Update README.md

README.md

@@ -34,32 +34,32 @@ pip install git+https://github.com/One-sixth/fairseq.git
 
 Below is an example of how to use rvc-inferpy in your Python project:
 ```
-from rvc_inferpy import RVCConverter
+# Method 1: Direct import
+from rvc_inferpy.converter import RVCConverter
 
-# Initialize the converter with default settings
-converter = RVCConverter(device="cuda:0", is_half=True)
+# Method 2: Import with alias
+from rvc_inferpy.converter import RVCConverter as VoiceConverter
 
-# Define the voice model name (ensure the model exists under "models/{voice_model}/")
-voice_model = "default"
+# Method 3: Import entire module
+import rvc_inferpy.converter
+converter = rvc_inferpy.converter.RVCConverter()
 
-# Path to the input audio file
-audio_path = "input_audio.wav"
 
-# Perform voice conversion
+# Create an instance
+converter = RVCConverter(
+    device="cuda:0",           # GPU device (or "cpu" if no GPU)
+    is_half=True,             # Use half precision
+    models_dir=MODELS_DIR,     # Directory containing models
+    download_if_missing=True   # Download models if not found
+)
+
+# Use the converter
 output_path = converter.infer_audio(
-    voice_model=voice_model,
-    audio_path=audio_path,
-    f0_change=0,           # Pitch change (in semitones)
-    f0_method="rmvpe+",     # Pitch estimation method
-    split_infer=False,      # Whether to split audio based on silence
-    index_rate=0.75,        # Index rate (adjusts voice timbre)
-    filter_radius=3,        # Filter smoothing radius
-    resample_sr=0,          # Resample audio (0 keeps original sample rate)
-    protect=0.33,           # Protect voiced consonants from distortion
+    voice_model="your_model_name",
+    audio_path="input_audio.wav"
 )
 
-# Output the path to the generated audio file
-print(f"Generated voice conversion output: {output_path}")
+
 ```
 The infer_audio function returns the processed audio object based on the provided parameters.