import termux_tts as tts

# 1. Zero-Config Multilingual Neural Synthesis (Korean + English Code-Switching)
with tts.load() as engine:
    result = engine.synthesize(
        "Hello 방가방가 키키키키 나는 parrot 이라고 해. Natural cross-language neural voice.",
        output="multilingual.wav"
    )
    print(f"Synthesized {result.duration_sec:.2f}s in {result.elapsed_ms:.1f}ms (RTF: {result.rtf:.4f}x)")

# 2. Pure Vulkan GPU Neural Synthesis (Studio Tier)
with tts.load(engine="vulkan", model_tier="high") as engine:
    result = engine.synthesize(
        "The neural speech synthesis engine is operating with pure Vulkan hardware acceleration.",
        output="studio_vulkan.wav"
    )
    print(f"Synthesized {result.duration_sec:.2f}s in {result.elapsed_ms:.1f}ms (RTF: {result.rtf:.4f}x)")

# 3. Instant Zero-Dependency DSP Formant Synthesis
with tts.load(engine="dsp", preset="balanced") as engine:
    result = engine.synthesize("Instant speech generation with zero external weights.", output="dsp.wav")
    print(f"DSP Synthesis Latency: {result.elapsed_ms:.1f}ms")

# 4. Direct Android Hardware Speaker Playback
with tts.load(engine="native", language="en") as engine:
    engine.speak("Direct hardware speaker output via Android native service.")

const tts = require('termux-tts');

async function main() {
  // 1. Initialize Vulkan GPU Neural Engine
  const engine = tts.load({ engine: 'vulkan', tier: 'high' });
  const res = await engine.synthesize(
    "High-performance speech synthesis on mobile hardware.",
    { output: "vulkan_output.wav" }
  );
  console.log(`Generated: ${res.durationSec}s in ${res.elapsedMs}ms (RTF: ${res.rtf}x)`);

  // 2. Hardware Diagnostics
  const diag = await tts.doctor();
  console.log(`Vulkan GPU Device: ${diag.device_name} (API: ${diag.api_version})`);
}
main();