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> plot3d([sin(x*y), x + 2*y], x=-0.5*Pi..0.5*Pi, y=-Pi..Pi, color=[blue,green])
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| bet | 9/14 | | Sana | 03.05.2023 | | Hajmi | 495.59 Kb. | | #56208 |
Bog'liq ADM mustaqil ishlar 1 тема, PF-175 25.07.2022, Моя семья, Законы наследования признаков Законы наследования Рол генной инженерии, Charos, Jismoniy> plot3d([sin(x*y), x + 2*y], x=-0.5*Pi..0.5*Pi, y=-Pi..Pi, color=[blue,green]);
Misol:
>with(plots):
with(LinearAlgebra):
A:= HilbertMatrix(8): B:= ToeplitzMatrix([1,2,3,4,-4,-3,-2,-1], symmetric):
matrixplot(A);
matrixplot(A &* B);
matrixplot(A+B, heights=histogram, axes=boxed);
matrixplot(A+B, heights=histogram, axes=frame, gap=0.25, style=patch);
F := (x,y) -> sin(x*y):
matrixplot(A+B, heights=histogram, axes=frame, gap=0.25, style=patch, color=F);
L:=HilbertMatrix(4,5);
matrixplot(L);
oshkormas tenglama ko`rinishida berilgan funksiyalar uch o`lchovli sirt grafigi plot komandalar paketi yordam ida kuriladi: implicitplot3d(F(x,y,z)=c, x=x1..x2, y=y1..y2, z=z1..z2), bunda sirt tenglamasi va koordinata uklari buyicha chizma ulchami ko`rsatiladi.
Misol:
>with(plots):
implicitplot3d(x^3+y^3+z^3+1=(x+y+z+1)^3, x=-2..2, y=-2..2, z=-2..2, grid=[13,13,13]);
parametrik ko`rinishdagi fazoviy chiziqlarni qurish uchun plot paketining spacecurve komandasi yordam beradi. Komandalar parametri:
> spacecurve([x(t),y(t),z(t)],t=t1..t2), bunda t o`zgaruvchi t1 dan t2 gacha o`zgaradi.
Misollar:
>with(plots):
spacecurve([cos(t),sin(t),t],t=0..4*Pi);
spacecurve({[sin(t),0,cos(t),t=0..2*Pi],[cos(t)+1,sin(t),0,numpoints=10]},
t=-Pi..Pi,axes=FRAME);
spacecurve({[t*sin(t),t,t*cos(t)],[4*cos(t),4*sin(t),0]},t=-Pi..2*Pi);
knot:= [ -10*cos(t) - 2*cos(5*t) + 15*sin(2*t),
-15*cos(2*t) + 10*sin(t) - 2*sin(5*t), 10*cos(3*t), t= 0..2*Pi]:
spacecurve(knot);
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