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Here's a place where we can list our favorite MAPLE commands. | Here's a place where we can list our favorite MAPLE commands. | ||
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<nowiki> | <nowiki> | ||
with(plots): | with(plots): | ||
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implicitplot( x^2/9 + y^2/4, x=-4..4, y=-3..3 ); | implicitplot( x^2/9 + y^2/4, x=-4..4, y=-3..3 ); | ||
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p1 := plot( [3*cosh(t),2*sinh(t), t=-2..2] , [-3*cosh(t),2*sinh(t), t=-2..2], color=red ): | p1 := plot( [3*cosh(t),2*sinh(t), t=-2..2] , [-3*cosh(t),2*sinh(t), t=-2..2], color=red ): | ||
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p2 := plot( { (2/3)*x, -(2/3)*x }, x=-11..11 ): | p2 := plot( { (2/3)*x, -(2/3)*x }, x=-11..11 ): | ||
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display( {p1,p2} ); | display( {p1,p2} ); | ||
Revision as of 07:59, 4 December 2008
Here's a place where we can list our favorite MAPLE commands.
with(plots): implicitplot( x^2/9 + y^2/4, x=-4..4, y=-3..3 ); plot( [3*cos(t),2*sin(t), t=0..2*Pi] ); p1 := plot( [3*cosh(t),2*sinh(t), t=-2..2] , [-3*cosh(t),2*sinh(t), t=-2..2], color=red ): p2 := plot( { (2/3)*x, -(2/3)*x }, x=-11..11 ): display( {p1,p2} ); f := x -> (8/Pi) * sum( ((-1)^(n+1)/(2*n-1)^2)*sin((2n-1)*x), n=1..20 ); plot( f(x), x=0..Pi );
See also Bell's MAPLE Tutorial.
