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49a07fa419ae44bf7b4dcb8d3de12e4b432dd9cd
99_7018_lmx/apps/common/icsd/anc/icsd_anc_app.c
lmx 49a07fa419 first
2025-10-29 13:10:02 +08:00

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#include "icsd_anc_app.h"
#include "classic/tws_api.h"
#include "board_config.h"
#include "tone_player.h"
#include "adv_adaptive_noise_reduction.h"
#include "audio_anc.h"
#include "asm/audio_src.h"
#include "icsd_anc_user.h"
#if 1
#define icsd_anc_log printf
#else
#define icsd_anc_log(...)
#endif/*log_en*/
#if TCFG_AUDIO_ANC_EAR_ADAPTIVE_EN
#if (ICSD_ANC_MODE == TWS_TONE_BYPASS_MODE) || \
(ICSD_ANC_MODE == TWS_TONE_MODE) || \
(ICSD_ANC_MODE == TWS_BYPASS_MODE)
const u8 TWS_MODE = 1;
#else
const u8 TWS_MODE = 0;
#endif/**/
#if (ICSD_ANC_MODE == HEADSET_TONE_BYPASS_MODE) || \
(ICSD_ANC_MODE == HEADSET_BYPASS_MODE) || \
(ICSD_ANC_MODE == HEADSET_TONES_MODE)
const u8 HEADSET_MODE = 1;
#else
const u8 HEADSET_MODE = 0;
#endif/**/
const u8 ICSD_ANC_DEBUG = ICSD_ANC_DEBUG_TYPE;
u32 train_time;
struct icsd_anc_board_param *ANC_BOARD_PARAM = NULL;
volatile struct icsd_anc_tool_data *TOOL_DATA = NULL;
volatile struct icsd_anc_backup *CFG_BACKUP = NULL;
volatile struct icsd_anc ICSD_ANC;
volatile u8 icsd_anc_contral = 0;
volatile u8 icsd_anc_function = 0;
int *user_train_buf = 0;
volatile int user_train_state = 0;
u16 icsd_time_out_hdl = 0;
u8 icsd_anc_combination_test;
u8 icsd_anc_train_test;
int icsd_anc_id = 0;
u8 icsd_anc_tws_balance_en = 0;
int (*anc_printf)(const char *format, ...);
int anc_printf_off(const char *format, ...)
{
return 0;
}
#define TWS_FUNC_ID_SDANC_M2S TWS_FUNC_ID('I', 'C', 'M', 'S')
REGISTER_TWS_FUNC_STUB(icsd_anc_m2s) = {
.func_id = TWS_FUNC_ID_SDANC_M2S,
.func = icsd_anc_m2s_cb,
};
#define TWS_FUNC_ID_SDANC_S2M TWS_FUNC_ID('I', 'C', 'S', 'M')
REGISTER_TWS_FUNC_STUB(icsd_anc_s2m) = {
.func_id = TWS_FUNC_ID_SDANC_S2M,
.func = icsd_anc_s2m_cb,
};
#define TWS_FUNC_ID_SDANC_MSYNC TWS_FUNC_ID('I', 'C', 'M', 'N')
REGISTER_TWS_FUNC_STUB(icsd_anc_msync) = {
.func_id = TWS_FUNC_ID_SDANC_MSYNC,
.func = icsd_anc_msync_cb,
};
#define TWS_FUNC_ID_SDANC_SSYNC TWS_FUNC_ID('I', 'C', 'S', 'N')
REGISTER_TWS_FUNC_STUB(icsd_anc_ssync) = {
.func_id = TWS_FUNC_ID_SDANC_SSYNC,
.func = icsd_anc_ssync_cb,
};
void icsd_anc_tws_msync(u8 cmd)
{
struct icsd_anc_tws_packet packet;
icsd_anc_msync_packet(&packet, cmd);
anc_printf("msync:%d %d\n", packet.len, packet.data[0]);
int ret = tws_api_send_data_to_sibling(packet.data, packet.len, TWS_FUNC_ID_SDANC_MSYNC);
}
void icsd_anc_tws_ssync(u8 cmd)
{
struct icsd_anc_tws_packet packet;
icsd_anc_ssync_packet(&packet, cmd);
anc_printf("ssync:%d %d\n", packet.len, packet.data[0]);
int ret = tws_api_send_data_to_sibling(packet.data, packet.len, TWS_FUNC_ID_SDANC_SSYNC);
}
void icsd_anc_tws_m2s(u8 cmd)
{
s8 data[16];
icsd_anc_m2s_packet(data, cmd);
int ret = tws_api_send_data_to_sibling(data, 16, TWS_FUNC_ID_SDANC_M2S);
}
void icsd_anc_tws_s2m(u8 cmd)
{
s8 data[16];
icsd_anc_s2m_packet(data, cmd);
int ret = tws_api_send_data_to_sibling(data, 16, TWS_FUNC_ID_SDANC_S2M);
}
float anc_pow10(float n)
{
float pow10n = exp_float((float)n / log10_float(exp_float((float)1.0)));
return pow10n;
}
void icsd_anc_fgq_printf(float *ptr)
{
icsd_anc_log("icsd_anc_fgq\n");
for (int i = 0; i < ANC_VMDATA_FF_RECORD_SIZE; i++) {
icsd_anc_log("%d\n", (int)((*ptr++) * 1000));
}
}
void icsd_anc_aabb_printf(double *iir_ab)
{
icsd_anc_log("icsd_anc_aabb\n");
for (int i = 0; i < ANC_BOARD_PARAM->fb_yorder; i++) {
icsd_anc_log("AB:%d %d %d %d %d\n", (int)(iir_ab[i * 5] * 100000000),
(int)(iir_ab[i * 5 + 1] * 100000000),
(int)(iir_ab[i * 5 + 2] * 100000000),
(int)(iir_ab[i * 5 + 3] * 100000000),
(int)(iir_ab[i * 5 + 4] * 100000000));
}
//put_buf(iir_ab, 8 * 40);
}
void icsd_anc_forced_exit()
{
if (!(icsd_anc_contral & ICSD_ANC_FORCED_EXIT)) {
icsd_printf("icsd_anc_forced_exit----------------------------\n");
if (icsd_anc_contral & ICSD_ANC_INITED) {
icsd_anc_contral |= ICSD_ANC_FORCED_EXIT;
audio_anc_post_msg_icsd_anc_cmd(ANC_CMD_FORCED_EXIT);
} else {
icsd_anc_contral |= ICSD_ANC_FORCED_BEFORE_INIT;
}
}
}
void icsd_anc_train_timeout()
{
icsd_anc_log("icsd_anc_train_timeout\n");
user_train_state &= ~ANC_USER_TRAIN_RUN;
user_train_state |= ANC_TRAIN_TIMEOUT;
audio_anc_post_msg_user_train_timeout();
}
u32 icsd_anc_get_role()
{
return tws_api_get_role();
}
u32 icsd_anc_get_tws_state()
{
if (icsd_anc_tws_balance_en) {
return tws_api_get_tws_state();
}
return 0;
}
void icsd_anc_set_alogm(void *_param, int alogm)
{
audio_anc_t *param = _param;
param->gains.alogm = alogm;
}
void icsd_anc_set_micgain(void *_param, int lff_gain, int lfb_gain)
{
//0 ~ 15
audio_anc_t *param = _param;
icsd_anc_log("mic gain set:%d %d-->%d %d\n", param->gains.l_ffmic_gain, param->gains.l_fbmic_gain, lff_gain, lfb_gain);
param->gains.l_ffmic_gain = lff_gain;
param->gains.l_fbmic_gain = lfb_gain;
audio_anc_mic_management(param);
audio_anc_mic_gain(param->mic_param, 0);
}
void icsd_anc_fft(int *in, int *out)
{
u32 fft_config;
fft_config = hw_fft_config(1024, 10, 1, 0, 1);
hw_fft_run(fft_config, in, out);
}
void icsd_anc_fft256(int *in, int *out)
