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velocity-based prediction #412

@reworc

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@reworc
  • compute velocity
    • first derivative: difference vector between current and last position (default: 0,0,0)
    • second derivative: difference vector between first derivative of las two points (defaulkt: 0,0,0 for < three existing points)
    • predict position (basic): current position + first derivative
    • predict position (advanced) : current position + first derivative +0.5* second derivative
    • parameterize influence of second derivativ
  • store velocity in touch point
    • first derivative
    • second derivative
    • predicted position basic
    • predicted poisition advanced
  • visualization
    • predicted positions in interaction view
    • derivatives in interaction view

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high priorityissues that should be solved asapv1.0.0Features planned for Version 1.0.0

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