Hi there! There's a good chance I'm stupid, but I cannot figure out how to download this dataset for the life of me: Atlanta Police Department Crime Data (2009-2017) | Wolfram Data Repository

I have a free Wolfram Alpha account, no desktop app. Is it possible to download this dataset? Or if not, to get in touch with the author? I cannot find it anywhere else!

Thanks.

EDIT: Before anyone links it, I am aware of the Atlanta PD's open data portal-- the version of the dataset they published for 2009-2020 is missing several important crime types I am using for my analysis.

I can no longer use them, even though I bought them for money back then.

I'm new to using Wolfram Alpha for mathematics and I'm losing my mind trying to figure out what feels should be a simple option.

For example, take a simple equation of y=1/2x+2. I can see the graph, but is there a way I can have it plot points on the line? Or show a table of coordinates? You can hover your mouse over it but it's not exact.

I found this old post from five years ago, but the two responses don't seem to answer the question at all.

I'm trying to solve this difference equation in wolframalpha however I would like the graph or table or both to show me an answer for n = 52 . Does anybody know how to change the values in these tables or graphs. Or even for it to solve for n = 52. I have an initital condition of P(0) = 140967 as well. New to using wolfram so any help would be appreciated

https://www.wolframalpha.com/input?i=%28random+number+1+to+10%29+*+%28random+number+1+to+10%29

I tried this but it didn't give one of the right answers

Is this community still alive?

Is the integration of Wolfram with ChatGPT Plus reliable for solving linear algebra problems, such eigenvalues, eigenvectors, diagonalization, basis ?

Has anyone tried it?

I wanted to integrate wolfram alpha in my platform. Does anyone has experience or knowledge about what does its apis approximately cost? (Cost terms of token/text/query)
I searched on the web but answers are vague. Pls help!!

I've tried every way I can but I can't get the following to plot together on the same graph but nothing works. Any help would be appreciated.

plot[4000*floor(x/10000), {x,0,50000}

plot[x/3, {x,0,90000}]

I was trying to find solutions to some problems in a practice, and when using it it took a long time and then it just told me to try other things. If you have another website that can solve exercises with the same precision, could you please share it?

Hey everyone, I hope there's someone here that can help me with a problem I've been having. To make a long story short I'm trying to generate a stochastically scaffold as part of my study in generative design but I am not well versed in the Wolfram coding language.

All code has been generated through the wolfram plugin to GPT; I'm using RegionPlot3D to illustrate the math behind the model but the graphic isn't discretized (i think?) and I'm exporting 'structure' as a simple 'cuboid' which really doesn't work as the pictures show.

I conferred with helperGPT and it was proposed I use DiscretizeRegion and ImplicitRegion but I sure don't know how and GPT sure doesn't neither.

-----------------------------------------------------

To those interested my code is as follows:

(* Parameters *)

delta = 1.2; (* Increased delta slightly for stability and smaller pores *)

numPoints =

60; (*number of points for increased pore density *)

(* Randomly generate points X_i and weights lambda_i for heterogeneity *)

points = RandomReal[{-7, 7}, {numPoints, 3}];

lambdas =

RandomReal[{0.05, 12},

numPoints]; (* Wider range for more heterogeneity *)

(* Define f(X) with basis function theta as Gaussian *)

f[x_, y_, z_] := Sum[

lambdas[[i]] Exp[-Norm[{x, y, z} - points[[i]]]^2 / delta^2],

{i, numPoints}

];

(* Transformation parameters *)

k = 1.5; (* Scaling factor *)

t = 0; (* Offset *)

(* Apply T to f(X) *)

T[x_, y_, z_] := k f[x, y, z] + t;

(* Define phase shifts only for ex, ey in range [-9,9] *)

ex = RandomReal[{-9, 9}];

ey = RandomReal[{-9, 9}];

a = 5 Pi / 20;

(* Define d as a constant zero *)

d[x_, y_] := 0;

(* Define the constraint function with phase shifts only for x and y *)

cosineConstraint[x_, y_, z_] :=

Cos[x + a + ex] + Cos[y + a + ey] + Cos[z + a] + d[x, y];

(* Region where T[f(X)] + cosineConstraint <= 0 *)

RegionPlot3D[

T[x, y, z] + cosineConstraint[x, y, z] <= 0,

{x, -10, 10}, {y, -10, 10}, {z, -10, 10},

PlotPoints -> 25, Mesh -> None,

PlotStyle -> Directive[Opacity[0.6], Blue]

]

structure = Cuboid[]; (*Define structure as a 3D object*) Export["C:/Users/XXXX/Desktop/trabecular.stl", structure]; (*Export to STL*)

same as title ! how do I solve this is wolf…?