{
u32 fft_config;
fft_config = hw_fft_config(256, 8, 1, 0, 1);
hw_fft_run(fft_config, in, out);
}
void icsd_anc_fade(void *_param)
{
audio_anc_t *param = _param;
audio_anc_fade2(param->anc_fade_gain, param->anc_fade_en, 1, 0);
}
void icsd_anc_long_fade(void *_param)
{
audio_anc_t *param = _param;
audio_anc_fade2(0, param->anc_fade_en, 4, 0); //增益先淡出到0
os_time_dly(10);//10
}
void icsd_anc_user_train_dma_on(u8 out_sel, u32 len, int *buf)
{
user_train_state |= ANC_TRAIN_DMA_ON;
anc_dma_on(out_sel, buf, len);
}
void icsd_anc_dma_done()
{
if (ICSD_ANC.adaptive_run_busy) {
if (user_train_state & ANC_USER_TRAIN_DMA_EN) {
if (user_train_state & ANC_USER_TRAIN_DMA_READY) {
user_train_state &= ~ANC_USER_TRAIN_DMA_READY;
anc_core_dma_stop();
audio_anc_post_msg_user_train_run();
} else {
user_train_state |= ANC_USER_TRAIN_DMA_READY;
}
}
}
}
void *anc_ram_addr = 0;
void sd_anc_exit()
{
if (anc_ram_addr) {
free(anc_ram_addr);
anc_ram_addr = 0;
}
printf("sd_anc_exit");
mem_stats();
}
void sd_anc_init()
{
anc_printf = _anc_printf;
printf("sd anc init\n");
mem_stats();
struct icsd_anc_libfmt libfmt;
icsd_anc_get_libfmt(&libfmt, SD_ANC_TWS);
if (anc_ram_addr == 0) {
anc_ram_addr = zalloc(libfmt.lib_alloc_size);
}
struct icsd_anc_infmt infmt;
infmt.alloc_ptr = anc_ram_addr;
icsd_anc_set_infmt(&infmt);
printf("ram init:%d\n", libfmt.lib_alloc_size);
}
void icsd_anc_init(audio_anc_t *param, u8 mode, u8 seq, int tone_delay, u8 tws_balance_en)
{
sd_anc_init();
anc_printf = _anc_printf;
icsd_anc_contral |= ICSD_ANC_INITED;
if (icsd_anc_contral & ICSD_ANC_FORCED_BEFORE_INIT) {
icsd_anc_contral &= ~ICSD_ANC_FORCED_BEFORE_INIT;
icsd_anc_forced_exit();
}
if (icsd_anc_contral & ICSD_ANC_FORCED_EXIT) {
icsd_printf("icsd_anc_init FORCED EXIT\n");
return;
}
icsd_anc_id = seq;
icsd_anc_tws_balance_en = tws_balance_en;
icsd_anc_log("sd anc init:%d, seq %d, tone_delay %d, tws_balance %d ======================================\n", seq, tone_delay, icsd_anc_id, tws_balance_en);
mem_stats();
user_train_state = 0;
icsd_anc_function = 0;
if (mode == 1) {
user_train_state |= ANC_USER_TRAIN_TOOL_DATA;
icsd_anc_tool_data_init();
}
user_train_state |= ANC_TRAIN_TONE_PLAY;
icsd_anc_combination_test = TEST_ANC_COMBINATION;
icsd_anc_train_test = TEST_ANC_TRAIN;
#if ANC_USER_TRAIN_TONE_MODE
user_train_state |= ANC_USER_TRAIN_TONEMODE;
#endif
#if HEADSET_TONES_MODE_BYPASS_OFF
user_train_state |= ANC_TONESMODE_BYPASS_OFF;
#endif
#if ANC_ADAPTIVE_CMP_EN
icsd_anc_function |= ANC_ADAPTIVE_CMP;
#endif
#if ANC_EARPHONE_CHECK_EN
icsd_anc_function |= ANC_EARPHONE_CHECK;
#endif
ICSD_ANC.param = param;
ICSD_ANC.adaptive_run_busy = 1;
ICSD_ANC.anc_fade_gain = &param->anc_fade_gain;
ICSD_ANC.gains_l_ffgain = &param->gains.l_ffgain;
ICSD_ANC.gains_l_fbgain = &param->gains.l_fbgain;
ICSD_ANC.gains_l_cmpgain = &param->gains.l_cmpgain;
ICSD_ANC.gains_r_ffgain = &param->gains.r_ffgain;
ICSD_ANC.gains_r_fbgain = &param->gains.r_fbgain;
ICSD_ANC.gains_r_cmpgain = &param->gains.r_cmpgain;
ICSD_ANC.lff_yorder = &param->lff_yorder;
ICSD_ANC.lfb_yorder = &param->lfb_yorder;
ICSD_ANC.lcmp_yorder = &param->lcmp_yorder;
ICSD_ANC.rff_yorder = &param->rff_yorder;
ICSD_ANC.rfb_yorder = &param->rfb_yorder;
ICSD_ANC.rcmp_yorder = &param->rcmp_yorder;
ICSD_ANC.lff_coeff = &param->lff_coeff;
ICSD_ANC.lfb_coeff = &param->lfb_coeff;
ICSD_ANC.lcmp_coeff = &param->lcmp_coeff;
ICSD_ANC.rff_coeff = &param->rff_coeff;
ICSD_ANC.rfb_coeff = &param->rfb_coeff;
ICSD_ANC.rcmp_coeff = &param->rcmp_coeff;
ICSD_ANC.gains_l_ffmic_gain = &param->gains.l_ffmic_gain;
ICSD_ANC.gains_l_fbmic_gain = &param->gains.l_fbmic_gain;
ICSD_ANC.gains_r_ffmic_gain = &param->gains.r_ffmic_gain;
ICSD_ANC.gains_r_fbmic_gain = &param->gains.r_fbmic_gain;
ICSD_ANC.gains_alogm = (int *)(&param->gains.alogm);
ICSD_ANC.ff_1st_dcc = &param->gains.ff_1st_dcc;
ICSD_ANC.fb_1st_dcc = &param->gains.fb_1st_dcc;
ICSD_ANC.ff_2nd_dcc = &param->gains.ff_2nd_dcc;
ICSD_ANC.fb_2nd_dcc = &param->gains.fb_2nd_dcc;
ICSD_ANC.gains_drc_en = &param->gains.drc_en;
ICSD_ANC.mode = ANC_USER_TRAIN_MODE;
ICSD_ANC.train_index = 0;
ICSD_ANC.adaptive_run_busy = 1;
icsd_anc_board_config();
user_train_state |= ANC_USER_TRAIN_DMA_EN;
TOOL_DATA->save_idx = 0xff;
ANC_BOARD_PARAM->iir_mode = ANC_USER_TRAIN_MODE;
ANC_BOARD_PARAM->tool_ffgain_sign = 1;
ANC_BOARD_PARAM->tool_fbgain_sign = 1;
if (param->gains.gain_sign & ANCL_FF_SIGN) {
ANC_BOARD_PARAM->tool_ffgain_sign = -1;
}
if (param->gains.gain_sign & ANCL_FB_SIGN) {
ANC_BOARD_PARAM->tool_fbgain_sign = -1;
}
//金机曲线功能==================================
#if 1
icsd_anc_log("ref en:%d----------------------\n", param->gains.adaptive_ref_en);
struct icsd_fb_ref *fb_parm = NULL;
struct icsd_ff_ref *ff_parm = NULL;
if (param->gains.adaptive_ref_en) {
icsd_anc_log("get ref data\n");
anc_adaptive_fb_ref_data_get((u8 **)(&fb_parm));
anc_adaptive_ff_ref_data_get((u8 **)(&ff_parm));
ANC_BOARD_PARAM->m_value_l = fb_parm->m_value;
ANC_BOARD_PARAM->sen_l = fb_parm->sen;
ANC_BOARD_PARAM->in_q_l = fb_parm->in_q;
icsd_anc_log("fb_parm:%d %d %d\n", (int)(fb_parm->m_value * 1000), (int)(fb_parm->sen * 1000), (int)(fb_parm->in_q * 1000));
}
if (ff_parm) {
icsd_anc_log("use gold curve==========================================================\n");
ANC_BOARD_PARAM->gold_curve_en = param->gains.adaptive_ref_en;
ANC_BOARD_PARAM->mse_tar = ff_parm->db;
}
#endif
//==============================================
icsd_anc_config_inf();
icsd_anc_lib_init();
icsd_anc_set_alogm(param, ANC_USER_TRAIN_SR_SEL);
ICSD_ANC.tone_delay = tone_delay;
icsd_anc_mode_init(tone_delay);
}
void icsd_anc_init_cmd()
{
icsd_anc_log("icsd_anc_init_cmd\n");
extern void audio_anc_post_msg_user_train_init(u8 mode);
audio_anc_post_msg_user_train_init(ANC_ON);
}
u32 icsd_slience_frames;
u16 icsd_sample_rate;
void icsd_anctone_dacon_handler()
{
u32 slience_frames = icsd_slience_frames;
u16 sample_rate = icsd_sample_rate;
if (icsd_anc_contral & ICSD_ANC_FORCED_EXIT) {
icsd_printf("icsd_anctone_dacon FORCED EXIT\n");
return;
}
if (user_train_state & ANC_TRAIN_TONE_PLAY) {
icsd_anc_board_param_init();
ANC_BOARD_PARAM->mode = ICSD_ANC_MODE;
icsd_anc_log("icsd_anctone_dacon 1:%d %d %d\n", (int)jiffies, slience_frames, sample_rate);
user_train_state |= ANC_TONE_DAC_ON;
user_train_state &= ~ANC_TRAIN_TONE_PLAY;
u32 slience_ms = 0;
if ((slience_frames != 0) && (sample_rate != 0)) {
slience_ms = (slience_frames * 1000 / sample_rate) + 1;
icsd_anc_log("icsd_anctone_dacon 2:%d %d %d\n", slience_frames, sample_rate, slience_ms);
}
ANC_BOARD_PARAM->tone_jiff = jiffies + (slience_ms / 10) + 1;
ICSD_ANC.dac_on_jiff = jiffies;
ICSD_ANC.dac_on_slience = slience_ms;
if (user_train_state & ANC_TONE_ANC_READY) {
icsd_anc_log("dac on set tonemode start timeout:%d %d\n", slience_ms, ANC_BOARD_PARAM->tone_jiff);
switch (ANC_BOARD_PARAM->mode) {
case HEADSET_TONES_MODE:
sys_hi_timeout_add((void *)icsd_anc_id, icsd_anc_tonel_start, slience_ms + TONEL_DELAY);
sys_hi_timeout_add((void *)icsd_anc_id, icsd_anc_toner_start, slience_ms + TONER_DELAY);
sys_hi_timeout_add((void *)icsd_anc_id, icsd_anc_pzl_start, slience_ms + PZL_DELAY);
sys_hi_timeout_add((void *)icsd_anc_id, icsd_anc_pzr_start, slience_ms + PZR_DELAY);
break;
default:
sys_hi_timeout_add((void *)icsd_anc_id, icsd_anc_tonemode_start, slience_ms + ICSD_ANC.tone_delay);
break;
}
} else {
icsd_anc_log("dac on wait anc ready\n");
}
}
}
void icsd_anctone_dacon(u32 slience_frames, u16 sample_rate)
{
icsd_slience_frames = slience_frames;
icsd_sample_rate = sample_rate;
audio_anc_post_msg_icsd_anc_cmd(ANC_CMD_TONE_DACON);
}
void icsd_anc_tone_play_start()
{
#if ANC_USER_TRAIN_TONE_MODE
icsd_anc_log("icsd_anc_tone_play_start\n");
user_train_state |= ANC_TRAIN_TONE_PLAY;
icsd_anc_init_cmd();
