Grap macro.
This commit is contained in:
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7b86fc1b29
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00a5531b73
@ -24,46 +24,15 @@ copy "../data/fifo_partitions.d" thru X
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y_scale = 1000
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## fifo1 fifo5 fifo10 fifo20
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#line from cx,$2/y_scale to cx,$4/y_scale
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#line from cx,$5/y_scale to cx,$7/y_scale
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#line from cx,$8/y_scale to cx,$10/y_scale
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#line from cx,$11/y_scale to cx,$13/y_scale
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# Since the first access to the data is massively slower than the
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# following retrivials, the mustache doesn't provide a better
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# understanding of the data.
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#ty = $3
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line_no_mustache(cbfifo1, obfifo1, $3, red)
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line_no_mustache(cbfifo5, obfifo5, $6, green)
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line_no_mustache(cbfifo10, obfifo10, $9, black)
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line_no_mustache(cbfifo20, obfifo20, $12, pink)
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cbfifo1 = $3/y_scale
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cbfifo5 = $6/y_scale
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cbfifo10 = $9/y_scale
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cbfifo20 = $12/y_scale
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.gcolor red
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if (obfifo1 > 0) then {line from cx,cbfifo1 to ox,obfifo1}
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.gcolor
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.gcolor green
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if (obfifo5 > 0) then {line from cx,cbfifo5 to ox,obfifo5}
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.gcolor
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if (obfifo10 > 0) then {line from cx,cbfifo10 to ox,obfifo10}
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.gcolor pink
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if (obfifo20 > 0) then {line from cx,cbfifo20 to ox,obfifo20}
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.gcolor
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obfifo1 = cbfifo1
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obfifo5 = cbfifo5
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obfifo10 = cbfifo10
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obfifo20 = cbfifo20
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ox = cx
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# fifo1 fifo5 fifo10 fifo20
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.gcolor red
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bullet at cx,cbfifo1
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.gcolor
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.gcolor green
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bullet at cx,cbfifo5
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.gcolor
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bullet at cx,cbfifo10
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.gcolor pink
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bullet at cx,cbfifo20
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.gcolor
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X
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.G2
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@ -23,46 +23,15 @@ copy "../data/fifo_tags.d" thru X
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y_scale = 1000
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## fifo1 fifo5 fifo10 fifo20
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#line from cx,$2/y_scale to cx,$4/y_scale
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#line from cx,$5/y_scale to cx,$7/y_scale
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#line from cx,$8/y_scale to cx,$10/y_scale
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#line from cx,$11/y_scale to cx,$13/y_scale
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# Since the first access to the data is massively slower than the
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# following retrivials, the mustache doesn't provide a better
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# understanding of the data.
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#ty = $3
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line_no_mustache(cbfifo1, obfifo1, $3, red)
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line_no_mustache(cbfifo5, obfifo5, $6, green)
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line_no_mustache(cbfifo10, obfifo10, $9, black)
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line_no_mustache(cbfifo20, obfifo20, $12, pink)
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cbfifo1 = $3/y_scale
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cbfifo5 = $6/y_scale
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cbfifo10 = $9/y_scale
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cbfifo20 = $12/y_scale
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.gcolor red
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if (obfifo1 > 0) then {line from cx,cbfifo1 to ox,obfifo1}
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.gcolor
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.gcolor green
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if (obfifo5 > 0) then {line from cx,cbfifo5 to ox,obfifo5}
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.gcolor
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if (obfifo10 > 0) then {line from cx,cbfifo10 to ox,obfifo10}
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.gcolor pink
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if (obfifo20 > 0) then {line from cx,cbfifo20 to ox,obfifo20}
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.gcolor
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obfifo1 = cbfifo1
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obfifo5 = cbfifo5
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obfifo10 = cbfifo10
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obfifo20 = cbfifo20
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ox = cx
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# fifo1 fifo5 fifo10 fifo20
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.gcolor red
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bullet at cx,cbfifo1
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.gcolor
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.gcolor green
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bullet at cx,cbfifo5
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.gcolor
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bullet at cx,cbfifo10
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.gcolor pink
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bullet at cx,cbfifo20
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.gcolor
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X
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.G2
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@ -1,8 +1,7 @@
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.G1
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copy "legend.grap"
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frame invis ht 3 wid 4 left solid bot solid
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coord x 0,5000*2 y 0,350
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ticks left out from 0 to 350 by 50
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coord x 0,5000*2 y 0.05,350 log y
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ticks bot out from 1000 to 10000 by 1000
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label left "Request duration" unaligned "for a partition (ms)" "(Median)" left 0.8
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@ -13,64 +12,29 @@ cbram = cbuncache = cbfifo = cbcache = cbsemi = 0
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legendxleft = 1000
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legendxright = 6500
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legendyup = 330
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legendydown = 230
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legendyup = 0.01
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legendydown = 0.0001
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boite(legendxleft,legendxright,legendyup,legendydown)
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legend(legendxleft,legendxright,legendyup,legendydown)
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#boite(legendxleft,legendxright,legendyup,legendydown)
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#legend(legendxleft,legendxright,legendyup,legendydown)
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copy "../data/partitions.d" thru X
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cx = $1*2
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y_scale = 1000000
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# ram cached fifo semi uncached
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line from cx,$2/y_scale to cx,$4/y_scale
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line from cx,$5/y_scale to cx,$7/y_scale
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line from cx,$8/y_scale to cx,$10/y_scale
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line from cx,$11/y_scale to cx,$13/y_scale
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line from cx,$14/y_scale to cx,$16/y_scale
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line_no_mustache(cbram, obram, $3, red)
