RRDGRAPH_EXAMPLES(1)                rrdtool               RRDGRAPH_EXAMPLES(1)



NNAAMMEE
       rrdgraph_examples - Examples for rrdtool graph

SSYYNNOOPPSSIISS
       rrrrddttooooll ggrraapphh //hhoommee//hhttttppdd//hhttmmll//tteesstt..ppnngg ----iimmgg--ffoorrmmaatt PPNNGG

       followed by any of the examples below

DDEESSCCRRIIPPTTIIOONN
       For your convenience some of the commands are explained here by using
       detailed examples. They are not always cut-and-paste ready because
       comments are intermixed with the examples.

EEXXAAMMPPLLEESS
   DDaattaa wwiitthh mmuullttiippllee rreessoolluuttiioonnss
           --end now --start end-120000s --width 400
           DEF:ds0a=/home/rrdtool/data/router1.rrd:ds0:AVERAGE
           DEF:ds0b=/home/rrdtool/data/router1.rrd:ds0:AVERAGE:step=1800
           DEF:ds0c=/home/rrdtool/data/router1.rrd:ds0:AVERAGE:step=7200
           LINE1:ds0a#0000FF:"default resolution\l"
           LINE1:ds0b#00CCFF:"resolution 1800 seconds per interval\l"
           LINE1:ds0c#FF00FF:"resolution 7200 seconds per interval\l"

   NNiicceellyy ffoorrmmaatttteedd lleeggeenndd sseeccttiioonn
           DEF:ds0=/home/rrdtool/data/router1.rrd:ds0:AVERAGE
           DEF:ds1=/home/rrdtool/data/router1.rrd:ds1:AVERAGE
           VDEF:ds0max=ds0,MAXIMUM
           VDEF:ds0avg=ds0,AVERAGE
           VDEF:ds0min=ds0,MINIMUM
           VDEF:ds0pct=ds0,95,PERCENT
           VDEF:ds1max=ds1,MAXIMUM
           VDEF:ds1avg=ds1,AVERAGE
           VDEF:ds1min=ds1,MINIMUM
           VDEF:ds1pct=ds1,95,PERCENT

       Note: consolidation occurs here.

           CDEF:ds0bits=ds0,8,*
           CDEF:ds1bits=ds1,8,*

       Note: 10 spaces to move text to the right

           COMMENT:"          "

       Note: the column titles have to be as wide as the columns

           COMMENT:"Maximum    "
           COMMENT:"Average    "
           COMMENT:"Minimum    "

           COMMENT:"95th percentile\l"
           AREA:ds0bits#00C000:"Inbound "
           GPRINT:ds0max:"%6.2lf %Sbps"
           GPRINT:ds0avg:"%6.2lf %Sbps"
           GPRINT:ds0min:"%6.2lf %Sbps"
           GPRINT:ds0pct:"%6.2lf %Sbps\l"
           LINE1:ds1bits#0000FF:"Outbound"
           GPRINT:ds1max:"%6.2lf %Sbps"
           GPRINT:ds1avg:"%6.2lf %Sbps"
           GPRINT:ds1min:"%6.2lf %Sbps"
           GPRINT:ds1pct:"%6.2lf %Sbps\l"

   OOffffsseettttiinngg aa lliinnee oonn tthhee yy--aaxxiiss
       Depending on your needs you can do this in two ways:

       ·   Offset the data, then graph this

               DEF:mydata=my.rrd:ds:AVERAGE

           Note: this will also influence any other command that uses "data"

               CDEF:data=mydata,100,+
               LINE1:data#FF0000:"Data with offset"

       ·   Graph the original data, with an offset

               DEF:mydata=my.rrd:ds:AVERAGE

           Note: no color in the first line so it is not visible

               LINE1:100

           Note: the second line gets stacked on top of the first one

               LINE1:mydata#FF0000:"Data with offset":STACK

   DDrraawwiinngg ddaasshheedd lliinneess
       Also works for HRULE and VRULE

       ·   default style: -- -- -- -- --

               LINE1:data#FF0000:"dashed line":dashes

       ·   more fancy style with offset: -- --  ------ --  ------ --

               LINE1:data#FF0000:"another dashed line":dashes=15,5,5,10:dash-offset=10

   TTiimmee rraannggeess
           Last four weeks: --start end-4w --end 00:00
           January 2001:    --start 20010101 --end start+31d
           January 2001:    --start 20010101 --end 20010201
           Last hour:       --start end-1h
           Last 24 hours:   <nothing at all>
           Yesterday:       --end 00:00