os_time_dly(20);
#endif
}
u8 icsd_anc_adaptive_busy_flag_get(void)
{
return ICSD_ANC.adaptive_run_busy;
}
#if ANC_EAR_RECORD_EN
/* float vmdata_FL[EAR_RECORD_MAX][25]; */
/* float vmdata_FR[EAR_RECORD_MAX][25]; */
float (*vmdata_FL)[ANC_VMDATA_FF_RECORD_SIZE] = NULL;
float (*vmdata_FR)[ANC_VMDATA_FF_RECORD_SIZE] = NULL;
int *vmdata_num;
void icsd_anc_vmdata_init(float (*FL)[ANC_VMDATA_FF_RECORD_SIZE], float (*FR)[ANC_VMDATA_FF_RECORD_SIZE], int *num)
{
//读取耳道记忆 VM数据地址
vmdata_FL = FL;
vmdata_FR = FR;
vmdata_num = num;
/* icsd_anc_log("vmdata_num %d\n", *vmdata_num); */
/* put_buf((u8*)vmdata_FL, EAR_RECORD_MAX*ANC_VMDATA_FF_RECORD_SIZE*4); */
/* put_buf((u8*)vmdata_FR, EAR_RECORD_MAX*ANC_VMDATA_FF_RECORD_SIZE*4); */
}
void icsd_anc_vmdata_num_reset()
{
if ((!vmdata_FL) || (!vmdata_FR)) {
return;
}
*vmdata_num = 0;
memset(vmdata_FL, 0, EAR_RECORD_MAX * 4 * ANC_VMDATA_FF_RECORD_SIZE);
}
u8 icsd_anc_get_vmdata_num()
{
return *vmdata_num;
}
void icsd_anc_ear_record_printf()
{
int i;
if ((!vmdata_FL) || (!vmdata_FR)) {
return;
}
icsd_anc_log("vmdata_num:%d\n", *vmdata_num);
for (i = 0; i < EAR_RECORD_MAX; i++) {
icsd_anc_log("vmdata_FL[%d]\n", i);
icsd_anc_fgq_printf(&vmdata_FL[i][0]);
}
for (i = 0; i < EAR_RECORD_MAX; i++) {
icsd_anc_log("vmdata_FR[%d]\n", i);
icsd_anc_fgq_printf(&vmdata_FR[i][0]);
}
}
u8 icsd_anc_max_diff_idx()
{
u8 max_diff_idx = 0;
if ((!vmdata_FL) || (!vmdata_FR)) {
return max_diff_idx;
}
if (*vmdata_num > 0) {
float diff;
float max_diff = icsd_anc_vmdata_match(&vmdata_FL[0][0], vmdata_FL[0][0]);
max_diff_idx = 0;
for (int i = 1; i < *vmdata_num; i++) {
diff = icsd_anc_vmdata_match(&vmdata_FL[i][0], vmdata_FL[i][0]);
if (diff > max_diff) {
max_diff = diff;
max_diff_idx = i;
}
}
}
icsd_anc_log("max diff idx:%d\n", max_diff_idx);
return max_diff_idx;
}
u8 icsd_anc_min_diff_idx()
{
float diff;
float min_diff;
u8 min_diff_idx = 0xff;
if ((!vmdata_FL) || (!vmdata_FR)) {
return min_diff_idx;
}
if (*vmdata_num > 0) {
min_diff = icsd_anc_vmdata_match(&vmdata_FL[0][0], vmdata_FL[0][0]);
min_diff_idx = 0;
icsd_anc_log("DIFF[0]:%d\n", (int)(min_diff * 1000));
for (int i = 1; i < *vmdata_num; i++) {
diff = icsd_anc_vmdata_match(&vmdata_FL[i][0], vmdata_FL[i][0]);
if (diff < min_diff) {
min_diff = diff;
min_diff_idx = i;
}
icsd_anc_log("DIFF[%d]:%d %d %d\n", i, (int)(diff * 1000), min_diff_idx, (int)(min_diff * 1000));
}
diff = icsd_anc_default_match();
icsd_anc_log("default diff:%d vmmin diff:%d\n", (int)(diff * 100), (int)(min_diff * 100));
if (diff < min_diff) {
icsd_anc_log("use default\n");
min_diff_idx = 0xff;
