/*=========================================================================== Copyright (c) 2013,2016 Qualcomm Technologies, Inc. All Rights Reserved. Qualcomm Technologies Proprietary and Confidential. ===========================================================================*/ #include "thermal.h" #include "thermal_config.h" #include "speaker_cal.h" static char *sensor_list[] = { "tsens_tz_sensor1", "tsens_tz_sensor2", "tsens_tz_sensor3", "tsens_tz_sensor4", "tsens_tz_sensor7", "tsens_tz_sensor8", "tsens_tz_sensor9", "tsens_tz_sensor10", }; static char *sensor_list_8994[] = { "tsens_tz_sensor1", "tsens_tz_sensor2", "tsens_tz_sensor3", "tsens_tz_sensor4", "tsens_tz_sensor5", "tsens_tz_sensor11", "tsens_tz_sensor12", }; static char *sensor_list_8996[] = { "tsens_tz_sensor1", "tsens_tz_sensor2", "tsens_tz_sensor13", "tsens_tz_sensor14", "tsens_tz_sensor15", }; static char *sensor_list_cobalt[] = { "tsens_tz_sensor14", "tsens_tz_sensor15", "tsens_tz_sensor16", "tsens_tz_sensor17", "tsens_tz_sensor18", "tsens_tz_sensor19", "tsens_tz_sensor20", "tsens_tz_sensor21", }; static char *sensor_list_8952[] = { "tsens_tz_sensor1", "tsens_tz_sensor2", "tsens_tz_sensor3", "tsens_tz_sensor10", }; #ifndef USE_THERMAL_FRAMEWORK static char *sensor_list_8953[] = { "tsens_tz_sensor1", "tsens_tz_sensor2", "tsens_tz_sensor3", "tsens_tz_sensor14", "tsens_tz_sensor15", }; #endif static char *sensor_list_MSM_8917[] = { "tsens_tz_sensor1", "tsens_tz_sensor2", "tsens_tz_sensor3", "tsens_tz_sensor9", }; static char *sensor_list_sdm660[] = { "tsens_tz_sensor8", "tsens_tz_sensor9", "tsens_tz_sensor10", "tsens_tz_sensor11", "tsens_tz_sensor13", }; static char *sensor_list_sdm630[] = { "tsens_tz_sensor8", "tsens_tz_sensor9", "tsens_tz_sensor10", "tsens_tz_sensor11", }; static struct setting_info cfgs_8974[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list, .list_cnt = ARRAY_SIZE(sensor_list), .list_size = 0, .sensor = "pm8941_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_8084[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list, .list_cnt = ARRAY_SIZE(sensor_list), .sensor = "pma8084_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_8994[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_8994, .list_cnt = ARRAY_SIZE(sensor_list_8994), .sensor = "pm8994_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_8996[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_8996, .list_cnt = ARRAY_SIZE(sensor_list_8996), .sensor = "pm8994_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_cobalt[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_cobalt, .list_cnt = ARRAY_SIZE(sensor_list_cobalt), .sensor = "pm8998_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_8952[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_8952, .list_cnt = ARRAY_SIZE(sensor_list_8952), .sensor = "pm8950_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; #ifndef USE_THERMAL_FRAMEWORK static struct setting_info cfgs_8953[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_8953, .list_cnt = ARRAY_SIZE(sensor_list_8953), .sensor = "pm8953_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; #endif static struct setting_info cfgs_8937[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_8952, .list_cnt = ARRAY_SIZE(sensor_list_8952), .sensor = "pm8937_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_MSM_8917[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_MSM_8917, .list_cnt = ARRAY_SIZE(sensor_list_MSM_8917), .sensor = "pm8937_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_sdm660[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_sdm660, .list_cnt = ARRAY_SIZE(sensor_list_sdm660), .sensor = "pm660_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; static struct setting_info cfgs_sdm630[] = { { .desc = "SPEAKER-CAL", .algo_type = EQUILIBRIUM_TYPE, .data.eq = { .sensor_list = sensor_list_sdm630, .list_cnt = ARRAY_SIZE(sensor_list_sdm630), .sensor = "pm660_tz", .sensor_delta = 10000, .sampling_period_ms = 30000, .temp_range = 6000, .max_temp = 45000, .offset = -4000, .long_sampling_period_ms = 30000, .long_sampling_cnt = 10, .long_sample_range = 2000, .pre_cal_delay_ms = 1800000, }, }, }; void speaker_cal_init_data(struct thermal_setting_t *setting) { int i; int arr_size = 0; struct setting_info *cfg = NULL; switch (therm_get_msm_id()) { case THERM_MSM_8974: case THERM_MSM_8974PRO_AA: case THERM_MSM_8974PRO_AB: case THERM_MSM_8974PRO_AC: cfg = cfgs_8974; arr_size = ARRAY_SIZE(cfgs_8974); break; case THERM_MSM_8084: case THERM_MSM_8x62: cfg = cfgs_8084; arr_size = ARRAY_SIZE(cfgs_8084); break; case THERM_MSM_8994: case THERM_MSM_8992: cfg = cfgs_8994; arr_size = ARRAY_SIZE(cfgs_8994); break; case THERM_MSM_8996: case THERM_MSM_8996AU: cfg = cfgs_8996; arr_size = ARRAY_SIZE(cfgs_8996); break; case THERM_MSM_8952: case THERM_MSM_8976: case THERM_MSM_8956: cfg = cfgs_8952; arr_size = ARRAY_SIZE(cfgs_8952); break; case THERM_MSM_8909: break; case THERM_MSM_COBALT: cfg = cfgs_cobalt; arr_size = ARRAY_SIZE(cfgs_cobalt); break; case THERM_MSM_8953: #ifndef USE_THERMAL_FRAMEWORK cfg = cfgs_8953; arr_size = ARRAY_SIZE(cfgs_8953); #endif break; case THERM_MSM_8937: case THERM_MSM_8940: cfg = cfgs_8937; arr_size = ARRAY_SIZE(cfgs_8937); break; case THERM_MSM_8917: case THERM_MSM_8920: cfg = cfgs_MSM_8917; arr_size = ARRAY_SIZE(cfgs_MSM_8917); break; case THERM_SDM_660: cfg = cfgs_sdm660; arr_size = ARRAY_SIZE(cfgs_sdm660); break; case THERM_SDM_630: cfg = cfgs_sdm630; arr_size = ARRAY_SIZE(cfgs_sdm630); break; default: msg("%s: ERROR Uknown device\n", __func__); break; } for (i = 0; i < arr_size; i++) { add_setting(setting, &cfg[i]); } }