void sec_gpu_dvfs_handler(int utilization_value)
{
/*utilization_value is zero mean is gpu going to idle*/
if (utilization_value == 0)
return;
sgx_dvfs_level = sec_gpu_dvfs_level_from_clk_get(gpu_clock_get());
/* this check for current clock must be find in dvfs table */
if (sgx_dvfs_level < 0) {
PVR_LOG(("WARN: current clock: %d MHz not found in DVFS table. so set to max clock", gpu_clock_get()));
sec_gpu_vol_clk_change(gdata[BASE_START_LEVEL].clock, gdata[BASE_START_LEVEL].voltage);
return;
}
PVR_DPF((PVR_DBG_MESSAGE, "INFO: AUTO DVFS [%d MHz] <%d, %d>, utilization [%d]",
gpu_clock_get(),
gdata[sgx_dvfs_level].min_threadhold,
gdata[sgx_dvfs_level].max_threadhold, utilization_value));
/* check current level's threadhold value */
if (gdata[sgx_dvfs_level].min_threadhold > utilization_value) {
/* need to down current clock */
sgx_dvfs_level = sec_clock_change_down(sgx_dvfs_level, BASE_DOWN_STEP_LEVEL);
} else if (gdata[sgx_dvfs_level].max_threadhold < utilization_value) {
/* need to up current clock */
sgx_dvfs_level = sec_clock_change_up(sgx_dvfs_level, BASE_UP_STEP_LEVEL);
} else
sgx_dvfs_down_requirement = gdata[sgx_dvfs_level].stay_total_count;
g_g3dfreq = gdata[sgx_dvfs_level].clock;
}
void sec_gpu_dvfs_handler(int utilization_value)
{
if (custom_threshold_change)
sec_custom_threshold_set();
/*utilization_value is zero mean is gpu going to idle*/
if (utilization_value == 0)
return;
#ifdef CONFIG_ASV_MARGIN_TEST
sgx_dvfs_custom_clock = set_g3d_freq;
#endif
/* this check for custom dvfs setting - 0:auto, others: custom lock clock*/
if (sgx_dvfs_custom_clock) {
if (sgx_dvfs_custom_clock != gpu_clock_get()) {
sgx_dvfs_level = sec_gpu_dvfs_level_from_clk_get(sgx_dvfs_custom_clock);
/* this check for current clock must be find in dvfs table */
if (sgx_dvfs_level < 0) {
PVR_LOG(("WARN: custom clock: %d MHz not found in DVFS table", sgx_dvfs_custom_clock));
return;
}
if (sgx_dvfs_level < MAX_DVFS_LEVEL && sgx_dvfs_level >= 0) {
sec_gpu_vol_clk_change(g_gpu_dvfs_data[sgx_dvfs_level].clock, g_gpu_dvfs_data[sgx_dvfs_level].voltage);
PVR_LOG(("INFO: CUSTOM DVFS [%d MHz] (%d, %d), utilization [%d] -(%d MHz)",
gpu_clock_get(),
g_gpu_dvfs_data[sgx_dvfs_level].min_threadhold,
g_gpu_dvfs_data[sgx_dvfs_level].max_threadhold,
utilization_value,
sgx_dvfs_custom_clock
));
} else {
PVR_LOG(("INFO: CUSTOM DVFS [%d MHz] invalid clock - restore auto mode", sgx_dvfs_custom_clock));
sgx_dvfs_custom_clock = 0;
}
}
} else {
sgx_dvfs_level = sec_gpu_dvfs_level_from_clk_get(gpu_clock_get());
/* this check for current clock must be find in dvfs table */
if (sgx_dvfs_level < 0) {
PVR_LOG(("WARN: current clock: %d MHz not found in DVFS table. so set to max clock", gpu_clock_get()));
sec_gpu_vol_clk_change(g_gpu_dvfs_data[BASE_START_LEVEL].clock, g_gpu_dvfs_data[BASE_START_LEVEL].voltage);
return;
}
PVR_DPF((PVR_DBG_MESSAGE, "INFO: AUTO DVFS [%d MHz] <%d, %d>, utilization [%d]",
gpu_clock_get(),
g_gpu_dvfs_data[sgx_dvfs_level].min_threadhold,
g_gpu_dvfs_data[sgx_dvfs_level].max_threadhold, utilization_value));
/* check current level's threadhold value */
if (g_gpu_dvfs_data[sgx_dvfs_level].min_threadhold > utilization_value) {
#if defined(USING_BOOST_DOWN_MODE)
/* check need Quick up/down change */
if (g_gpu_dvfs_data[sgx_dvfs_level].quick_down_threadhold >= utilization_value)
sgx_dvfs_level = sec_clock_change_down(sgx_dvfs_level, BASE_QUICK_DOWN_LEVEL);
else
#endif
/* need to down current clock */
sgx_dvfs_level = sec_clock_change_down(sgx_dvfs_level, BASE_DWON_STEP_LEVEL);
} else if (g_gpu_dvfs_data[sgx_dvfs_level].max_threadhold < utilization_value) {
#if defined(USING_BOOST_UP_MODE)
if (g_gpu_dvfs_data[sgx_dvfs_level].quick_up_threadhold <= utilization_value)
sgx_dvfs_level = sec_clock_change_up(sgx_dvfs_level, BASE_QUICK_UP_LEVEL);
else
#endif
/* need to up current clock */
sgx_dvfs_level = sec_clock_change_up(sgx_dvfs_level, BASE_UP_STEP_LEVEL);
} else
sgx_dvfs_down_requirement = g_gpu_dvfs_data[sgx_dvfs_level].stay_total_count;
}
g_g3dfreq = g_gpu_dvfs_data[sgx_dvfs_level].clock;
}