} else {
icsd_anc_log("select vmdata_FL[%d]\n", min_diff_idx);
}
}
return min_diff_idx;
}
u8 icsd_anc_get_save_idx()
{
u8 save_idx = 0;
if (*vmdata_num < EAR_RECORD_MAX) {
save_idx = *vmdata_num;
} else {
save_idx = icsd_anc_max_diff_idx();
}
icsd_anc_log("icsd_anc_get_save_idx:%d\n", save_idx);
return save_idx;
}
void icsd_anc_save_with_idx(u8 save_idx)
{
anc_printf("save try:%d %d\n", save_idx, *vmdata_num);
if ((!vmdata_FL) || (!vmdata_FR)) {
return;
}
if (save_idx > *vmdata_num) {
return;
}
if ((save_idx >= 0) && (save_idx < EAR_RECORD_MAX)) {
if (*vmdata_num < EAR_RECORD_MAX) {
(*vmdata_num)++;
}
anc_printf("icsd_anc_save_with_idx:%d %d====================================================\n", save_idx, *vmdata_num);
switch (ANC_BOARD_PARAM->mode) {
case HEADSET_TONE_BYPASS_MODE:
case HEADSET_TONES_MODE:
case HEADSET_BYPASS_MODE:
memcpy(&vmdata_FL[save_idx][0], TOOL_DATA->data_out5, 4 * ANC_VMDATA_FF_RECORD_SIZE);
memcpy(&vmdata_FR[save_idx][0], TOOL_DATA->data_out10, 4 * ANC_VMDATA_FF_RECORD_SIZE);
break;
default:
memcpy(&vmdata_FL[save_idx][0], TOOL_DATA->data_out5, 4 * ANC_VMDATA_FF_RECORD_SIZE);
break;
}
#if TEST_EAR_RECORD_EN
icsd_anc_log("EAR RECORD SAVE:%d\n", save_idx);
icsd_anc_ear_record_printf();
#endif
}
}
void icsd_anc_vmdata_by_idx(double *ff_ab, float *ff_gain, u8 idx)
{
u8 num = icsd_anc_get_vmdata_num();
if ((!vmdata_FL) || (!vmdata_FR)) {
return;
}
if ((num == 0) || (idx == 0xff) || ((num - 1) < idx)) {
return;
}
#if TEST_EAR_RECORD_EN
icsd_anc_log("EAR RECORD USED RECORD L\n");
icsd_anc_fgq_printf(&vmdata_FL[idx][0]);
#endif
ff_fgq_2_aabb(ff_ab, &vmdata_FL[idx][0]);
*ff_gain = vmdata_FL[idx][0];
}
void icsd_anc_vmdatar_by_idx(double *ff_ab, float *ff_gain, u8 idx)
{
u8 num = icsd_anc_get_vmdata_num();
if ((!vmdata_FL) || (!vmdata_FR)) {
return;
}
if ((num == 0) || (idx == 0xff) || ((num - 1) < idx)) {
return;
}
#if TEST_EAR_RECORD_EN
icsd_anc_log("EAR RECORD USED RECORD R\n");
icsd_anc_fgq_printf(&vmdata_FR[idx][0]);
#endif
ff_fgq_2_aabb(ff_ab, &vmdata_FR[idx][0]);
*ff_gain = vmdata_FR[idx][0];
}
u8 icsd_anc_tooldata_select_vmdata_headset(float *ff_fgq_l, float *ff_fgq_r)
{
icsd_anc_log("headset train time vm select start:%d\n", (int)((jiffies - train_time) * 10));
u8 min_idx = icsd_anc_min_diff_idx();
extern void icsd_set_min_idx(u8 minidx);
icsd_set_min_idx(min_idx);
u8 num = icsd_anc_get_vmdata_num();
if ((!vmdata_FL) || (!vmdata_FR)) {
return 0;
}
//icsd_anc_log("icsd_anc_tooldata_select_vmdata:%d %d\n", num, min_idx);
if ((num == 0) || (min_idx == 0xff) || ((num - 1) < min_idx)) {
