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display2d-false-solve

display2d:false;

S:-(2*q);

e1:(3*aa/(q-s)-bb/(q-...

Calculate

display2d-false-solve

display2d:false;

e1: (a*z0^2+b*z0+c)*(...

e2: z0*(k*z1^2+l*z1+m...

Calculate

display2d-ratsimp-solve-subst-true

display2d: true;

sols: solve([x1 = a*y...

ratsimp(subst(sols, c));

Calculate

display2d-ratsimp-solve-subst-true

display2d: true;

sols: solve([x1 = a*y...

ratsimp(subst(sols, c));

Calculate

display2d-false

display2d:false;

b:2;

xm:0;

Calculate

display2d-false-load-tex

load("unit");

display2d:false;

x:5*cm+3*m*N;

Calculate

display2d-false-solve

display2d:false;

y0: a*z0^2 + b*z0 + c;

y1: d*z1^2 + e*z1 + f;

Calculate

display2d-false

display2d:false;

A: (a^2 + b^2);

B: 2*a*c;

Calculate

display2d-expand-false-integrate

display2d:false;

expand((ground_speed_...

Calculate

display2d-false-invert-map-matrix

a: matrix([dx, dy],[ ...

d: matrix([-1,0],[0,1]);

m: a . d . invert(a);

Calculate

display2d

Run Example
(%i1)display2d:false;

(%o1) false
(%i2) 
/* Rennen (Solo 2, Tout 8) kein Kontra */ eq: w*8-8*(1-w)=4;

(%o2) 8*w-8*(1-w) = 4
(%i3) 
solve(eq,w);

(%o3) [w = 3/4]
(%i4) 
/* VM (Solo 2, Tout 8) Kontra */ eq: w*8-16*(1-w)=4;

(%o4) 8*w-16*(1-w) = 4
(%i5) 
solve(eq,w);

(%o5) [w = 5/6]
(%i6) 
/* Solo 4 Einheiten, Laufende kein Kontra */ eq: w*2*(4+L)-2*(4+L)*(1-w)=4+L+2 ;

(%o6) 2*w*(L+4)-2*(1-w)*(L+4) = L+6
(%i7) 
solve(eq,w);

(%o7) [w = (3*L+14)/(4*L+16)]
(%i8) 
/* Solo 4 Einheiten, Laufende Kontra*/ eq: 2*(4+L)*w-4*(4+L)*(1-w)=4+L+2 ;

(%o8) 2*w*(L+4)-4*(1-w)*(L+4) = L+6
(%i9) 
solve(eq,w);

(%o9) [w = (5*L+22)/(6*L+24)]
(%i10) 
Run Example
texput("Infinity", "{\\it \\infty}");
(%o1)                            {\it \infty}
(%i2) tex(\\infty);
$${\it \infty}$$
(%o2)                                false
(%i3) tex(Infinity);
$${\it \infty}$$
(%o3)                                false
(%i4) load("unit");
******************************************************************* 
*                       Units version 0.50                        * 
*          Definitions based on the NIST Reference on             * 
*              Constants, Units, and Uncertainty                  * 
*       Conversion factors from various sources including         * 
*                   NIST and the GNU units package                * 
******************************************************************* 
 
Redefining necessary functions... 
Initializing unit arrays... 
Done. 
(%o4)        /usr/share/maxima/5.21.1/share/contrib/unit/unit.mac
(%i5) display2d:false;

(%o5) false
(%i6) 
5*mm+3*m*N;

(%o6) 3*(kg*m^2/s^2)+5*mm
(%i7) 
x:5;

(%o7) 5
(%i8) 
x;

(%o8) 5
(%i9) 
kill(all);
remvalue: warning: cannot remove value of:
structures
(%o0) done
(%i1) 
load("unit");

******************************************************************* 
*                       Units version 0.50                        * 
*          Definitions based on the NIST Reference on             * 
*              Constants, Units, and Uncertainty                  * 
*       Conversion factors from various sources including         * 
*                   NIST and the GNU units package                * 
******************************************************************* 
 
