## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Description: Scheme that is by default optimized for
## highest performance rates.
## See the variables BATTERY_SCHEME
## and AC_SCHEME to let this scheme
## take place for either working on AC or Battery
## or both.

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"Presentation"
## Type:		string
#
# Scheme name as displayed by YaST powermanagement module
#
SCHEME_NAME="Presentation"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"Scheme optimized to let machine run on maximum performance"
## Type:		string
#
# Description of the scheme as displayed by YaST powermanagement module
#
SCHEME_DESCRIPTION="Scheme optimized for good performance. Display standby mode and screensaver are disabled."

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"dynamic"
## Type:		list(performance,powersave,dynamic)
## ServiceRestart:	
#
# performance - The CPU stays always on highest supported frequency
# powersave The CPU stays always on lowest supported frequency. 
# dynamic - The frequency is adjusted dynamically 
# according to the current CPU usage. 
# 
# These settings need CPU frequency scaling support by your 
# hardware e.g. SpeedStep(Intel), PowerNow(AMD) or similar 
# technologies. The preferred value is dynamic to gain good 
# performance and reduce heat and noise.
#
CPUFREQUENCY="dynamic"

## Path:		System/Powermanagement/Powersave/CPU
## Type:		integer(1:100)
## Default:		"80"
#
# This variable sets the limit (in percent) for switching to the
# next higher CPU frequency (if supported). The real value used is
# the result of this variable devided by the number of available CPUs.
# The limit for switching down is calculated from this high limit,
# the CPU_HYSTERESIS variable and the available frequencies of your
# CPU automatically.
CPU_HIGH_LIMIT="60"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"no"
## Type:		yesno
#
# Allow throttling of the CPU
#
ALLOW_THROTTLING="no"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"50"
## Type:		integer(0:80)
#
# Maximum throttling (in percent) of the CPU (if enabled).
#
MAX_THROTTLING="50"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"no"
## Type:		yesno
#
# Will always throttle the CPU instead of only throttle on low CPU
# usage. This is useful to increase battery lifetime specially on
# machines with no CPU frequency scaling support. Be careful your
# machine could be distinctly slower (depends on the percent throttled). 
#
ALWAYS_THROTTLE="no"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"off"
## Type:		list(performance,powersave,aggressiv_powersave,off)
#
# Activates the Advanded Power Management function 
# of your IDE-disks, SCSI disks will be omitted.
# Setting this to "off" will skip this setting.
# 
DISK_STANDBY_MODE="performance"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"off"
## Type:		list(performance,low,quiet,off)
#
# Activates the Acoustic management function 
# of your IDE-disks, only some IDE disks 
# support it, not supported disks will be omitted.
# Setting this to "off" will skip this setting.
#
DISK_ACOUSTIC="performance"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"active"
## Type:		list(active,passive,off)
#
# Off - Disable thermal management
# Active - The hardware is preferably cooled by the fan. 
# Passive - The hardware is preferably cooled through 
# throttling and other power saving/low-noise techniques 
# if the temperature raises over a limit defined by 
# your bios. This is sparsely supported by HW at the moment.
# 
# The cooling policy is the preferred variable to adjust thermal management.
# If not supported or for fine adjustence, use the variables below.
COOLING_POLICY="active"

## Path:		System/Powermanagement/Powersave/Scheme/Presentation
## Default:		"ignore"
## Type:		list(ignore,min,med,max)
#
# This will only work with some vendor specific ACPI modules, such as
# ibm_acpi, asus_acpi, sony_acpi and toshiba_acpi. Possible values are:
#  ignore - do not touch display brightness
#  min    - set the display brightness to minimum - this might turn off the light!
#  med    - set the display brightness to a medium value
#  max    - set the display brightness to maximum
#  you can also enter a number, but the value depends on the driver,
#  common ranges are from 0 to 7 or from 0 to 15.
DISPLAY_BRIGHTNESS="ignore"

## Path:               System/Powermanagement/Powersave/Scheme/Presentation
## Default:	       0
## Type:	       integer(0:200)
#
# Use the variables to override the temperature trip point settings exported
# by BIOS (in degree Celcius).
# The number in the end defines the thermal zone for which the value should
# be active. Use the powersave -T command to find out supported thermal zones
# and their default trip point settings. A value of 0 will be ignored.
# Active trip points are not supported at the moment as fans cannot 
# be controlled over ACPI on most machines.

## Path:		System/Powermanagement/Powersave/CPU
## Type:		yesno
## Default:		"no"
#
# Consider nice process time as CPU usage
# set to yes - if you want niced processes to be considered by the
# CPU frequency algorithm.
#
CONSIDER_NICE="no"
