/*=========================================================================== Copyright (c) 2012-2016 Qualcomm Technologies, Inc. All Rights Reserved. Qualcomm Technologies Proprietary and Confidential. ===========================================================================*/ #include "thermal.h" #include "thermal_config.h" #include "pid_algorithm.h" #define KHZ_PER_C (5000U) #define SET_POINT (90000U) #define SET_POINT_CLR (55000U) #define POP_MEM_SET_POINT (80000U) #define POP_MEM_SET_POINT_CLR (55000U) #define K_P (0.7f) #define K_I (15.0f) #define K_D (0.3f) #define PID_SAMPLE_PERIOD (65U) #define I_SAMPLES (10U) #define ERR_WEIGHT (1.0f) #define FREQ_SCALE (500.0f) #define PID_HYBRID_PERIOD (1000U) static struct setting_info pid_cfgs_8974[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0", .device = "cpu0", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu1", .device = "cpu1", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu2", .device = "cpu2", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu3", .device = "cpu3", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cpu", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8226[] = { { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cpu", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8610[] = { { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cpu", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_9900[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0", .device = "cpu0", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = 85000U, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu1", .device = "cpu1", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = 85000U, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu2", .device = "cpu2", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = 85000U, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu3", .device = "cpu3", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = 85000U, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8939[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor5", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor6", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor7", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor8", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU4-5-6-7", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor9", .device = "cluster0", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cluster1", .sampling_period_ms = 250, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8936[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0", .device = "cpu0", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu1", .device = "cpu1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu2", .device = "cpu2", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu3", .device = "cpu3", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cpu", .sampling_period_ms = 250, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8994[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0", .device = "cluster0", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu1", .device = "cluster0", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu2", .device = "cluster0", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu3", .device = "cluster0", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU4", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu4", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU5", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu5", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU6", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu6", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU7", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu7", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8992[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0-1", .device = "cluster0", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu2", .device = "cluster0", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu3", .device = "cluster0", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU4", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu4", .device = "cluster1", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU5", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu5", .device = "cluster1", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cluster1", .sampling_period_ms = PID_SAMPLE_PERIOD, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8996[] = { { .desc = "PID-CPU0", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor4", .device = "cluster0", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor6", .device = "cluster0", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU2", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor9", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "tsens_tz_sensor11", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cluster1", .sampling_period_ms = 10, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8976[] = { { .desc = "PID-CPU0-1-2-3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0-1-2-3", .device = "cluster0", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU4", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu4", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU5", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu5", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU6", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu6", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU7", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu7", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-L2_CACHE_1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "L2_cache_1", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cluster1", .sampling_period_ms = 250, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; static struct setting_info pid_cfgs_8956[] = { { .desc = "PID-CPU0-1-2-3", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu0-1-2-3", .device = "cluster0", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU4", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu4", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-CPU5", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "cpu5", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-L2_CACHE_1", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "L2_cache_1", .device = "cluster1", .sampling_period_ms = 50, .i_samples = I_SAMPLES, .set_point = SET_POINT, .set_point_clr = SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, { .desc = "PID-POPMEM", .algo_type = PID_ALGO_TYPE, .disable = 1, .data.pid = { .sensor = "pop_mem", .device = "cluster1", .sampling_period_ms = 250, .i_samples = I_SAMPLES, .set_point = POP_MEM_SET_POINT, .set_point_clr = POP_MEM_SET_POINT_CLR, .units_per_C = KHZ_PER_C, .p_const = K_P, .i_const = K_I, .d_const = K_D, .freq_scale = FREQ_SCALE, .err_weight = ERR_WEIGHT, }, }, }; void pid_init_data(struct thermal_setting_t *setting) { int i, arr_size; struct setting_info *cfg; switch (therm_get_msm_id()) { case THERM_MSM_8974: case THERM_MSM_8084: case THERM_MSM_8x62: case THERM_MSM_8974PRO_AA: case THERM_MSM_8974PRO_AB: case THERM_MSM_8974PRO_AC: cfg = pid_cfgs_8974; arr_size = ARRAY_SIZE(pid_cfgs_8974); break; case THERM_MSM_8226: case THERM_MSM_8926: case THERM_MSM_8916: case THERM_MSM_8909: case THERM_MSM_8909W: case THERM_MSM_8009: cfg = pid_cfgs_8226; arr_size = ARRAY_SIZE(pid_cfgs_8226); break; case THERM_MSM_8610: cfg = pid_cfgs_8610; arr_size = ARRAY_SIZE(pid_cfgs_8610); break; case THERM_FSM_9900: cfg = pid_cfgs_9900; arr_size = ARRAY_SIZE(pid_cfgs_9900); break; case THERM_MSM_8939: case THERM_MSM_8929: case THERM_MSM_8952: case THERM_MSM_8937: case THERM_MSM_8940: case THERM_MSM_8953: case THERM_MSM_8917: case THERM_MSM_8920: cfg = pid_cfgs_8939; arr_size = ARRAY_SIZE(pid_cfgs_8939); break; case THERM_MSM_8936: cfg = pid_cfgs_8936; arr_size = ARRAY_SIZE(pid_cfgs_8936); break; case THERM_MSM_8994: cfg = pid_cfgs_8994; arr_size = ARRAY_SIZE(pid_cfgs_8994); break; case THERM_MSM_8992: cfg = pid_cfgs_8992; arr_size = ARRAY_SIZE(pid_cfgs_8992); break; case THERM_MSM_8996: case THERM_MSM_8996AU: cfg = pid_cfgs_8996; arr_size = ARRAY_SIZE(pid_cfgs_8996); break; case THERM_MSM_8976: cfg = pid_cfgs_8976; arr_size = ARRAY_SIZE(pid_cfgs_8976); break; case THERM_MSM_8956: cfg = pid_cfgs_8956; arr_size = ARRAY_SIZE(pid_cfgs_8956); break; default: msg("%s: ERROR Uknown device\n", __func__); /* Better to have something in place even if it's wrong. */ cfg = pid_cfgs_8974; arr_size = ARRAY_SIZE(pid_cfgs_8974); break; } for (i = 0; i < arr_size; i++) add_setting(setting, &cfg[i]); }