icsd_anc_log("use default\n");
return 0;
}
memcpy(ff_fgq_l, &vmdata_FL[min_idx][0], 4 * ANC_VMDATA_FF_RECORD_SIZE);
memcpy(ff_fgq_r, &vmdata_FR[min_idx][0], 4 * ANC_VMDATA_FF_RECORD_SIZE);
#if TEST_EAR_RECORD_EN
icsd_anc_log("EAR RECORD TOOL_DATA RECORD\n");
icsd_anc_fgq_printf(ff_fgq_l);
icsd_anc_fgq_printf(ff_fgq_r);
#endif
icsd_anc_log("train time vm select end:%d\n", (int)((jiffies - train_time) * 10));
icsd_anc_log("headset use record:%d\n", min_idx);
return 1;
}
u8 icsd_anc_tooldata_select_vmdata(float *ff_fgq)
{
icsd_anc_log("train time vm select start:%d\n", (int)((jiffies - train_time) * 10));
//u8 min_idx = icsd_anc_min_diff_idx();
u8 min_idx = TOOL_DATA->use_idx;
icsd_printf("use record idx:%d\n", TOOL_DATA->use_idx);
extern void icsd_set_min_idx(u8 minidx);
icsd_set_min_idx(min_idx);
u8 num = icsd_anc_get_vmdata_num();
if ((!vmdata_FL) || (!vmdata_FR)) {
return 0;
}
//icsd_anc_log("icsd_anc_tooldata_select_vmdata:%d %d\n", num, min_idx);
if ((num == 0) || (min_idx == 0xff) || ((num - 1) < min_idx)) {
icsd_anc_log("use default\n");
return 0;
}
memcpy(ff_fgq, &vmdata_FL[min_idx][0], 4 * ANC_VMDATA_FF_RECORD_SIZE);
#if TEST_EAR_RECORD_EN
icsd_anc_log("EAR RECORD TOOL_DATA RECORD\n");
icsd_anc_fgq_printf(ff_fgq);
#endif
icsd_anc_log("train time vm select end:%d\n", (int)((jiffies - train_time) * 10));
icsd_anc_log("use record:%d\n", min_idx);
return 1;
}
#else
u8 icsd_anc_min_diff_idx()
{
return 0xff;
}
u8 icsd_anc_get_save_idx()
{
return 0xff;
}
u8 icsd_anc_get_vmdata_num()
{
return 0;
}
void icsd_anc_vmdata_num_reset()
{}
void icsd_anc_save_with_idx(u8 save_idx)
{}
void icsd_anc_vmdata_by_idx(double *ff_ab, float *ff_gain, u8 idx)
{}
void icsd_anc_vmdatar_by_idx(double *ff_ab, float *ff_gain, u8 idx)
{}
void icsd_anc_ear_record_printf()
{}
u8 icsd_anc_tooldata_select_vmdata(float *ff_fgq)
{
return 0;
}
u8 icsd_anc_tooldata_select_vmdata_headset(float *ff_fgq_l, float *ff_fgq_r)
{
return 0;
}
#endif
#if ANC_SZ_OUT_EN
float icsd_anc_sz_data[TARLEN + TARLEN_L];
float icsd_anc_pz_data[TARLEN + TARLEN_L];
u8 sz_out_exist = 0;
void icsd_anc_sz_out(float *hz_in)
{
printf("icsd_anc_sz_out\n");
memcpy(icsd_anc_sz_data, hz_in, 4 * (TARLEN + TARLEN_L));
sz_out_exist = 1;
extern void icsd_aeq_demo();
icsd_aeq_demo();
icsd_printf("train time aeq end:%dms\n", (int)((jiffies - train_time) * 10));
}
void icsd_anc_pz_out(float *hz_in)
{
printf("icsd_anc_pz_out\n");
memcpy(icsd_anc_pz_data, hz_in, 4 * (TARLEN + TARLEN_L));
sz_out_exist = 1;
}
#endif
#endif/*TCFG_AUDIO_ANC_EAR_ADAPTIVE_EN*/
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