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debugmode-exp-expand-true

debugmode(true);

V(t,T):=S^2/A^2*(T-t+...

expand((V(t,T)-V(0,T)...

Calculate

debugmode-solve-true

debugmode(true);

eq4:(a*ln(x)+b)*m+(c*...

solve([eq4],[x]);

Calculate

debugmode-rhs-solve-true

debugmode(true);

k: (x-m)^2+(y-1)^2=16;

p: x-3*y+6=0;

Calculate

debugmode-solve-true

debugmode(true);

eq1:-1/2*av*tv*tv+vv0...

eq2:-1/2*ah*th*th+vh0...

Calculate

debugmode-matrix-rank-true

debugmode(true);

m: matrix([a1, - 2*a2...

eq3: a7 - 2*a8 + a9 = 0;

Calculate

debugmode-diff-plot2d-true
plot2d(160*x^3+540*x^2+480*x+180, [x,-1000, 1000],[y,-1000, 1000]);

f(x):=8*x^5+45*x^4+80...

diff(f(x),x);

g(x):=40*x^4+180*x^3+...

Calculate

debugmode-find_root-load-numer-sqrt-true

load("newton1");

debugmode(true);

log10(x):= log(x)/log...

Calculate

debugmode-length-lmax-random-true

debugmode(true);

lista:[random(6),rand...

mx:lmax([2,0]);

Calculate

debugmode-true

debugmode(true);

1.01^182*0.99^183;

Calculate

debugmode-invert-matrix-numer-true

numer: true;

debugmode: true;

M: matrix([5,2,-1],[3...

