<prompt> Rala algorithm ho lokisa khanya ea pontso ea smartphone ho latela maemo a hajoale a mabone.nan  <response>: Instruction in English: Design an algorithm to adjust a smartphone display brightness depending on the current lighting conditions. . Response in English: Heres one possible algorithm to adjust a smartphone display brightness depending on the current lighting conditions:1. Start by using the smartphones built-in light sensor to measure the current ambient light level. This sensor typically outputs a value in lux, which represents the brightness of the light in the environment.2. Create a mapping function that takes as input the ambient light level in lux and outputs an appropriate display brightness level. This function could be a simple linear or non-linear scaling, or it could be more complex, taking into account factors such as the users preferred brightness settings, the phones battery level, or the time of day.3. Use the mapping function to determine the desired display brightness level, based on the current ambient light level.4. Smoothly adjust the display brightness to the desired level over a short period of time, in order to avoid sudden changes in brightness that could be jarring to the user.5. Continuously monitor the ambient light level using the light sensor, and repeat the above steps as needed to dynamically adjust the display brightness in response to changing lighting conditions.Here is the pseudocode:def adjust_brightness: ambient_light read_light_sensor brightness map_brightnessambient_light set_display_brightnessbrightnessdef map_brightnessambient_light: if ambient_light DARK_THRESHOLD: return MIN_BRIGHTNESS elif ambient_light BRIGHT_THRESHOLD: return MAX_BRIGHTNESS else: Linear mapping function return ambient_light - DARK_THRESHOLD MAX_BRIGHTNESS - MIN_BRIGHTNESS BRIGHT_THRESHOLD - DARK_THRESHOLD MIN_BRIGHTNESS . Response in Sesotho: Mona ke algorithm e le ngoe e ka khonehang ea ho lokisa khanya ea pontso ea smartphone ho latela maemo a hona joale a mabone: 1. Qala ka ho sebelisa sensor ea lebone e hahelletsoeng ka hara smartphone ho lekanya boemo ba khanya e teng hona joale. Sensor ena hangata e hlahisa boleng ba lux, bo emelang khanya ea leseli tikolohong. 2. Etsa mosebetsi oa mapa o nkang sebaka sa khanya ea ambient ho lux le ho hlahisa boemo bo loketseng ba ho khanya. Tsebetso ena e ka ba sekala se bonolo kapa se sa thekeseleng, kapa se ka rarahana le ho feta, ho nahanoa ka lintlha tse joalo ka litlhophiso tsa khanya tse ratoang ke mosebelisi, boemo ba betri ea mohala kapa nako ea letsatsi. 3. Sebelisa tšebetso ea mapa ho fumana boemo bo lakatsehang ba khanya, ho ipapisitsoe le boemo ba hajoale ba khanya. 4. Lokisa khanya ea pontso butle-butle ho ea boemong bo lakatsehang ka nako e khutšoanyane, e le ho qoba liphetoho tsa tšohanyetso tsa khanya tse ka nang tsa tšoenya mosebedisi. 5. Tsoela pele ho beha leihlo boemo ba khanya ea ambient u sebelisa sensor ea leseli, me u phete mehato e ka holimo kamoo ho hlokahalang ho fetola khanya ea pontšo ho latela maemo a fetohang a khanya. pseudocode ke ena: def adjust_brightness: ambient_light read_light_sensor brightness map_brightnessambieent_light set_display_brightnessbrightness def map_brightnessambieent_light: haeba ambient_light DARK_THRESHOLD: return MIN_THRESHOLD: return MIN_HOLDlight BRIGHTNRESHOLD: return MIN_RESHOLD BRIGHT_RESHOLD MIN_RESHOLD MIN_RESHOLD _BRIGHTNESS e ngoe: Ho khutlisa tšebetso ea mapa oa mola ambient_light - DARK_THRESHOLD MAX_BRIGHTNESS - MIN_BRIGHTNESS BRIGHT_THRESHOLD - DARK_THRESHOLD MIN_BRIGHTNESS 