conky problem? trenger hjelp til temp sensor GPU

[mowdy]

halloen

 

holder på med å sette opp conky har fått et bra oppsett til no men får ikkje til gpu,cpu og mb temp.

får opp temp med commandoen sensors i terminalen:

 

w83627thf-isa-0290

Adapter: ISA adapter

VCore: +1.38 V (min = +0.00 V, max = +3.84 V)

+12V: +11.86 V (min = +9.12 V, max = +9.85 V)

+3.3V: +3.22 V (min = +0.03 V, max = +0.05 V)

+5V: +4.91 V (min = +0.85 V, max = +5.20 V)

-12V: +3.43 V (min = -9.32 V, max = -14.25 V)

V5SB: +5.03 V (min = +1.08 V, max = +1.80 V)

VBat: +0.13 V (min = +2.11 V, max = +0.27 V)

fan1: 1962 RPM (min = 48214 RPM, div = 4)

CPU Fan: 4891 RPM (min = 84375 RPM, div = 2)

fan3: 0 RPM (min = 1171 RPM, div = 128)

M/B Temp: +28.0°C (high = +17.0°C, hyst = +0.0°C) sensor = thermistor

CPU Temp: +52.0°C (high = +80.0°C, hyst = +75.0°C) sensor = diode

temp3: -48.0°C (high = +80.0°C, hyst = +75.0°C) sensor = thermistor

cpu0_vid: +1.363 V

beep_enable:enabled

 

 

men kordan får eg di over til conky?

 

kan legge til .conkyrc hvis det hjelper.

 

# UBUNTU-CONKY
# A comprehensive conky script, configured for use on
# Ubuntu / Debian Gnome, without the need for any external scripts.
#
# Based on conky-jc and the default .conkyrc.
# INCLUDES:
# - tail of /var/log/messages 
# - netstat connections to your computer
#
# -- Pengo ([email protected])
#




