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Related

numer-true

numer:true;

provizni_rad_za_kolik...

hodnota_z_db:1666.666...

Calculate

draw-load

load(draw);

Po:[-5,-8];

P:[4,3];

Calculate

numer-tan

x : radius * tan(alpha);

radius : 220;

f(x), x = 3, numer;

Calculate

draw-draw2d-load
draw2d(fill_color = red, ellipse(0,6,3,3,360,-360), xrange = [-3,6], yrange = [2,9]);

load(draw);

draw2d(fill_color = r...

draw2d(fill_color = b...

Calculate

load-true

load("simplex");

obj: -4*x1+3*x2+x3;

cnst:[3*x1-2*x2+x3>...

Calculate

map

x : 4;

x;

f(x) := 4*x^3 - 10*x^...

Calculate

numer-solve

a: ((x/(x+1))^2)*4;

b: y = a / (16/9);

c: z = 2^x;

Calculate

numer-taylor

y1: 430820;

y2: 470908;

p: 2;

Calculate

draw-draw2d-explicit-load
draw2d(title="Ecuación de una línea",key="Recta",color="blue",explicit(f(x),x,-3,3),key="Delta x",color="red",vector([-3,f(-3)],[6,0]),key="Delta y",color="black",vector([3,-2],[0,7]));

f(x):=7/6*x+3/2;

f(-3);

f(3);

Calculate

numer-tan

radius = 220;

f(x) := radius * tan(...

f(x), x = 3, numer;

Calculate

[draw,draw2d,explicit,load,map,numer]