   VViieewwiinngg tthhee ccuurrrreenntt aanndd pprreevviioouuss wweeeekk ttooggeetthheerr
           --end now --start end-1w
           DEF:thisweek=router.rrd:ds0:AVERAGE
           DEF:lastweek=router.rrd:ds0:AVERAGE:end=now-1w:start=end-1w

       Shift the data forward by one week (604800 seconds)

           SHIFT:lastweek:604800
           [ more of the usual VDEF and CDEF stuff if you like ]
           AREA:lastweek#0000FF:Last\ week
           LINE1:thisweek#FF0000:This\ week

   AAbbeerrrraanntt BBeehhaavviioouurr DDeetteeccttiioonn
       If the specialized function RRRRAAss exist for aberrant behavior detection,
       they can be used to generate the graph of a time series with confidence
       bands and failures.

          rrdtool graph example.png \
                 DEF:obs=monitor.rrd:ifOutOctets:AVERAGE \
                 DEF:pred=monitor.rrd:ifOutOctets:HWPREDICT \
                 DEF:dev=monitor.rrd:ifOutOctets:DEVPREDICT \
                 DEF:fail=monitor.rrd:ifOutOctets:FAILURES \
                 TICK:fail#ffffa0:1.0:"Failures\: Average bits out" \
                 CDEF:scaledobs=obs,8,* \
                 CDEF:upper=pred,dev,2,*,+ \
                 CDEF:lower=pred,dev,2,*,- \
                 CDEF:scaledupper=upper,8,* \
                 CDEF:scaledlower=lower,8,* \
                 LINE2:scaledobs#0000ff:"Average bits out" \
                 LINE1:scaledupper#ff0000:"Upper Confidence Bound: Average bits out" \
                 LINE1:scaledlower#ff0000:"Lower Confidence Bound: Average bits out"

       This example generates a graph of the data series in blue (LINE2 with
       the scaledobs virtual data source), confidence bounds in red
       (scaledupper and scaledlower virtual data sources), and potential
       failures (i.e. potential aberrant aberrant behavior) marked by vertical
       yellow lines (the fail data source).

       The raw data comes from an AVERAGE RRRRAA, the finest resolution of the
       observed time series (one consolidated data point per primary data
       point). The predicted (or smoothed) values are stored in the HWPREDICT
       RRRRAA. The predicted deviations (think standard deviation) values are
       stored in the DEVPREDICT RRRRAA. Finally, the FAILURES RRRRAA contains
       indicators, with 1 denoting a potential failure.

       All of the data is rescaled to bits (instead of Octets) by multiplying
       by 8.  The confidence bounds are computed by an offset of 2 deviations
       both above and below the predicted values (the CDEFs upper and lower).
       Vertical lines indicated potential failures are graphed via the TICK
       graph element, which converts non-zero values in an RRRRAA into tick
       marks. Here an axis-fraction argument of 1.0 means the tick marks span
       the entire y-axis, and hence become vertical lines on the graph.

       The choice of 2 deviations (a scaling factor) matches the default used
       internally by the FAILURES RRRRAA. If the internal value is changed (see
       rrdtune), this graphing command should be changed to be consistent.

       _A _n_o_t_e _o_n _d_a_t_a _r_e_d_u_c_t_i_o_n_:

       The rrrrddttooooll _g_r_a_p_h command is designed to plot data at a specified
       temporal resolution, regardless of the actually resolution of the data
       in the RRD file.  This can present a problem for the specialized
       consolidation functions which maintain a one-to-one mapping between
       primary data points and consolidated data points. If a graph insists on
       viewing the contents of these RRRRAAss on a coarser temporal scale, the
       _g_r_a_p_h command tries to do something intelligent, but the confidence
       bands and failures no longer have the same meaning and may be
       misleading.

SSEEEE AALLSSOO
       rrdgraph gives an overview of how rrrrddttooooll ggrraapphh works.  rrdgraph_data
       describes DDEEFF,CCDDEEFF and VVDDEEFF in detail.  rrdgraph_rpn describes the RRPPNN
       language used in the xxDDEEFF statements.  rrdgraph_graph page describes
       all the graph and print functions.

AAUUTTHHOORR
       Program by Tobias Oetiker <tobi@oetiker.ch>

       This manual page by Alex van den Bogaerdt <alex@vandenbogaerdt.nl> with
       corrections and/or additions by several people



1.5.999                           2015-04-20              RRDGRAPH_EXAMPLES(1)
