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#include "global.h"
#include "z64voice.h"
#include "libc/string.h"
// internal voice functions
char* func_801A5A1C(s8* words);
typedef struct {
/* 0x00 */ OSVoiceDictionary* dict;
/* 0x04 */ s8 mode;
/* 0x08 */ OSVoiceData* data;
/* 0x0C */ u16 distance;
/* 0x0E */ u16 answerNum;
/* 0x10 */ u16 warning;
/* 0x12 */ u16 voiceLevel;
/* 0x14 */ u16 voiceRelLevel;
} OSVoiceContext; // size = 0x18
typedef enum VoiceMode {
/* 0 */ VOICE_MODE_0,
/* 1 */ VOICE_MODE_1,
/* 2 */ VOICE_MODE_2
} VoiceMode;
// BSS
OSVoiceContext sVoiceContext;
OSVoiceHandle gVoiceHandle;
OSVoiceData D_801FD5C8; // Intermediate Voice Data during processsing?
OSVoiceData D_801FD5E8; // Best Match Voice Data?
u8 sVoiceMaskPattern[8];
char D_801FD610[256];
// Data
s8 D_801D8E50[96][3] = {
"aa", "AA", "ii", "II", "uu", "UU", "ee", "EE", "oo", "OO", "KA", "GA", "KI", "GI", "KU", "GU",
"KE", "GE", "KO", "GO", "SA", "ZA", "SI", "ZI", "SU", "ZU", "SE", "ZE", "SO", "ZO", "TA", "DA",
"TI", "DI", "tu", "TU", "DU", "TE", "DE", "TO", "DO", "NA", "NI", "NU", "NE", "NO", "HA", "BA",
"PA", "HI", "BI", "PI", "HU", "BU", "PU", "HE", "BE", "PE", "HO", "BO", "PO", "MA", "MI", "MU",
"ME", "MO", "ya", "YA", "yu", "YU", "yo", "YO", "RA", "RI", "RU", "RE", "RO", "wa", "WA", "WI",
"WE", "WO", "NN", "VU", "ka", "ke", "", "", "", "", "", "", "", "", "", "",
};
s8 D_801D8F70[96][3] = {
"aa", "AA", "ii", "II", "uu", "UU", "ee", "EE", "oo", "OO", "KA", "GA", "KI", "GI", "KU", "GU",
"KE", "GE", "KO", "GO", "SA", "ZA", "SI", "ZI", "SU", "ZU", "SE", "ZE", "SO", "ZO", "TA", "DA",
"TI", "DI", "tu", "TU", "DU", "TE", "DE", "TO", "DO", "NA", "NI", "NU", "NE", "NO", "HA", "BA",
"PA", "HI", "BI", "PI", "HU", "BU", "PU", "HE", "BE", "PE", "HO", "BO", "PO", "MA", "MI", " ",
"MU", "ME", "MO", "ya", "YA", "yu", "YU", "yo", "YO", "RA", "RI", "RU", "RE", "RO", "wa", "WA",
"WI", "WE", "WO", "NN", "VU", "ka", "ke", "", "", "", "", "", "", "", "", "",
};
const char D_801E0EC0[] = "Error %d\n";
const char D_801E0ECC[] = "NAI_VRS:osVoiceClearDictionary %d\n";
const char D_801E0EF0[] = "NAI_VRS:dict error! (%d-%d %s)\n";
const char D_801E0F10[] = "NAI_VRS:Ina_SetVruGain Error!\n";
const char D_801E0F30[] = "NAI_VRS:mask on %d\n";
const char D_801E0F48[] = "NAI_VRS:mask off %d\n";
const char D_801E0F60[] = "NAI_VRS:answer No.:%d Dist:%d Warn:%04X Level:%5d SN:%5d (Num:%d)\n";
const char D_801E0FA4[] = "NAI_VRS:error !! (ANS_MAX:%d DIST:%d WARNING:%04X LEVEL:%5d SN:%5d)\n";
s32 func_801A51F0(s32 errorCode) {
switch (errorCode) {
case CONT_ERR_NO_CONTROLLER:
case CONT_ERR_CONTRFAIL:
case CONT_ERR_INVALID:
case CONT_ERR_DEVICE:
case CONT_ERR_VOICE_MEMORY:
case CONT_ERR_VOICE_WORD:
case CONT_ERR_VOICE_NO_RESPONSE:
return -1;
default:
return 0;
}
}
s32 func_801A5228(OSVoiceDictionary* dict) {
return 0;
#if 0
OSMesgQueue* serialEventQueue;
s32 errorCode;
u8 numWords;
u8 i;
sVoiceContext.mode = VOICE_MODE_0;
sVoiceContext.data = NULL;
sVoiceContext.distance = 1000;
sVoiceContext.answerNum = 5;
sVoiceContext.warning = 0;
sVoiceContext.dict = dict;
numWords = dict->numWords;
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceClearDictionary(&gVoiceHandle, numWords);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