Run Example
(%i1)load(interpol);
(%o1)         /usr/share/maxima/5.21.1/share/numeric/interpol.mac
(%i2) p:[[6.500, 0.100], [7.000, 0.143], [7.500, 0.256],[8.000, 0.441],[8.500, 0.696],[9.000, 1.022],[9.500, 1.418],[10.000, 1.886],[10.500,2.465]];
(%o2) [[6.5, 0.1], [7.0, 0.143], [7.5, 0.256], [8.0, 0.441], [8.5, 0.696], 
                      [9.0, 1.022], [9.5, 1.418], [10.0, 1.886], [10.5, 2.465]]
(%i3) cspline(p);
                         3                      2
(%o3) (0.11718483063328 x  - 2.285104197349044 x  + 14.90988107511046 x
 - 32.45045876288662) charfun2(x, minf, 7.0)
                        3                     2
 + (- 0.20504197349043 x  + 6.45882216494845 x  - 66.60837223858613 x
 + 227.1294793814432) charfun2(x, 10.0, inf)
                      3                      2
 + (0.13720986745214 x  - 3.808733063328413 x  + 36.06718004418251 x
 - 115.1223615611189) charfun2(x, 9.5, 10.0)
                         3                      2
 + (- 0.031797496318114 x  + 1.007976804123691 x  - 9.691563696612471 x
 + 29.78032695139851) charfun2(x, 9.0, 9.5)
                        3                      2
 + (0.0059801178203231 x  - 0.012018777614116 x  - 0.51160346097222 x
 + 2.240446244477749) charfun2(x, 8.5, 9.0)
                             3                     2
 + (- 1.2297496318057488E-4 x  + 0.14361008836523 x  - 1.834448821796647 x
 + 5.988508100146962) charfun2(x, 8.0, 8.5)
                        3                      2
 + (0.0025117820324004 x  + 0.080375920471285 x  - 1.328575478645095 x
 + 4.639512518409495) charfun2(x, 7.5, 8.0)
                         3                     2
 + (- 0.025924153166421 x  + 0.72018446244477 x  - 6.127139543446258 x
 + 16.6359226804124) charfun2(x, 7.0, 7.5)
(%i4) f(x):=''%;
(%o4)        f(x) := "map(f,[2.3,5/7,%pi]), numer;
load(draw);
(%o5) [(%i6)         draw2d(        color= red,        key= "Cubic splines",        explicit(f(x),x,6.5,10.5),        point_size = 5,        color      = blue,        key        = "Sample points",        points(p));
plot        draw2d(        color= red,        key= "Cubic splines",        explicit(f(x),x,6.5,10.5),        point_size = 5,        color      = blue,        key        = "Sample points",        points(p));
Run Example
load(interpol);
(%o1)         /usr/share/maxima/5.21.1/share/numeric/interpol.mac
(%i2) p:[[6.500, 0.100], [7.000, 0.143], [7.500, 0.256],[8.000, 0.441],[8.500, 0.696],[9.000, 1.022],[9.500, 1.418],[10.000, 1.886],[10.500,2.465]];
(%o2) [[6.5, 0.1], [7.0, 0.143], [7.5, 0.256], [8.0, 0.441], [8.5, 0.696], 
                      [9.0, 1.022], [9.5, 1.418], [10.0, 1.886], [10.5, 2.465]]
(%i3) cspline(p);
                         3                      2
(%o3) (0.11718483063328 x  - 2.285104197349044 x  + 14.90988107511046 x
 - 32.45045876288662) charfun2(x, minf, 7.0)
                        3                     2
 + (- 0.20504197349043 x  + 6.45882216494845 x  - 66.60837223858613 x
 + 227.1294793814432) charfun2(x, 10.0, inf)
                      3                      2
 + (0.13720986745214 x  - 3.808733063328413 x  + 36.06718004418251 x
 - 115.1223615611189) charfun2(x, 9.5, 10.0)
                         3                      2
 + (- 0.031797496318114 x  + 1.007976804123691 x  - 9.691563696612471 x
 + 29.78032695139851) charfun2(x, 9.0, 9.5)
                        3                      2
 + (0.0059801178203231 x  - 0.012018777614116 x  - 0.51160346097222 x
 + 2.240446244477749) charfun2(x, 8.5, 9.0)
                             3                     2
 + (- 1.2297496318057488E-4 x  + 0.14361008836523 x  - 1.834448821796647 x
 + 5.988508100146962) charfun2(x, 8.0, 8.5)
                        3                      2
 + (0.0025117820324004 x  + 0.080375920471285 x  - 1.328575478645095 x
 + 4.639512518409495) charfun2(x, 7.5, 8.0)
                         3                     2
 + (- 0.025924153166421 x  + 0.72018446244477 x  - 6.127139543446258 x
 + 16.6359226804124) charfun2(x, 7.0, 7.5)
(%i4) f(x):=''%;
(%o4)        f(x) := "map(f,[2.3,5/7,%pi]), numer;
load(draw);
(%o5) [(%i6)         draw2d(        color      = red,        key        = "Cubic splines",        explicit(f(x),x,0,10),        point_size = 3,        color      = blue,        key        = "Sample points",        points(p));
