Maple dasturida turli XIL matematik masalalarni yechish. Maple muhitida programmalashtirish asoslari. Reja

> 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);
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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 
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c
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y
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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]); 
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t
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y
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),
(
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: