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| /Designs/galileo_experiment/DOC/gnuplot/olbramovice_benesov.txt |
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| File deleted |
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| ===================================================================
|
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| --- DOC/gnuplot/plot.gp (revision 1500) |
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| +++ DOC/gnuplot/plot.gp (nonexistent) |
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| @@ -1,19 +0,0 @@ |
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| -set terminal png |
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| -set xlabel "time[s]" |
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| -set ylabel "acceleration [g]" |
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| -#set yrange [-1:1] |
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| -set autoscale y |
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| - |
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| - |
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| -#plot data transformed to G units. (3,3V/1024 * 0.8V/G) |
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| -k=3.3/1024.0*0.8 # sensitivity constant |
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| -zero_gravity=512.0 |
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| - |
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| -set output "sobeslav_tabor.png" |
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| -plot "sobeslav_tabor.txt" using 1:(($2-zero_gravity)*k):($3*k) with errorbars title "X", "" using 1:(($4-zero_gravity)*k):($5*k) with errorbars title "Y", "" using 1:(($6-zero_gravity)*k):($7*k) with errorbars title "Z" |
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| - |
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| -set output "tabor_olbramovice.png" |
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| -plot "tabor_olbramovice.txt" using 1:(($2-zero_gravity)*k):($3*k) with errorbars title "X", "" using 1:(($4-zero_gravity)*k):($5*k) with errorbars title "Y", "" using 1:(($6-zero_gravity)*k):($7*k) with errorbars title "Z" |
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| - |
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| -set output "olbramovice_benesov.png" |
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| -plot "olbramovice_benesov.txt" using 1:(($2-zero_gravity)*k):($3*k) with errorbars title "X", "" using 1:(($4-zero_gravity)*k):($5*k) with errorbars title "Y", "" using 1:(($6-zero_gravity)*k):($7*k) with errorbars title "Z" |
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| /Designs/galileo_experiment/DOC/gnuplot/tabor_olbramovice.txt |
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| File deleted |
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| ===================================================================
|
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| --- PrjInfo.txt (revision 1500) |
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| +++ PrjInfo.txt (nonexistent) |
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| @@ -1,14 +0,0 @@ |
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| - |
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| -[InfoShortDescription.en] |
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| -Simple test of accelerometer module (GSENSE01A + PIC18F4550) |
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| - |
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| -[InfoShortDescription.cs] |
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| -Jednoduche demo modulu GSENSE01A spolecne s PIC18F4550. |
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| - |
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| -[InfoLongDescription.en] |
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| -This construction takes data from accelerometer and compute sum of quadratic error to determine accuracy then send result to the PC via USB. Its simple - this construction was created during trip on train :) |
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| - |
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| -[InfoLongDescription.cs] |
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| -Mikroprocesor přímo čte hodnoty z akcelerometru a počítá střední kvadratickou odchylku jako odhad chyby. Potom odešle data do PC přes USB pro další zpracování. Zřízení bylo zkonstruováno během cesty vlakem. |
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| - |
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| -[End] |
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