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line_no_mustache(cbcache, obcache, $6, black)
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line_no_mustache(cbfifo, obfifo, $9, pink)
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line_no_mustache(cbsemi, obsemi, $12, blue)
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line_no_mustache(cbuncache, obuncache, $15, green)
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#ty = $3
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#line_with_mustache(cbram, obram, $3, red, $2, $4)
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#line_with_mustache(cbcache, obcache, $6, black, $5, $7)
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#line_with_mustache(cbfifo, obfifo, $9, pink, $8, $10)
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#line_with_mustache(cbsemi, obsemi, $12,blue, $11, $13)
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#line_with_mustache(cbuncache,obuncache,$15,green, $14, $16)
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cbram = $3/y_scale
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cbcache = $6/y_scale
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cbfifo = $9/y_scale
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cbsemi = $12/y_scale
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cbuncache = $15/y_scale
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if (obram > 0) then {line from cx,cbram to ox,obram}
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if (obcache > 0) then {line from cx,cbcache to ox,obcache}
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.gcolor pink
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if (obfifo > 0) then {line from cx,cbfifo to ox,obfifo}
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.gcolor
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.gcolor blue
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if (obsemi > 0) then {line from cx,cbsemi to ox,obsemi}
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.gcolor
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.gcolor green
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if (obuncache > 0) then {line from cx,cbuncache to ox,obuncache}
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.gcolor
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obram = cbram
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obcache = cbcache
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obfifo = cbfifo
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obsemi = cbsemi
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obuncache = cbuncache
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ox = cx
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# ram cached fifo semi uncached
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.gcolor red
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bullet at cx,cbram
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.gcolor
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bullet at cx,cbcache
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.gcolor pink
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bullet at cx,cbfifo
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.gcolor
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.gcolor blue
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bullet at cx,cbsemi
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.gcolor
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.gcolor green
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bullet at cx,cbuncache
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.gcolor
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X
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.G2
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@ -23,53 +23,18 @@ copy "../data/tags.d" thru X
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y_scale = 1000000
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# ram cached fifo semi uncached
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line from cx,$2/y_scale to cx,$4/y_scale
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line from cx,$5/y_scale to cx,$7/y_scale
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line from cx,$8/y_scale to cx,$10/y_scale
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line from cx,$11/y_scale to cx,$13/y_scale
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line from cx,$14/y_scale to cx,$16/y_scale
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#line_no_mustache(cbram, obram, $3, red)
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#line_no_mustache(cbcache, obcache, $6, black)
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#line_no_mustache(cbfifo, obfifo, $9, pink)
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#line_no_mustache(cbsemi, obsemi, $12, blue)
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#line_no_mustache(cbuncache, obuncache, $15, green)
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#ty = $3
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line_with_mustache(cbram, obram, $3, red, $2, $4)
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line_with_mustache(cbcache, obcache, $6, black, $5, $7)
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line_with_mustache(cbfifo, obfifo, $9, pink, $8, $10)
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line_with_mustache(cbsemi, obsemi, $12,blue, $11, $13)
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line_with_mustache(cbuncache,obuncache,$15,green, $14, $16)
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cbram = $3/y_scale
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cbcache = $6/y_scale
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cbfifo = $9/y_scale
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cbsemi = $12/y_scale
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cbuncache = $15/y_scale
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if (obram > 0) then {line from cx,cbram to ox,obram}
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if (obcache > 0) then {line from cx,cbcache to ox,obcache}
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.gcolor pink
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if (obfifo > 0) then {line from cx,cbfifo to ox,obfifo}
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.gcolor
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.gcolor blue
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if (obsemi > 0) then {line from cx,cbsemi to ox,obsemi}
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.gcolor
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.gcolor green
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if (obuncache > 0) then {line from cx,cbuncache to ox,obuncache}
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.gcolor
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obram = cbram
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obcache = cbcache
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obfifo = cbfifo
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obsemi = cbsemi
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obuncache = cbuncache
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ox = cx
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# ram cached fifo semi uncached
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.gcolor red
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bullet at cx,cbram
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.gcolor
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bullet at cx,cbcache
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.gcolor pink
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bullet at cx,cbfifo
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.gcolor
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.gcolor blue
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bullet at cx,cbsemi
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.gcolor
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.gcolor green
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bullet at cx,cbuncache
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.gcolor
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X
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.G2
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@ -10,6 +10,18 @@ define boite {
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line from xright,yup to xright,ydown
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}
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define legend_line {
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cy = $1
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lstartx = $2
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lendx = $3
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tstartx = $4
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.gcolor $5
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line from lstartx,cy to lendx,cy
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.gcolor
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$6 ljust at tstartx,cy
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}
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define legend {
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xleft = $1
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xright = $2
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@ -28,28 +40,15 @@ define legend {
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tstartx = lendx + diffx/20
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.ps -2
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.gcolor red
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line from lstartx,cy to lendx,cy
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.gcolor
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"RAM only" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,red,"RAM only")
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cy = cy - hdiff
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line from lstartx,cy to lendx,cy
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"Cached db and index" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,black,"Cached db and index")