Redefining necessary functions... 
Initializing unit arrays... 
Done. 
(%o1) "/usr/share/maxima/5.21.1/share/contrib/unit/unit.mac"
(%i2) 
5*m+3*cm*N;

(%o2) 3/100*(kg*m^2/s^2)+5*m
(%i3) 
Run Example
display2d:false;

(%o1) false
(%i2) 
simp:true;

(%o2) true
(%i3) 
cost(QS,QU):=(S*(QS+QU)+exp(-I*QS/D)*D*(R-S*W/I)+exp(-I*((QS+QU)/(D*W)-QU/D))*W*(C*D-D*R+D*S/12/W+D*S/I-QS*S-QU*S)+exp(-I*T)*(D*R*W-C*D*W-D*R-D*S/12))/I;

(%o3) cost(QS,QU):=
           (S*(QS+QU)+exp((-I)*QS/D)*D*(R-S*W/I)
                     +exp((-I)*((QS+QU)/(D*W)-QU/D))
                      *W*(C*D-D*R+D*S/12/W+D*S/I+(-QS)*S+(-QU)*S)
                     +exp((-I)*T)*(D*R*W-C*D*W+(-D)*R+(-D)*S/12))/I
(%i4) 
dqs:diff(cost(QS,QU),QS);

(%o4) (-S*W*%e^-(I*((QU+QS)/(D*W)-QU/D))
       -I*(D*S/(12*W)-QU*S-QS*S+D*S/I-D*R+C*D)*%e^-(I*((QU+QS)/(D*W)-QU/D))/D
       -I*%e^-(I*QS/D)*(R-S*W/I)+S)
       /I
(%i5) 
dqu:diff(cost(QS,QU),QU);

(%o5) (-I*(1/(D*W)-1/D)*(D*S/(12*W)-QU*S-QS*S+D*S/I-D*R+C*D)*W
         *%e^-(I*((QU+QS)/(D*W)-QU/D))
       -S*W*%e^-(I*((QU+QS)/(D*W)-QU/D))+S)
       /I
(%i6) 
[abs,display2d,factor,false,float,plot2d,sqrt] [abs,display2d,factorsum,false,float,imagpart,ratsimp] [coeff,cos,display2d,do,false,makelist,print,ratsubst,sin,sqrt,sum,trigexpand] [combine,display2d,expand,false] [cos,diff,display2d,false,ratsimp,sin,solve,subst,trigsimp] [cos,diff,display2d,false,ratsimp,sin,solve,subst] [cos,display2d,false,matrix,sin,trigsimp] [cos,display2d,false,matrix,sin] [cos,display2d,false,sin,solve] [cos,display2d,false,sin] [determinant,diff,display2d,false,matrix,solve] [determinant,diff,display2d,false,matrix] [determinant,display2d,false,matrix] [diff,display2d,exp,false,solve] [diff,display2d,expand,false,solve] [diff,display2d,expand,false] [diff,display2d,facsum,false,ratsimp,solve,sqrt] [diff,display2d,false,log] [diff,display2d,false,pi,sin] [diff,display2d,false,ratsimp,subst] [diff,display2d,false,sqrt,subst] [diff,display2d,false,sqrt] [diff,display2d,false,subst] [diff,display2d,false] [display2d,eliminate,false,solve] [display2d,eliminate,false] [display2d,expand,false,load,plot2d] [display2d,expand,false,ratsimp] [display2d,expand,false,sqrt] [display2d,expand,false] [display2d,expandwrt,false] [display2d,false,floor,solve] [display2d,false,if,plot2d,sqrt] [display2d,false,kill,load,texput] [display2d,false,linsolve] [display2d,false,plot2d,sqrt] [display2d,false,plot2d] [display2d,false,rat] [display2d,false,ratsimp,solve,subst] [display2d,false,ratsimp,solve] [display2d,false,ratsimp,sqrt] [display2d,false,ratsimp] [display2d,false,sin,sqrt] [display2d,false,solve,sqrt] [display2d,false,solve,subst,tan] [display2d,false,solve,subst] [display2d,false,solve] [display2d,false,sqrt] [display2d,false] [display2d,solve,true]

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