# Possible variables to be used:
#
#	  Variable		 Arguments				  Description				

# 	addr			  (interface)   IP address for an interface
# 	acpiacadapter				   ACPI ac adapter state.				   
# 	acpifan						 ACPI fan state						   
# 	acpitemp						ACPI temperature.						
# 	adt746xcpu					  CPU temperature from therm_adt746x	   
# 	adt746xfan					  Fan speed from therm_adt746x			 
# 	alignr			(num)		 Right-justify text, with space of N
# 	alignc						  Align text to centre
# 	battery		   (num)		 Remaining capasity in ACPI or APM		
# 					battery. ACPI battery number can be	  
# 					given as argument (default is BAT0).	 
# 	buffers						 Amount of memory buffered				
# 	cached						  Amount of memory cached				  
# 	color			 (color)	   Change drawing color to color			
# 	cpu							 CPU usage in percents					
# 	cpubar			(height)	  Bar that shows CPU usage, height is	  
# 					bar's height in pixels				 
# 	cpugraph		  (height),(width) (gradient colour 1) (gradient colour 2)
# 					CPU usage graph, with optional colours in hex,
# 					minus the #.
# 	downspeed		 net		   Download speed in kilobytes			  
# 	downspeedf		net		   Download speed in kilobytes with one	 
# 					decimal								  
# 	downspeedgraph	net (height),(width) (gradient colour 1) (gradient colour 2)
# 					Download speed graph, colours defined in
# 					hex, minus the #.
# 	exec			  shell command Executes a shell command and displays	
# 					the output in conky. warning: this	  
# 					takes a lot more resources than other	
# 					variables. I'd recommend coding wanted   
# 					behaviour in C and posting a patch :-).  
# 	execbar		   shell command Same as exec, except if the first value
# 					return is a value between 0-100, it
# 					will use that number for a bar.
# 					The size for the bar is currently fixed,
# 					but that may change in the future.
# 	execgraph		 shell command Same as execbar, but graphs values
# 	execi			 interval, shell command
#					  Same as exec but with specific interval. 
# 					Interval can't be less than			  
# 					update_interval in configuration.		
#	font		  font		Specify a different font.  Only applies
#					to one line.
# 	fs_bar			(height), (fs)Bar that shows how much space is used on 
# 					a file system. height is the height in   
# 					pixels. fs is any file on that file	  
# 					system.								  
# 	fs_free		   (fs)		  Free space on a file system available	
# 					for users.							   
# 	fs_free_perc	  (fs)		  Free percentage of space on a file	   
# 					system available for users.			  
# 	fs_size		   (fs)		  File system size						 
# 	fs_used		   (fs)		  File system used space				   
# 	hr				(height)	  Horizontal line, height is the height in 
# 					pixels								   
# 	i2c			   (dev), type, n  I2C sensor from sysfs (Linux 2.6). dev   
# 					may be omitted if you have only one I2C  
# 					device. type is either in (or vol)	   
# 					meaning voltage, fan meaning fan or
# 					temp/tempf (first in C, second in F)
# 					meaning temperature. n is number of the  
# 					sensor. See /sys/bus/i2c/devices/ on	 
# 					your local computer.					 
# 	if_running		(process)	 if PROCESS is running, display
# 					everything if_running and the matching $endif
# 	if_existing	   (file)		if FILE exists, display everything between
# 					if_existing and the matching $endif
# 	if_mounted		(mountpoint)  if MOUNTPOINT is mounted, display everything between
# 					if_mounted and the matching $endif
# 	else							Text to show if any of the above are not true
# 	kernel						  Kernel version						  
# 	linkstatus		(interface)   Get the link status for wireless connections
# 	loadavg		   (1), (2), (3) System load average, 1 is for past 1	 
# 					minute, 2 for past 5 minutes and 3 for   
# 					past 15 minutes.						 
# 	machine						 Machine, i686 for example				
# 	mails						   Mail count in mail spool. You can use	
# 					program like fetchmail to get mails from 
# 					some server using your favourite		 
# 					protocol. See also new_mails.			
# 	mem							 Amount of memory in use				  
# 	membar			(height)	  Bar that shows amount of memory in use   
# 	memmax						  Total amount of memory				   
# 	memperc						 Percentage of memory in use
# 	
# 	metar_ob_time
# 	metar_temp
# 	metar_tempf					 Temp in F
# 	metar_windchill
# 	metar_dew_point				 There are a bunch of these
# 	metar_rh						and they are self-explanatory
# 	metar_windspeed
# 	metar_winddir
# 	metar_swinddir
# 	metar_cloud
# 	metar_u2d_time
# 	
# 	ml_upload_counter			   total session upload in mb
# 	ml_download_counter			 total session download in mb
# 	ml_nshared_files				number of shared files
# 	ml_shared_counter			   total session shared in mb, buggy
# 					in some mldonkey versions
# 	ml_tcp_upload_rate			  tcp upload rate in kb/s
# 	ml_tcp_download_rate			tcp download rate in kb/s
# 	ml_udp_upload_rate			  udp upload rate in kb/s
# 	ml_udp_download_rate			udp download rate in kb/s
# 	ml_ndownloaded_files			number of completed files
# 	ml_ndownloading_files		   number of downloading files
# 	
# 	mpd_artist			Artist in current MPD song
# 					(must be enabled at compile)
# 	mpd_album			Album in current MPD song
# 	mpd_bar		   (height)	  Bar of mpd's progress
# 	mpd_bitrate					 Bitrate of current song
# 	mpd_status					  Playing, stopped, et cetera.
# 	mpd_title			Title of current MPD song
# 	mpd_vol				MPD's volume
# 	mpd_elapsed					 Song's elapsed time
# 	mpd_length					  Song's length
# 	mpd_percent					 Percent of song's progress
# 	new_mails					   Unread mail count in mail spool.		 
# 	nodename						Hostname								 
# 	outlinecolor	  (color)	   Change outline color					 
# 	pre_exec		  shell command Executes a shell command one time before 
# 					conky displays anything and puts output 
# 					as text.								 
# 	processes					   Total processes (sleeping and running)   
# 	running_processes			   Running processes (not sleeping),		
# 					requires Linux 2.6					   
# 	shadecolor		(color)	   Change shading color					 
# 	stippled_hr	   (space),	  Stippled (dashed) horizontal line		
# 			(height)		
# 	swapbar		   (height)	  Bar that shows amount of swap in use	 
# 	swap							Amount of swap in use					
# 	swapmax						 Total amount of swap					 
# 	swapperc						Percentage of swap in use				
# 	sysname						 System name, Linux for example		   
# 	offset			pixels		Move text over by N pixels
# 	tail			  logfile, lines (interval)
# 					Displays last N lines of supplied text
# 					text file.  If interval is not supplied,
# 					Conky assumes 2x Conky's interval.
# 					Max of 30 lines.
# 					Max of 30 lines can be displayed.
# 	time			  (format)	  Local time, see man strftime to get more 
# 					information about format				 
# 	totaldown		 net		   Total download, overflows at 4 GB on	 
# 					Linux with 32-bit arch and there doesn't 
# 					seem to be a way to know how many times  
# 					it has already done that before conky   
# 					has started.							
# 	top			   type, num	 This takes arguments in the form:
# 					top <name> <number>
# 					Basically, processes are ranked from 
# 					highest to lowest in terms of cpu
# 					usage, which is what <num> represents.
# 					The types are: "name", "pid", "cpu", and
# 					"mem".
# 					There can be a max of 10 processes listed.
# 	top_mem		   type, num	 Same as top, except sorted by mem usage
# 					instead of cpu
# 	totalup		   net		   Total upload, this one too, may overflow 
# 	updates						 Number of updates (for debugging)		
# 	upspeed		   net		   Upload speed in kilobytes				
# 	upspeedf		  net		   Upload speed in kilobytes with one	   
# 					decimal								  
# 	upspeedgraph	  net (height),(width)  (gradient colour 1) (gradient colour 2)
# 					Upload speed graph, colours defined in
# 					hex, minus the #.
# 	uptime						  Uptime								   
# 	uptime_short					Uptime in a shorter format			   
# 	
# 	seti_prog					   Seti@home current progress
# 	seti_progbar	  (height)	  Seti@home current progress bar
# 	seti_credit					 Seti@hoome total user credit