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cy = cy - hdiff
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.gcolor pink
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line from lstartx,cy to lendx,cy
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.gcolor
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"FIFO db and cached index" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,pink,"FIFO db and cached index")
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cy = cy - hdiff
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.gcolor blue
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line from lstartx,cy to lendx,cy
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.gcolor
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"Uncached db, cached index" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,blue,"Uncached db, cached index")
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cy = cy - hdiff
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.gcolor green
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line from lstartx,cy to lendx,cy
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.gcolor
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"Uncached db and index" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,green,"Uncached db and index")
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.ps +2
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}
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@ -71,23 +70,13 @@ define legend_common {
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tstartx = lendx + diffx/20
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.ps -2
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.gcolor red
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line from lstartx,cy to lendx,cy
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.gcolor
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"1k" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,red,"1k")
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cy = cy - hdiff
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.gcolor green
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line from lstartx,cy to lendx,cy
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.gcolor
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"5k" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,green,"5k")
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cy = cy - hdiff
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line from lstartx,cy to lendx,cy
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"10k" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,black,"10k")
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cy = cy - hdiff
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.gcolor pink
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line from lstartx,cy to lendx,cy
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.gcolor
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"20k" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,pink,"20k")
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.ps +2
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}
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@ -110,14 +99,36 @@ define legend_fifo_addition {
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.ps -2
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cy = cy - hdiff
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.gcolor orange
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line from lstartx,cy to lendx,cy
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.gcolor
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"basic FIFO" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,orange,"Basic FIFO")
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cy = cy - hdiff
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.gcolor green
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line from lstartx,cy to lendx,cy
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.gcolor
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"Efficient FIFO" ljust at tstartx,cy
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legend_line(cy,lstartx,lendx,tstartx,green,"Efficient FIFO")
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.ps +2
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}
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# WARNING: this macro uses "cx" (current x), y_scale and "ox" (old x).
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define line_no_mustache {
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# $1 = cbram
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# $2 = obram
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# $3 = column
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# $4 = color
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$1 = $3/y_scale
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.gcolor $4
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if ($2 > 0) then {line from cx,$1 to ox,$2}
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bullet at cx,$1
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.gcolor
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$2 = $1
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}
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# WARNING: this macro uses "cx" (current x), y_scale and "ox" (old x).
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define line_with_mustache {
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# $1 = cbram
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# $2 = obram
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# $3 = column
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# $4 = color
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# $5 = column mustache 1
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# $6 = column mustache 2
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line_no_mustache($1,$2,$3,$4)
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line from cx,$5/y_scale to cx,$6/y_scale
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}
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@ -943,7 +943,7 @@ The experiment starts with a database containing 1,000 cars and goes up to 250,0
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.so graph_query_index.grap
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.ps \n[PS]
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.QP
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This first figure shows the request durations to retrieve data based on a basic index with a database containing up to 250k entries.
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This figure shows the request durations to retrieve data based on a basic index with a database containing up to 250k entries.
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.QE
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Since there is only one value to retrieve, the request is quick and time is almost constant.
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@ -1059,7 +1059,7 @@ The following figures show the performance of the common database depending on t
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.so graph_fifo_query_index.grap
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.ps \n[PS]
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.QP
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This first figure shows the request durations to retrieve data based on a basic index with a database containing up to 250k entries.
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This figure shows the request durations to retrieve data based on a basic index with a database containing up to 250k entries.
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.QE
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.EQ
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delim $$
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@ -1077,7 +1077,7 @@ delim off
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.so graph_fifo_query_partition.grap
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.ps \n[PS]
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.QP
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This first figure shows the request durations to retrieve data based on a partition containing up to 10k entries.
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This figure shows the request durations to retrieve data based on a partition containing up to 10k entries.
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.QE
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As we see in the figure, the duration for data retrieval grows almost linearly for databases with a sufficient cache size (starting with 10k entries).
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When the cache size is not sufficient, the requests are hundred times slower, which explain why the database with a cache size of one thousand entries isn't even represented in the graph, and why the 5k database has great results up to 5k partitions.
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@ -1085,5 +1085,6 @@ When the cache size is not sufficient, the requests are hundred times slower, wh
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.so graph_fifo_query_tag.grap
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.ps \n[PS]
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.QP
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This first figure shows the request durations to retrieve data based on a tag containing up to 5k entries.
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This figure shows the request durations to retrieve data based on a tag containing up to 5k entries.
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.QE
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As for partitions, the response time depends on the number of entries to retrieve and the duration increases linearly with the number of elements.
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Block a user