Update documentation
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@ -9,7 +9,7 @@ Create formula
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Here you can enter up to 10 values (angles + gravity) that is then used to create the formula. Angles equal to zero will be regarded as empty even if there is a gravity reading.
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When you submit the values the device will try create a forumla with increasing level of complexity. It will start
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When you submit the values the device will try create a formula with increasing level of complexity. It will start
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with a order 2 formula and then try 3 and 4.
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Once the formula has been created it will validate the formula against the supplied angles/gravity and if there is a too
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@ -21,14 +21,14 @@ Under the Error Log you will also find hints to what problem the formula creator
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`CALC: Validation failed on angle 33.430000, deviation too large 3.14, formula order 2`
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This means that the angle 33.43 had a deviation of 5.8 SG and since the default threashold is 3, it will fail. You
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This means that the angle 33.43 had a deviation of 5.8 SG and since the default threshold is 3, it will fail. You
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can also see that it has failed on that point in both a order 2 and 4 formula.
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.. image:: images/qa_1.png
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:width: 400
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:alt: Example of deviating value
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So in this case you can either increase the threashold or remove the angle that has an issue. You can also
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So in this case you can either increase the threshold or remove the angle that has an issue. You can also
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use the graph on the calibration page to identify angles that is probably not correct.
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.. image:: images/formula2.png
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@ -201,17 +201,17 @@
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<span id="id1"></span><h1>Create formula<a class="headerlink" href="#create-formula" title="Permalink to this headline">¶</a></h1>
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<a class="reference internal image-reference" href="_images/formula1.png"><img alt="Formula data" src="_images/formula1.png" style="width: 800px;"/></a>
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<p>Here you can enter up to 10 values (angles + gravity) that is then used to create the formula. Angles equal to zero will be regarded as empty even if there is a gravity reading.</p>
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<p>When you submit the values the device will try create a forumla with increasing level of complexity. It will start
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<p>When you submit the values the device will try create a formula with increasing level of complexity. It will start
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with a order 2 formula and then try 3 and 4.</p>
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<p>Once the formula has been created it will validate the formula against the supplied angles/gravity and if there is a too
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high difference, it will fail. You can adjust the sensitivity under advanced settings if you have issues.</p>
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<p>Under the Error Log you will also find hints to what problem the formula creator encountered. Here is an example:</p>
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<p><cite>CALC: Validation failed on angle 33.430000, deviation too large 5.86, formula order 4</cite></p>
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<p><cite>CALC: Validation failed on angle 33.430000, deviation too large 3.14, formula order 2</cite></p>
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<p>This means that the angle 33.43 had a deviation of 5.8 SG and since the default threashold is 3, it will fail. You
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<p>This means that the angle 33.43 had a deviation of 5.8 SG and since the default threshold is 3, it will fail. You
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can also see that it has failed on that point in both a order 2 and 4 formula.</p>
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<a class="reference internal image-reference" href="_images/qa_1.png"><img alt="Example of deviating value" src="_images/qa_1.png" style="width: 400px;"/></a>
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<p>So in this case you can either increase the threashold or remove the angle that has an issue. You can also
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<p>So in this case you can either increase the threshold or remove the angle that has an issue. You can also
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use the graph on the calibration page to identify angles that is probably not correct.</p>
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<a class="reference internal image-reference" href="_images/formula2.png"><img alt="Formula graph" src="_images/formula2.png" style="width: 800px;"/></a>
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<p>Once the formula is created a graph over the entered values and a simulation of the formula will give you a nice overview on how the formula will work.</p>
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