Difference between revisions of "Freehand Shape Tool"

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The Freehand Shape Tool lets you either sketch a [[functions|function]], or you can draw a freehand circle, segment or polygon and it will be recognized and converted to an exact shape. If a function ''f'' is created, you can compute its value at certain point, place a point on it or perform some transformations. Tangents and derivatives for these functions are not supported.
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{{Tool|icon=Mode freehandshape.svg|32px|name={{PAGENAME}}|type=special object}}
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The Freehand Shape Tool lets you either sketch a [[functions|function]], or you can draw a freehand circle, segment or polygon and it will be recognized and converted to an exact shape. If a function ''f'' is created, you can compute its value at certain point, place a point on it or perform some transformations. Derivatives for these functions are not supported (tangents are supported as a numerical approximation)
  
{{note|You can using all the curve fitting commands on functions created by this Tool, eg FitSin[f] }}
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{{notes|1=
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*You can use all the curve fitting commands on functions created by this Tool, e.g. [[FitSin_Command]]
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*You can use the [[Integral_Command|Integral]] command on functions created with this tool e.g. <code>Integral(f, 1, 5)</code> to shade under it and find the area }}

Latest revision as of 10:39, 3 October 2019


The Freehand Shape Tool lets you either sketch a function, or you can draw a freehand circle, segment or polygon and it will be recognized and converted to an exact shape. If a function f is created, you can compute its value at certain point, place a point on it or perform some transformations. Derivatives for these functions are not supported (tangents are supported as a numerical approximation)

Notes:
  • You can use all the curve fitting commands on functions created by this Tool, e.g. FitSin_Command
  • You can use the Integral command on functions created with this tool e.g. Integral(f, 1, 5) to shade under it and find the area
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