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Trend objects could support a SymPy based "free ansatz" regression, for example
reg = Trend(x_in, y_out, "freeReg","aarctan(bx)")
"aarctan(bx)" could be converted by SymPy to a numerical object and in combination with curve_fit from SciPy the fir could be simply done.
A function in methdods.py called freeReg(x, y, "aarctan(bx)") is the start.
The text was updated successfully, but these errors were encountered:
Vorschlag für ein neues Logo. Das ist ein Gelbbrustara der eine Python reitet (wegen Python und so). Ist von einer AI Software generiert. :)
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@LeonardJung , schönes Bild. Haben Sie auch noch das Mathe-Ara-Bild, mit dem Papier?
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Trend objects could support a SymPy based "free ansatz" regression, for example
reg = Trend(x_in, y_out, "freeReg","aarctan(bx)")
"aarctan(bx)" could be converted by SymPy to a numerical object and in combination with curve_fit from SciPy the fir could be simply done.
A function in methdods.py called freeReg(x, y, "aarctan(bx)") is the start.
The text was updated successfully, but these errors were encountered: