@nm We are listening :) An improved debugger is something many of our customers have requested.

By the way, Maple 2020's new LaTeX export is better. The LaTex generated for your example here has improved

eq:=-(1/2)*1/y = (1/3)*x^3+z:
sol:=solve(eq,y):
latex(sol)

now produces

-{\frac {3}{2\,{x}^{3}+6\,z}}

which renders as

@Christopher2222 I'd love to support more audio import formats!

@mmcdara I wrote a brief explanation here

@Carl Love 
Let's say I start off with these points

X := Array([558, 533, 512, 509, 519, 538, 527, 501, 485, 493, 499, 499, 465, 406, 413, 441, 430, 406, 397, 393, 392, 397, 403, 406, 397, 365, 356, 354, 326, 311, 336, 355, 315, 278, 278, 249, 242, 232, 204, 208, 209, 204, 206, 242, 242, 263, 274, 287, 334, 361, 320, 314, 344, 355, 360, 379, 406, 407, 399, 393, 391, 394, 404, 415, 439, 431, 402, 438, 487, 503, 497, 486, 488, 514, 538, 537, 511, 508, 518, 546]):
Y := Array([420, 412, 431, 480, 522, 505, 444, 431, 480, 591, 605, 548, 444, 416, 426, 478, 516, 533, 488, 395, 305, 356, 463, 525, 418, 414, 488, 465, 416, 458, 497, 495, 463, 409, 488, 514, 458, 512, 441, 441, 485, 412, 508, 493, 463, 516, 437, 403, 503, 482, 495, 429, 416, 499, 439, 407, 490, 533, 392, 309, 333, 452, 520, 529, 499, 452, 418, 416, 492, 593, 606, 544, 448, 429, 482, 518, 508, 450, 424, 414]):

plot(X, Y, style = point)

If I squint my eyes, that might say "maple".

DFT of X and Y points

dft_X := Vector(SignalProcessing:-FFT(X)): 
dft_Y := Vector(SignalProcessing:-FFT(Y)):

Phase and amplitude of sines

n  := numelems(X):

P_X  := Re(argument~(dft_X[2..ceil(n / 2)])):
A_X  := abs(dft_X[2..ceil(n / 2)]):

P_Y  := Re(argument~(dft_Y[2..ceil(n / 2)])):
A_Y  := abs(dft_Y[2..ceil(n / 2)]):

Parametric curves

curve_X := evalf[3](add(seq(A_X[i] * sin(Pi / 2 - 2 * Pi / n * i * t + P_X[i]), i = 1..ceil(n / 2) - 1)));
curve_Y := evalf[3](add(seq(A_Y[i] * sin(Pi / 2 - 2 * Pi / n * i * t + P_Y[i]), i = 1..ceil(n / 2) - 1)));

Plot the parametric curves

plot([curve_X, curve_Y, t = 0 .. n / 2])

I'll upload a complete application to the Application Center soon. It'll include an interactive plot to draw a curve (or some "handwritten" text) to get the 2d discrete data.

This was all inspired by Michael Trott's blog post at Wolfram.com. I also adapted the core code from a discussion at mathematica.stackexchange.com

@Carl Love That's coming. Let me tidy up the worksheet

@Christopher2222. I'd be interested to know what your use case for MP3 support is. Once the MP3 is in Maple, what will you do with the data?

@Spinosaurus That's a scalogram, isn't it?

@Markiyan Hirnyk The approach in @stan2018's worksheet is the standard Hough Transform - this is only practical for small images and a small parameter space (rho and theta).

I've reduced the size of your image, and analyzed it with another implementation of the standard Hough Transform (see the attached worksheet and image).

These are the lines detected in your image. If you tweak the parameters, you could certainly detect other lines.

Other approaches are needed for larger images (randomized or probalistic Hough Transforms, or implementations on GPUs).

Hough_Transforms_Football.zip

@Markiyan Hirnyk My esteemed colleague @Stephen Forrest gets the credit for developing the DeepLearning package. I used his work to develop a few applications - the easy (and fun!) stuff

@rquirt 

 I don't completely understand your comment

> This requires me to use the convert function to convert degC to kelvin to get the Property functions to work.

Both these commands work, and give the same value of enthalpy

Property(massspecificenthalpy, T = 25*Unit(degC), P = 1.0 * Unit(atm), R717)

Property(massspecificenthalpy, T = 298.15*Unit(K), P = 1.0 * Unit(atm), R717)

@Mariusz Iwaniuk Did you extract the entire zip file to your hard drive?

In Windows Explorer, you should see something like this

The folders 0,1,2..9 contain the image files.

Reminds me of this application for calculating the cost of heating a home with natural gas

@acer Are you referring to the Polisario Controlled "Free Zone"?

Yes, that seems to be an glitch

@Rouben Rostamian  

This Maple 2017 code generates the globe

All credit goes to @epostma!

@Rouben Rostamian  Here's what I see (Windows 64 bit)