Tag: including

I have a graph of a sample that was measured three times under the same conditions.

How can I represent the mean adjusted chart values ​​with error bars (standard deviation) at 0.1, 0.2, 0.3, 0.4 and 0.5 percentages of strain?

Adapted graph from the 3 measuring cycle

The 3 measurements:

show[Plot[{model[x] /. sol2MACD60A10x1cm,
model[x] /. sol2MACD60B10x1cm, model[x] /. sol2MACD60C10x1cm}, {x,
0, 0.5}, PlotLegends -> {"Cycle 1", "Cycle 2", "Cycle 3"}],
AxesLabel -> {"Strain", "Resistance"},
PlotLabel -> "Strain Resistance Curve (Hysteresis)"]

I managed to find the middle adjusted graph, but need help to draw it with the error display from 0.1 to 0.5.

The middle adjusted graphic:

    show[Plot[{Try1}, {x, 0, 0.5}, PlotLegends -> {"Mean fit graph"}],
AxesLabel -> {"Strain", "R"},
PlotLabel -> "Strain Resistance Curve (Hysteresis)"]

I calculated the SD value in 0.1 to 0.5 and then plotted it in the middle adjusted graph.

I appreciate some advice. Many Thanks.

        0.1
in the[432]: = SD10x1dot1 =
To join[{NewCD60A10x1cm[[1180]], NewCD60B10x1cm[[1180]],
NeuCD60C10x1cm[[1180]]}]out[432]= {{0.101709, 0.617623}, {0.100898, 0.516713}, {0.100705, 0.627334}}

in the[478]: = Errordot1 = DefaultDeviation[SD10x1dot1]

    out[478]= {0.000532548, 0.0612569}

0.2
in the[476]: = SD10x1dot2 =
To join[{NewCD60A10x1cm[[2400]], NewCD60B10x1cm[[2400]],
NeuCD60C10x1cm[[2400]]}]out[476]{{0206773, 0.841482}, {0.205343, 0.787624}, {0.205157, 0.893691}}

in the[492]: = Errordot2 = StandardDeviation[SD10x1dot2]

    out[492]= {0.00127734, 0.0550183}



0.3
in the[490]: = SD10x1dot3 =
To join[{NewCD60A10x1cm[[3550]], NewCD60B10x1cm[[3550]],
NeuCD60C10x1cm[[3550]]}]out[490]= {{0.305896, 1.00869}, {0.303791, 0.927175}, {0.30359, 1.03194}}

in the[491]: = Errordot3 = StandardDeviation[SD10x1dot3]

    out[491]= {0.00127734, 0.0550183}

0.4
in the[490]: = SD10x1dot4 =
To join[{NewCD60A10x1cm[[3550]], NewCD60B10x1cm[[3550]],
NeuCD60C10x1cm[[3550]]}]out[490]= {{0.305896, 1.00869}, {0.303791, 0.927175}, {0.30359, 1.03194}}

in the[491]: = Errordot4 = DefaultDeviation[SD10x1dot3]

    out[491]= {0.00127734, 0.0550183}

0.4

in the[501]: = SD10x1dot4 =
To join[{NewCD60A10x1cm[[4650]], NewCD60B10x1cm[[4650]],
NeuCD60C10x1cm[[4650]]}]out[501]= {{0.400781, 1.06205}, {0.397858, 0.932105}, {0.397774, 1.0753}}

in the[502]: = Errordot4 = DefaultDeviation[SD10x1dot4]

    out[502]= {0.00171254, 0.0791255}

0.5

in the[509]: = SD10x1dot5 =
To join[{NewCD60A10x1cm[[5850]], NewCD60B10x1cm[[5850]],
NeuCD60C10x1cm[[5850]]}]out[509]{{0.504179, 1.09402}, {0.500346, 0.984332}, {0.500377, 1.17127}}

in the[510]: = Errordot5 = DefaultDeviation[SD10x1dot5]

    out[510]= {0.00171254, 0.0791255}

in the[535]: = totalerror = {Errordot1, Errordot2, Errordot3, Errordot4,
Errordot5}

out[535]= {{0.000532548, 0.0612569}, {0.00127734,
0.0550183}, {0.00127734, 0.0550183}, {0.00171254,
0.0791255}, {0.00171254, 0.0791255}}