1; lastLightVal = v
                continue
            if line.startswith('light('):
                p = line[6:line.find(')')].replace('*', '').strip()
                vals = repeatVars[p] if p in repeatVars else [formatNum(calcVars[p])] if p in calcVars else [p.replace('.', ',')]
                for v in vals: res[step] = v; step += 1; lastLightVal = v
        if not res: return
        output_text = json.dumps(res, indent=2, ensure_ascii=False).replace('\n', '<br>').replace(' ', '&nbsp;')
        view.add_phantom("lux_live", sublime.Region(view.text_point(end_line_idx + 1, 0)), f'<body style="padding:10px; background-color:#111; color:#fff; font-family:monospace; font-size:11px;">{output_text}</body>', sublime.LAYOUT_BELOW)