*/
-int vosk_model_find_word(VoskModel *model, const char *word);
-
-
-/** Loads speaker model data from the file and returns the model object
- *
- * @param model_path: the path of the model on the filesystem
- * @returns model object or NULL if problem occured */
-VoskSpkModel *vosk_spk_model_new(const char *model_path);
-
-
-/** Releases the model memory
- *
- * The model object is reference-counted so if some recognizer
- * depends on this model, model might still stay alive. When
- * last recognizer is released, model will be released too. */
-void vosk_spk_model_free(VoskSpkModel *model);
-
-/** Creates the recognizer object
- *
- * The recognizers process the speech and return text using shared model data
- * @param model VoskModel containing static data for recognizer. Model can be
- * shared across recognizers, even running in different threads.
- * @param sample_rate The sample rate of the audio you going to feed into the recognizer.
- * Make sure this rate matches the audio content, it is a common
- * issue causing accuracy problems.
- * @returns recognizer object or NULL if problem occured */
-VoskRecognizer *vosk_recognizer_new(VoskModel *model, float sample_rate);
-
-
-/** Creates the recognizer object with speaker recognition
- *
- * With the speaker recognition mode the recognizer not just recognize
- * text but also return speaker vectors one can use for speaker identification
- *
- * @param model VoskModel containing static data for recognizer. Model can be
- * shared across recognizers, even running in different threads.
- * @param sample_rate The sample rate of the audio you going to feed into the recognizer.
- * Make sure this rate matches the audio content, it is a common
- * issue causing accuracy problems.
- * @param spk_model speaker model for speaker identification
- * @returns recognizer object or NULL if problem occured */
-VoskRecognizer *vosk_recognizer_new_spk(VoskModel *model, float sample_rate, VoskSpkModel *spk_model);
-
-
-/** Creates the recognizer object with the phrase list
- *
- * Sometimes when you want to improve recognition accuracy and when you don't need
- * to recognize large vocabulary you can specify a list of phrases to recognize. This
- * will improve recognizer speed and accuracy but might return [unk] if user said
- * something different.
- *
- * Only recognizers with lookahead models support this type of quick configuration.
- * Precompiled HCLG graph models are not supported.
- *
- * @param model VoskModel containing static data for recognizer. Model can be
- * shared across recognizers, even running in different threads.
- * @param sample_rate The sample rate of the audio you going to feed into the recognizer.
- * Make sure this rate matches the audio content, it is a common
- * issue causing accuracy problems.
- * @param grammar The string with the list of phrases to recognize as JSON array of strings,
- * for example "["one two three four five", "[unk]"]".
- *
- * @returns recognizer object or NULL if problem occured */
-VoskRecognizer *vosk_recognizer_new_grm(VoskModel *model, float sample_rate, const char *grammar);
-
-
-/** Adds speaker model to already initialized recognizer
- *
- * Can add speaker recognition model to already created recognizer. Helps to initialize
- * speaker recognition for grammar-based recognizer.
- *
- * @param spk_model Speaker recognition model */
-void vosk_recognizer_set_spk_model(VoskRecognizer *recognizer, VoskSpkModel *spk_model);
-
-
-/** Reconfigures recognizer to use grammar
- *
- * @param recognizer Already running VoskRecognizer
- * @param grammar Set of phrases in JSON array of strings or "[]" to use default model graph.
- * See also vosk_recognizer_new_grm
- */
-void vosk_recognizer_set_grm(VoskRecognizer *recognizer, char const *grammar);
-
-
-/** Configures recognizer to output n-best results
- *
- *
- * {
- * "alternatives": [
- * { "text": "one two three four five", "confidence": 0.97 },
- * { "text": "one two three for five", "confidence": 0.03 },
- * ]
- * }
- *
- *
- * @param max_alternatives - maximum alternatives to return from recognition results
- */
-void vosk_recognizer_set_max_alternatives(VoskRecognizer *recognizer, int max_alternatives);
-
-
-/** Enables words with times in the output
- *
- *
- * "result" : [{
- * "conf" : 1.000000,
- * "end" : 1.110000,
- * "start" : 0.870000,
- * "word" : "what"
- * }, {
- * "conf" : 1.000000,
- * "end" : 1.530000,
- * "start" : 1.110000,
- * "word" : "zero"
- * }, {
- * "conf" : 1.000000,
- * "end" : 1.950000,
- * "start" : 1.530000,
- * "word" : "zero"
- * }, {
- * "conf" : 1.000000,
- * "end" : 2.340000,
- * "start" : 1.950000,
- * "word" : "zero"
- * }, {
- * "conf" : 1.000000,
- * "end" : 2.610000,
- * "start" : 2.340000,
- * "word" : "one"
- * }],
- *
- *
- * @param words - boolean value
- */
-void vosk_recognizer_set_words(VoskRecognizer *recognizer, int words);
-
-/** Like above return words and confidences in partial results
- *
- * @param partial_words - boolean value
- */
-void vosk_recognizer_set_partial_words(VoskRecognizer *recognizer, int partial_words);
-
-/** Set NLSML output
- * @param nlsml - boolean value
- */
-void vosk_recognizer_set_nlsml(VoskRecognizer *recognizer, int nlsml);
-
-
-/** Accept voice data
- *
- * accept and process new chunk of voice data
- *
- * @param data - audio data in PCM 16-bit mono format
- * @param length - length of the audio data
- * @returns 1 if silence is occured and you can retrieve a new utterance with result method
- * 0 if decoding continues
- * -1 if exception occured */
-int vosk_recognizer_accept_waveform(VoskRecognizer *recognizer, const char *data, int length);
-
-
-/** Same as above but the version with the short data for language bindings where you have
- * audio as array of shorts */
-int vosk_recognizer_accept_waveform_s(VoskRecognizer *recognizer, const short *data, int length);
-
-
-/** Same as above but the version with the float data for language bindings where you have
- * audio as array of floats */
-int vosk_recognizer_accept_waveform_f(VoskRecognizer *recognizer, const float *data, int length);
-
-
-/** Returns speech recognition result
- *
- * @returns the result in JSON format which contains decoded line, decoded
- * words, times in seconds and confidences. You can parse this result
- * with any json parser
- *
- *
- * {
- * "text" : "what zero zero zero one"
- * }
- *
- *
- * If alternatives enabled it returns result with alternatives, see also vosk_recognizer_set_max_alternatives().
- *
- * If word times enabled returns word time, see also vosk_recognizer_set_word_times().
- */
-const char *vosk_recognizer_result(VoskRecognizer *recognizer);
-
-
-/** Returns partial speech recognition
- *
- * @returns partial speech recognition text which is not yet finalized.
- * result may change as recognizer process more data.
- *
- *
- * {
- * "partial" : "cyril one eight zero"
- * }
- *
- */
-const char *vosk_recognizer_partial_result(VoskRecognizer *recognizer);
-
-
-/** Returns speech recognition result. Same as result, but doesn't wait for silence
- * You usually call it in the end of the stream to get final bits of audio. It
- * flushes the feature pipeline, so all remaining audio chunks got processed.
- *
- * @returns speech result in JSON format.
- */
-const char *vosk_recognizer_final_result(VoskRecognizer *recognizer);
-
-
-/** Resets the recognizer
- *
- * Resets current results so the recognition can continue from scratch */
-void vosk_recognizer_reset(VoskRecognizer *recognizer);
-
-
-/** Releases recognizer object
- *
- * Underlying model is also unreferenced and if needed released */
-void vosk_recognizer_free(VoskRecognizer *recognizer);
-
-/** Set log level for Kaldi messages
- *
- * @param log_level the level
- * 0 - default value to print info and error messages but no debug
- * less than 0 - don't print info messages
- * greather than 0 - more verbose mode
- */
-void vosk_set_log_level(int log_level);
-
-/**
- * Init, automatically select a CUDA device and allow multithreading.
- * Must be called once from the main thread.
- * Has no effect if HAVE_CUDA flag is not set.
- */
-void vosk_gpu_init();
-
-/**
- * Init CUDA device in a multi-threaded environment.
- * Must be called for each thread.
- * Has no effect if HAVE_CUDA flag is not set.
- */
-void vosk_gpu_thread_init();
-
-/** Creates the batch recognizer object
- *
- * @returns model object or NULL if problem occured */
-VoskBatchModel *vosk_batch_model_new(const char *model_path);
-
-/** Releases batch model object */
-void vosk_batch_model_free(VoskBatchModel *model);
-
-/** Wait for the processing */
-void vosk_batch_model_wait(VoskBatchModel *model);
-
-/** Creates batch recognizer object
- * @returns recognizer object or NULL if problem occured */
-VoskBatchRecognizer *vosk_batch_recognizer_new(VoskBatchModel *model, float sample_rate);
-
-/** Releases batch recognizer object */
-void vosk_batch_recognizer_free(VoskBatchRecognizer *recognizer);
-
-/** Accept batch voice data */
-void vosk_batch_recognizer_accept_waveform(VoskBatchRecognizer *recognizer, const char *data, int length);
-
-/** Set NLSML output
- * @param nlsml - boolean value
- */
-void vosk_batch_recognizer_set_nlsml(VoskBatchRecognizer *recognizer, int nlsml);
-
-/** Closes the stream */
-void vosk_batch_recognizer_finish_stream(VoskBatchRecognizer *recognizer);
-
-/** Return results */
-const char *vosk_batch_recognizer_front_result(VoskBatchRecognizer *recognizer);
-
-/** Release and free first retrieved result */
-void vosk_batch_recognizer_pop(VoskBatchRecognizer *recognizer);
-
-/** Get amount of pending chunks for more intelligent waiting */
-int vosk_batch_recognizer_get_pending_chunks(VoskBatchRecognizer *recognizer);
-
-#ifdef __cplusplus
-}
-#endif
-
-#endif /* VOSK_API_H */
diff --git a/src/components/Header.svelte b/src/components/Header.svelte
index a9be6e7..c92d749 100644
--- a/src/components/Header.svelte
+++ b/src/components/Header.svelte
@@ -13,10 +13,10 @@