if (errorCode != 0) {
return errorCode;
}
for (i = 0; i < (((numWords - 1) / 8) + 1); i++) {
sVoiceMaskPattern[i] = 0;
}
for (i = 0; i < numWords; i++) {
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceSetWord(&gVoiceHandle, (u8*)&dict->words[i]);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
if (func_801A51F0(errorCode) != 0) {
func_801A5A1C((s8*)&dict->words[i]);
}
}
return errorCode;
#endif
}
OSVoiceData* func_801A5390(void) {
return NULL;
#if 0
OSVoiceData* voiceData;
OSMesgQueue* serialEventQueue;
voiceData = sVoiceContext.data;
sVoiceContext.data = NULL;
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
osVoiceStartReadData(&gVoiceHandle);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
return voiceData;
#endif
}
// Unused
OSVoiceDictionary* AudioVoice_GetVoiceDict(void) {
return sVoiceContext.dict;
}
void func_801A53E8(u16 distance, u16 answerNum, u16 warning, u16 voiceLevel, u16 voiceRelLevel) {
sVoiceContext.distance = distance;
sVoiceContext.answerNum = answerNum;
sVoiceContext.warning = warning;
sVoiceContext.voiceLevel = voiceLevel;
sVoiceContext.voiceRelLevel = voiceRelLevel;
}
// Unused
// Could have a return? or be void return?
void func_801A541C(s32 analog, s32 digital) {
#if 0
s32 errorCode;
OSMesgQueue* serialEventQueue;
if (sVoiceContext.dict != NULL) {
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceControlGain(&gVoiceHandle, analog, digital);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
if (errorCode != 0) {
func_801A51F0(errorCode);
}
}
#endif
}
// Unused
s32 func_801A5488(u8* word) {
return 0;
#if 0
s32 errorCode;
OSMesgQueue* serialEventQueue;
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceCheckWord(word);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
return errorCode;
#endif
}
u8* AudioVoice_GetVoiceMaskPattern(void) {
return sVoiceMaskPattern;
}
s32 AudioVoice_InitWordImplAlt(u16 wordId) {
return 0;
#if 0
s32 errorCode;
u8 stopReadingData = true;
u8 numWords;
u8 i;
OSMesgQueue* serialEventQueue;
if (sVoiceContext.dict != NULL) {
numWords = sVoiceContext.dict->numWords;
} else {
numWords = 20;
stopReadingData = false;
}
if (wordId == VOICE_WORD_ID_NONE) {
for (i = 0; i < numWords; i++) {
sVoiceMaskPattern[i / 8] |= 1 << (i % 8);
}
} else {
if (sVoiceMaskPattern[wordId / 8] & (1 << (wordId % 8))) {
stopReadingData = false;
} else {
sVoiceMaskPattern[wordId / 8] |= (1 << (wordId % 8));
}
}
if (stopReadingData) {
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceStopReadData(&gVoiceHandle);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
if ((errorCode == 0) || (sVoiceContext.mode == VOICE_MODE_0)) {
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceMaskDictionary(&gVoiceHandle, sVoiceMaskPattern, ((numWords - 1) / 8) + 1);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
}
sVoiceContext.mode = VOICE_MODE_0;
}
return errorCode;
#endif
}
s32 AudioVoice_InitWordImpl(u16 wordId) {
return 0;
#if 0
s32 errorCode;
u8 stopReadingData = true;
u8 numWords;
u8 i;
OSMesgQueue* serialEventQueue;
if (sVoiceContext.dict != NULL) {
numWords = sVoiceContext.dict->numWords;
} else {
numWords = 20;
stopReadingData = false;
}