plot        draw2d(        color      = red,        key        = "Cubic splines",        explicit(f(x),x,0,10),        point_size = 3,        color      = blue,        key        = "Sample points",        points(p));
Run Example
load(interpol);
(%o1)         /usr/share/maxima/5.21.1/share/numeric/interpol.mac
(%i2) p:[[6.500, 0.100], [7.000, 0.143], [7.500, 0.256],[8.000, 0.441],[8.500, 0.696],[9.000, 1.022],[9.500, 1.418],[10.000, 1.886],[10.500,2.465]];
(%o2) [[6.5, 0.1], [7.0, 0.143], [7.5, 0.256], [8.0, 0.441], [8.5, 0.696], 
                      [9.0, 1.022], [9.5, 1.418], [10.0, 1.886], [10.5, 2.465]]
(%i3) cspline(p);
                         3                      2
(%o3) (0.11718483063328 x  - 2.285104197349044 x  + 14.90988107511046 x
 - 32.45045876288662) charfun2(x, minf, 7.0)
                        3                     2
 + (- 0.20504197349043 x  + 6.45882216494845 x  - 66.60837223858613 x
 + 227.1294793814432) charfun2(x, 10.0, inf)
                      3                      2
 + (0.13720986745214 x  - 3.808733063328413 x  + 36.06718004418251 x
 - 115.1223615611189) charfun2(x, 9.5, 10.0)
                         3                      2
 + (- 0.031797496318114 x  + 1.007976804123691 x  - 9.691563696612471 x
 + 29.78032695139851) charfun2(x, 9.0, 9.5)
                        3                      2
 + (0.0059801178203231 x  - 0.012018777614116 x  - 0.51160346097222 x
 + 2.240446244477749) charfun2(x, 8.5, 9.0)
                             3                     2
 + (- 1.2297496318057488E-4 x  + 0.14361008836523 x  - 1.834448821796647 x
 + 5.988508100146962) charfun2(x, 8.0, 8.5)
                        3                      2
 + (0.0025117820324004 x  + 0.080375920471285 x  - 1.328575478645095 x
 + 4.639512518409495) charfun2(x, 7.5, 8.0)
                         3                     2
 + (- 0.025924153166421 x  + 0.72018446244477 x  - 6.127139543446258 x
 + 16.6359226804124) charfun2(x, 7.0, 7.5)
(%i4) f(x):=''%;
(%o4)        f(x) := "/* Some evaluations */      map(f,[2.3,5/7,%pi]), numer;
load(draw);
(%o5) [(%i6)   /* load draw package */* Plotting interpolating function */      draw2d(        color      = red,        key        = "Cubic splines",        explicit(f(x),x,0,10),        point_size = 3,        color      = blue,        key        = "Sample points",        points(p));
(%o6)            /usr/share/maxima/5.21.1/share/draw/draw.lisp
(%i7) 
[abs,draw,draw2d,load,log] [acos,draw,draw2d,float,load,pi,sqrt] [assume,atvalue,desolve,diff,draw,draw2d,ev,explicit,integrate,load,rhs] [block,cos,flatten,if,li,load,makelist,map,numer,outermap,plot2d,sin,sort,unique] [cos,diff,draw,draw2d,explicit,load] [cos,draw,draw2d,explicit,integrate,load,sin,solve,sqrt] [cos,draw,draw2d,explicit,lambda,load,sin,sqrt,true] [cos,draw,draw2d,explicit,lambda,load,sin,sqrt] [cos,draw,draw2d,explicit,load,sin] [cos,draw,draw2d,explicit,load] [cos,draw,draw2d,load,parametric,pi,sin] [cos,draw,draw2d,load,phi,pi,sin] [cos,draw,draw2d,load,pi] [cos,draw,draw2d,load,sin,sqrt] [cos,draw2d,explicit,load,sin] [cos,flatten,li,load,makelist,map,numer,outermap,plot2d,sin,sort,unique] [cosh,draw,draw2d,load,matrix,parametric,sinh] [diff,draw,draw2d,explicit,inf,integrate,limit,load,sqrt] [diff,draw,draw2d,load,sqrt] [draw,draw2d,draw3d,explicit,load] [draw,draw2d,exp,explicit,false,float,integrate,load,sqrt] [draw,draw2d,explicit,ilt,load] [draw,draw2d,explicit,integrate,load,solve,sqrt] [draw,draw2d,explicit,integrate,load,solve] [draw,draw2d,explicit,load,log] [draw,draw2d,explicit,load,map,numer] [draw,draw2d,explicit,load,parametric] [draw,draw2d,explicit,load,points] [draw,draw2d,explicit,load,sin,sqrt] [draw,draw2d,explicit,load,sin] [draw,draw2d,explicit,load,sqrt] [draw,draw2d,explicit,load] [draw,draw2d,kill,load] [draw,draw2d,load,map,points,solve] [draw,draw2d,load,pi] [draw,draw2d,load,points] [draw,draw2d,load,polygon] [draw,draw2d,load,solve] [draw,draw2d,load,sqrt] [draw,draw2d,load] [draw,draw3d,explicit,load,parametric] [draw,draw3d,explicit,load,true] [draw,draw3d,explicit,load] [draw,explicit,load] [draw2d,explicit,load,points,sqrt] [draw2d,explicit,load,points] [draw2d,explicit,load,sin,sum] [draw2d,explicit,load,sin,taylor] [draw2d,explicit,load,sqrt] [draw2d,explicit,load]

Related Help

Help for Draw

Help for Draw2d

Help for Explicit

Help for Load

Help for Map

Help for Numer