I'll turn you into a Disney-style cartoon for $ 50

I'm going to turn you into a Disney cartoon

Are you still looking for the perfect gift for the person you love?
How about a Disney character of his / her?

Also perfect for:
– Children's book
– posters
– Cover photos
– invitations

Remember this is a cartoon drawing.
– Please send a reference you like.
– Please be precise and give clear instructions.
– Please give all your inquiries before starting the project.

Canvas drawing / Bucket Filing Kotlin

I have finished solving the following problem and uploaded it to Git Reop.
Would be grateful if someone could check code quality, design and Kotlin language usage

Repo: https://github.com/ganesara/canvasDrawing

Their job is to write a simple console version of a drawing program.
The functionality of the program is currently very limited, but this may change in the future.
In short, the program should work as follows:

  1. Create a new canvas
  2. Start drawing on the canvas by entering various commands
  3. leaving
Command         Description
C w h           Should create a new canvas of width w and height h.
L x1 y1 x2 y2   Should create a new line from (x1,y1) to (x2,y2). Currently only
                horizontal or vertical lines are supported. Horizontal and vertical lines
                will be drawn using the 'x' character.
R x1 y1 x2 y2   Should create a new rectangle, whose upper left corner is (x1,y1) and
                lower right corner is (x2,y2). Horizontal and vertical lines will be drawn
                using the 'x' character.
B x y c         Should fill the entire area connected to (x,y) with "colour" c. The
                behavior of this is the same as that of the "bucket fill" tool in paint
Q               Should quit the program.

Example I / O

Below is a sample run of the program. The enter command is preceded by the enter command:

enter command: C 20 4
|                    |
|                    |
|                    |
|                    |

enter command: L 1 2 6 2
|                    |
|xxxxxx              |
|                    |
|                    |

enter command: L 6 3 6 4
|                    |
|xxxxxx              |
|     x              |
|     x              |

enter command: R 14 1 18 3
|             xxxxx  |
|xxxxxx       x   x  |
|     x       xxxxx  |
|     x              |

enter command: B 10 3 o
|xxxxxxooooooox   xoo|
|     xoooooooxxxxxoo|
|     xoooooooooooooo|

enter command: Q

Enter image description here

matplotlib – Use of the twinx () method when drawing on axes with a color bar added with make_axes_locatable ()

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dnd 5e – How do I create a Roll20 macro that once prompts the user for a storage type and then outputs the save as if you had clicked on the drawing page?

You can't make it a macro, but it works if you save it as an ability

&{template:simple} ?{Save|STR, {{rname=Strength}} {{mod=@{selected|strength_save_bonus}}} {{r1=((1d20+@{selected|strength_save_bonus}))}} {{r2=((1d20+@{selected|strength_save_bonus}))}}{{always=1}}|DEX, {{rname=Dexterity}} {{mod=@{selected|dexterity_save_bonus}}} {{r1=((1d20+@{selected|dexterity_save_bonus}))}} {{r2=((1d20+@{selected|dexterity_save_bonus}))}} {{always=1}}|CON, {{rname=Constitution}} {{mod=@{selected|constitution_save_bonus}}} {{r1=((1d20+@{selected|constitution_save_bonus}))}} {{r2=((1d20+@{selected|constitution_save_bonus}))}}{{always=1}}|INT, {{rname=Intelligence}} {{mod=@{selected|intelligence_save_bonus}}} {{r1=((1d20+@{selected|intelligence_save_bonus}))}} {{r2=((1d20+@{selected|intelligence_save_bonus}))}} {{always=1}}|WIS, {{rname=Wisdom}} {{mod=@{selected|wisdom_save_bonus}}} {{r1=((1d20+@{selected|wisdom_save_bonus}))}} {{r2=((1d20+@{selected|wisdom_save_bonus}))}} {{always=1}}|CHA, {{rname=Charisma}} {{mod=@{selected|charisma_save_bonus}}} {{r1=((1d20+@{selected|charisma_save_bonus}))}} {{r2=((1d20+@{selected|charisma_save_bonus}))}}{{always=1}}} {{charname=@{selected|token_name}}}

It prompts the user for the storage type and then stores the selected type for the currently selected token. It is then output in the same format as if you had rolled it straight out of the drawing sheet.

It must be saved as an ability (on a character sheet under the "Attributes & Abilities" tab) and not as a global macro. If you save it as a global macro, every instance of } (the HTML replacement for } ) is converted back and breaks the whole thing.

Help with drawing the function?

I am trying to draw the following results:

 P = 50; k = 0.235; Cx = 4.2; Rho = 1 ; r = 0.001; L = 0.006; l = 
 1.25*10^-7; a = 1.1*10^-7; beta = 2*Sqrt(a*Pi)/l;
 Q = Rho/(Pi * r^2 * NIntegrate(Exp(-k/(P*Cx)), {x, 0, 1.25*L}));

 T(z_, t_) := (Q*l^2*a^2 + 2*Q - 2*Q*Exp(-a*l))/2*a^3*k + Sum(Exp(-beta ^2*t)*(4*Q*l/(a*k*n*Pi^2)),{n,1,1000}) - Cos(beta*z/Sqrt(a)) - Q/k - 
 sol = T(z, t)

I should get something like this:
Enter image description here

But I get a flat surface.

Drawing – How do I draw a vertical isocline?

The function r / a is a vertical isocline. I have to find a way to graph it. At the moment the line is not displayed even if it is y. I experimented with Epilog, but I'm too unknown to include it in the stream storyline.

———————— HERE IS MY CODE ———————- ————-

 Show(Plot({d/(f*a), r/a}, {x, 0, 100}, 
   PlotStyle -> {RandomChoice, Thick}, ImageSize -> Full, 
   PlotRange -> {{0, 100}, {0, 100}}), 
  StreamPlot({{(r*x - (a*x*y)), (f*a*x*y - d*y)}}, {x, 0, 100}, {y, 0,
     100}), AxesLabel -> {"N", "P"}, 
  LabelStyle -> Directive(Blue, Bold), ContentSize -> {100, 100}),

 {{r, 25}, 0, 100, Appearance -> "Labeled"},
 {{N, 50}, 0, 100, Appearance -> "Labeled"},
 {{a, .5}, 0, 1, Appearance -> "Labeled"},
 {{f, .5 }, 0, 1, Appearance -> "Labeled"},
 {{d, .5}, 0, 1, Appearance -> "Labeled"})

Image processing – segmenting a cat's side profile and drawing a line around the edges

My goal is to segment the side profile of a cat's head and draw a line on the edges of the cat's face.
The cats have different backgrounds, colors and qualities, and the characteristic (face edges of the cat) is in different positions in each picture.

I experimented with opencv and scikit-image (manual region of interest) in Python, but I'm not sure which method gives the best consistency.

What would be the most suitable method for this?