if (wordId == VOICE_WORD_ID_NONE) {
for (i = 0; i < (((numWords - 1) / 8) + 1); i++) {
sVoiceMaskPattern[i] = 0;
}
} else {
if (!(sVoiceMaskPattern[wordId / 8] & (1 << (wordId % 8)))) {
stopReadingData = false;
} else {
sVoiceMaskPattern[wordId / 8] &= (1 << (wordId % 8)) ^ 0xFF;
}
}
if (stopReadingData) {
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceStopReadData(&gVoiceHandle);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
if ((errorCode == 0) || (sVoiceContext.mode == VOICE_MODE_0)) {
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceMaskDictionary(&gVoiceHandle, sVoiceMaskPattern, ((numWords - 1) / 8) + 1);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
}
sVoiceContext.mode = VOICE_MODE_0;
}
return errorCode;
#endif
}
s32 func_801A5808(void) {
return 0;
#if 0
s32 errorCode = 0;
s32 pad;
OSMesgQueue* serialEventQueue;
switch (sVoiceContext.mode) {
case VOICE_MODE_0:
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceStartReadData(&gVoiceHandle);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
sVoiceContext.mode = VOICE_MODE_1;
break;
case VOICE_MODE_1:
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceGetReadData(&gVoiceHandle, &D_801FD5C8);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
if (func_801A51F0(errorCode) == 0) {
switch (gVoiceHandle.status) {
case VOICE_STATUS_READY:
sVoiceContext.mode = VOICE_MODE_2;
break;
case VOICE_STATUS_START:
case 2:
case VOICE_STATUS_CANCEL:
case 4:
case VOICE_STATUS_BUSY:
case 6:
break;
case VOICE_STATUS_END:
sVoiceContext.mode = VOICE_MODE_2;
break;
default:
break;
}
}
break;
case VOICE_MODE_2:
if (((D_801FD5C8.warning & sVoiceContext.warning) == 0) &&
(sVoiceContext.answerNum >= D_801FD5C8.answerNum) &&
(sVoiceContext.distance >= D_801FD5C8.distance[0]) &&
(D_801FD5C8.voiceLevel >= sVoiceContext.voiceLevel) &&
(D_801FD5C8.voiceRelLevel >= sVoiceContext.voiceRelLevel)) {
D_801FD5E8 = D_801FD5C8;
sVoiceContext.data = &D_801FD5E8;
}
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
osVoiceStopReadData(&gVoiceHandle);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
serialEventQueue = PadMgr_VoiceAcquireSerialEventQueue();
errorCode = osVoiceStartReadData(&gVoiceHandle);
PadMgr_VoiceReleaseSerialEventQueue(serialEventQueue);
sVoiceContext.mode = VOICE_MODE_1;
break;
default:
break;
}
return func_801A51F0(errorCode);
#endif
}
// Unused
void AudioVoice_ResetData(void) {
sVoiceContext.dict = NULL;
}
char* func_801A5A1C(s8* words) {
u8 i;
u8 j;
u8 numSyllables = strlen((const char*)words); // technically twice the num of syllables
u8 syllable[2];
for (j = 0, i = 0; i < numSyllables; i += 2) {
syllable[0] = words[i];
syllable[1] = words[i + 1];
if (syllable[0] == 0x83) {
D_801FD610[j++] = D_801D8F70[syllable[1] - 0x40][0];
D_801FD610[j++] = D_801D8F70[syllable[1] - 0x40][1];
} else if (syllable[0] == 0x82) {
D_801FD610[j++] = D_801D8E50[syllable[1] - 0x9F][0];
D_801FD610[j++] = D_801D8E50[syllable[1] - 0x9F][1];
} else if ((syllable[0] == 0x81) && (syllable[1] == 0x5B)) {
D_801FD610[j++] = '-';
D_801FD610[j++] = '-';
} else {
D_801FD610[j++] = ' ';
D_801FD610[j++] = ' ';
}
}
D_801FD610[i] = '\0';
return D_801FD610;
}
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