Compute sine wave parameters: y = a*sin(bx+c) + d
Sine wave parameters describe the shape and position of a sinusoidal curve. Amplitude controls height, frequency controls cycles per unit, phase shift moves the wave horizontally, and vertical shift moves the center line.
Sine curve fitting determines the four parameters of y=a*sin(bx+c)+d from data or known properties. The amplitude and vertical shift come from max/min values. The period determines frequency. The phase shift aligns the wave with data points.
|a| = half the vertical range. Determines the height of oscillations from the midline.
b = 2pi/T. Larger b means more oscillations per unit. b=1 gives period 2pi.
Horizontal shift of the wave. Positive shift moves right. Negative moves left.
Moves the midline up/down. Range = [d-|a|, d+|a|]. y = sin(x)+1 oscillates between 0 and 2.
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