# variable is given either in format $variable or in ${variable}. Latter
# allows characters right after the variable and must be used in network
# stuff because of an argument


#If you want wireless net work add this:(remove the #)

#${color #ffccaa}Wireless Network:
#${color #888888}ip address: ${color #CCCCCC}${addr wlan0}
#${color #888888}essid: $color${execi 5 iwconfig wlan0 | sed 's/  /\n/g' | grep ESSID | sed 's/ESSID:"//'| sed 's/"//'}
#${color #888888}link status: $color${execi 2 iwconfig wlan0 | sed 's/  /\n/g' | grep Quality | sed 's/Link Quality://' | sed 's/Link Quality=//' | sed 's/ //g' } ${color #C2C3F3}s: $color${execi 5 iwconfig wlan0 | sed 's/  /\n/g' | grep Signal | sed 's/Signal level=//' | sed 's/Signal level://' }
#${color #888888}total download: ${color #CCCCCC}${totaldown wlan0}	 
#${color #888888}download speed: ${color #CCCCCC}${downspeed wlan0} k/s	
#${color #888888}${downspeedgraph wlan0 25,100 ff0000 0000ff}
#${color #888888}total upload: ${color #CCCCCC}${totalup wlan0}
#${color #888888}upload speed: ${color #CCCCCC}${upspeed wlan0} k/s
#${color #888888}${upspeedgraph wlan0 25,100 0000ff ff0000}	 
#${color white}${hr 1}




# Create own window instead of using desktop (required in nautilus)
own_window yes
own_window_hints undecorated,below,skip_taskbar
background no

# Use double buffering (reduces flicker, may not work for everyone)
double_buffer yes

# fiddle with window
use_spacer yes
use_xft yes

# Update interval in seconds
update_interval 1.0

# Minimum size of text area
minimum_size 400 5

# Draw shades?
draw_shades yes

# Text stuff
draw_outline no # amplifies text if yes
draw_borders no

uppercase no # set to yes if you want all text to be in uppercase

# Stippled borders?
stippled_borders 8

# border margins
border_margin 4

# border width
border_width 1

# Default colors and also border colors, grey90 == #e5e5e5
default_color white
default_shade_color black
default_outline_color white

own_window_colour black
own_window_transparent yes

# Text alignment, other possible values are commented
#alignment top_left
alignment top_right
#alignment bottom_left
#alignment bottom_right

# Gap between borders of screen and text
gap_x 10
gap_y 10

# stuff after 'TEXT' will be formatted on screen

# Force UTF8? note that UTF8 support required XFT
override_utf8_locale yes

xftfont Terminus:size=8
xftalpha 0.8

TEXT

${offset 240}${color green}${time %a, } ${color }${time %e %B %G}
${offset 240}${color green}${time %Z,	}${color }${time %H:%M:%S}
${offset 240}${color green}UpTime: ${color }$uptime
${offset 240}${color green}Kern:${color }$kernel

${offset 240}${color green}CPU: ${color #CCCCCC}${freq cpu0} MHz
${offset 240}${color green}CPU total load:${color } $cpu%
${offset 240}${color green}Load CPU 1: ${color #CCCCCC}${cpu cpu0}%
${offset 240}${color green}Load CPU 2: ${color #CCCCCC}${cpu cpu1}%
${offset 240}${color green}CPU Temp:${color } ${acpitemp}C

${offset 240}${cpugraph 20,130 000000 ffffff}
${offset 240}${color green}Load: ${color }$loadavg
${offset 240}${color green}Processes: ${color }$processes  
${offset 240}${color green}Running:   ${color }$running_processes

${offset 240}${color green}Hard Drive Temp
${offset 240}${color green}sda Temp:${hddtemp /dev/sda}
${offset 240}${color green}sdb Temp:${hddtemp /dev/sdb}
${offset 240}${color green}sdc Temp:${hddtemp /dev/sdc}

${offset 240}${color green}Highest CPU:
${offset 240}${color red} ${top name 1}${top_mem cpu 1}
${offset 240}${color lightgrey} ${top name 2}${top cpu 2}
${offset 240}${color lightgrey} ${top name 3}${top cpu 3}
${offset 240}${color lightgrey} ${top name 4}${top cpu 4}

${offset 240}${color green}Highest MEM:
${offset 240}${color red} ${top_mem name 1}${top_mem mem 1}
${offset 240}${color lightgrey} ${top_mem name 2}${top_mem mem 2}
${offset 240}${color lightgrey} ${top_mem name 3}${top_mem mem 3}
${offset 240}${color lightgrey} ${top_mem name 4}${top_mem mem 4}

${offset 240}${color green}MEM:  ${color } $memperc% $mem/$memmax
${offset 240}${membar 3,100}
${offset 240}${color green}SWAP: ${color }$swapperc% $swap/$swapmax
${offset 240}${swapbar 3,100}

${offset 240}${color green}ROOT:	${color }${fs_free /}/${fs_size /}
${offset 240}${fs_bar 3,100 /}
${offset 240}${color green}HOME:  ${color }${fs_free /home}/${fs_size /home}
${offset 240}${fs_bar 3,100 /home}
${offset 240}${color green}NET: 
${offset 240}${color}Up: ${color }${upspeed eth0} k/s
${offset 240}${upspeedgraph eth0 20,130 000000 ffffff}
${offset 240}${color}Down: ${color }${downspeed eth0}k/s${color}
${offset 240}${downspeedgraph eth0 20,130 000000 ffffff}

${offset 240}${color green}File System
${offset 240}${color green}$fs_type

 

Hadde vert supert vist noen er kunne hjulpet meg med dette.

Endret 16. november 2008 av mowdy

[Goophy]

Hva med å bare gjøre det enkelt og kjøre exec på sensors og grep CPU Temp?

Eventuelt kan du bruke i2c-variabelen hvis sensorene dine støtter slikt.

 

Gir acpi -t deg noe output?

[mowdy]

Hva med å bare gjøre det enkelt og kjøre exec på sensors og grep CPU Temp?

Eventuelt kan du bruke i2c-variabelen hvis sensorene dine støtter slikt.

 

Gir acpi -t deg noe output?

 

nei dårlig med det:

acpi -t

No support for device type: thermal

 

men skal prøve det med exec så for se om eg får det til

[mowdy]

ok no la eg til:

${offset 240}${exec sensors}

 

men då får eg jo opp hele listen,skal bare ha mb og cpu temp og får ikkje til det med grep.

 

kan du hjelpe meg med den?

[Goophy]

${exec sensors | grep 'CPU Temp'}

Eller bare Temp om du vil ha med begge, så kan du bruke sed, awk eller hva du enn liker best for regexp om du vil fjerne uønsket tekst.

Endret 15. november 2008 av Goophy

[mowdy]

Ok takk for hjelpen

[mowdy]

må bare legge til at det var mye lettere med comandoen cut,sikkert for eg aldri har brukt dei 2 andre då men men.sånn blei det

 

${offset 240}${color green}CPU Temp: ${color #CCCCCC}${exec sensors | grep 'CPU Temp' | cut -c14-21}
${offset 240}${color green}M/B Temp: ${color #CCCCCC}${exec sensors | grep 'M/B Temp' | cut -c14-21}

 

Men en ting eg glemte var jo GPU tempen.

noen som kan hjelpe med den?

 

Er forresten nvidia 6800GT

Endret 16. november 2008 av mowdy

[Goophy]

nvclock -i | grep GPU

[mowdy]

nvclock -i | grep GPU

Konge!

Då var alt på plass