Calculate

debugmode

Run Example
(%i1)debugmode(true);
(%o1)                                true
(%i2) B:matrix([1,2,-8,14],[0,1,-44/7,72/7], [0,0,1,-5/3]);
                              [ 1  2  - 8   14  ]
                              [                 ]
                              [         44  72  ]
                              [ 0  1  - --  --  ]
(%o2)                         [         7   7   ]
                              [                 ]
                              [               5 ]
                              [ 0  0   1    - - ]
                              [               3 ]
(%i3) A:matrix([1,2,-8,14],[2,4,-7,13],[5,3,4,-2]);
                              [ 1  2  - 8  14  ]
                              [                ]
(%o3)                         [ 2  4  - 7  13  ]
                              [                ]
                              [ 5  3   4   - 2 ]
(%i4) A[1]: lambda([i, j], A[i]:A[i]/A[i,i], A[j]: A[j]-A[i]*A[j,i])(1,2);
(%o4)                           [0, 0, 9, - 15]
(%i5) A;
                               [ 0  0  9  - 15 ]
                               [               ]
(%o5)                          [ 0  0  9  - 15 ]
                               [               ]
                               [ 5  3  4  - 2  ]
(%i6) 
Run Example
debugmode(true);
(%o1)                                true
(%i2) integrate(-1/(h^2+(s*cos(theta)+(r^2-s^2*sin(theta)^2))^2)^(1/2), theta, -%pi, %pi);
         %pi
        /
        [                              1
(%o2) - I      -------------------------------------------------- dtheta
        ]               2    2                          2 2    2
        /      sqrt((- s  sin (theta) + s cos(theta) + r )  + h )
         - %pi
(%i3) 
Run Example
/*Biegelinie für Träger mit Loslagern und 2 vertikalen Kräften*/KILL(ALL);
(%o1)                              KILL(ALL)
(%i2) globalsolve : true;
(%o2)                                true
(%i3) debugmode: true;
(%o3)                                true
(%i4) w10(x):=(-Q1/6*x^3+c11*x+c10)/EI;
                                  - Q1  3
                                  ---- x  + c11 x + c10
                                   6
(%o4)                   w10(x) := ---------------------
                                           EI
(%i5) w11(x):=(-Q1/2*x^2+c11)/EI;
                                      - Q1  2
                                      ---- x  + c11
                                       2
(%o5)                       w11(x) := -------------
                                           EI
(%i6) w12(x):=(-Q1*x)/EI;
                                        (- Q1) x
(%o6)                         w12(x) := --------
                                           EI
(%i7) w20(x):=(+F1*l1*1/2*x^2-Q2*1/6*x^3+c21*x+c20)/EI;
                         (+ F1) l1 1  2   Q2 1  3
                         ----------- x  - ---- x  + c21 x + c20
                              2            6
(%o7)          w20(x) := --------------------------------------
                                           EI
(%i8) w21(x):=(+F1*l1*x-Q2*1/2*x^2+c21)/EI;
                                             Q2 1  2
                               (+ F1) l1 x - ---- x  + c21
                                              2
(%o8)                w21(x) := ---------------------------
                                           EI
(%i9) w22(x):=(+F1*l1-Q2*x)/EI;
                                    (+ F1) l1 - Q2 x
(%o9)                     w22(x) := ----------------
                                           EI
(%i10) w30(x):=(+F1*l1*1/2*x^2+F2*l2*1/2*x^2-Q3*1/6*x^3+c31*x+c30)/EI;
                 (+ F1) l1 1  2   F2 l2 1  2   (- Q3) 1  3
                 ----------- x  + ------- x  + -------- x  + c31 x + c30
                      2              2            6
(%o10) w30(x) := -------------------------------------------------------
                                           EI
(%i11) w31(x):=(+F1*l1*x+F2*l2*x-Q3*1/2*x^2+c31)/EI;
                                                (- Q3) 1  2
                        (+ F1) l1 x + F2 l2 x + -------- x  + c31
                                                   2
(%o11)        w31(x) := -----------------------------------------
                                           EI
(%i12) w32(x):=(+F1*l1+F2*l2-Q3*x)/EI;
                              (+ F1) l1 + F2 l2 + (- Q3) x
(%o12)              w32(x) := ----------------------------
                                           EI
(%i13) l1:200;
(%o13)                                200
(%i14) l2:300;
(%o14)                                300
(%i15) l3:400;
(%o15)                                400
(%i16) EI:70000*80/12*120^3;
(%o16)                           806400000000
(%i17) Q1:17500;
(%o17)                               17500
(%i18) Q2:-22500;
(%o18)                              - 22500
(%i19) Q3:-12500;
(%o19)                              - 12500
(%i20) F1:-40000;
(%o20)                              - 40000
(%i21) F2:10000;
(%o21)                               10000
(%i22) c11 : 337500000;
(%o22)                             337500000
(%i23) c10 : 0;
(%o23)                                 0
(%i24) c21 : 1137500000;
(%o24)                            1137500000
(%i25) c20 : - 160000000000/3;
                                  160000000000
(%o25)                          - ------------
                                       3
(%i26) c31 : 687500000;
(%o26)                             687500000
(%i27) c30 : - 25000000000/3;
                                   25000000000
(%o27)                           - -----------
                                        3
(%i28) plot2d([w10(x),w20(x),w30(x)], [x,0,l3], [y, -10, 10]);
plotplot2d([w10(x),w20(x),w30(x)], [x,0,l3], [y, -10, 10]);
[allroots,cos,debugmode,diff,draw,draw2d,ic1,load,ode2,solve,true] [allroots,debugmode,diff,draw,draw2d,ic1,load,ode2,solve,true] [allroots,debugmode,diff,draw,draw2d,ic1,load,solve,true] [and,debugmode,disp,do,if,matrix,true] [and,debugmode,or,true] [and,debugmode,true] [append,block,debugmode,print,return,rhs,true] [backsubst,debugmode,globalsolve,integrate,linsolve_params,linsolvewarn,true] [beta,debugmode,linsolve,sqrt,true] [block,debugmode,invert,matrix,numer,sqrt,true] [cos,debugmode,plot3d,sin,sqrt,true] [cos,debugmode,plot3d,true] [cos,debugmode,rat,sin,true] [debugmode,depends,diagmatrix,diff,jacobian,matrix,phi,sin,true] [debugmode,determinant,matrix,solve,transpose,true] [debugmode,diagmatrix,diff,jacobian,matrix,phi,sin,true] [debugmode,diff,linsolve,true] [debugmode,diff,matrix,true] [debugmode,diff,plot2d,true] [debugmode,diff,sin,true] [debugmode,diff,true] [debugmode,display2d,false,linsolve,true] [debugmode,distrib,float,load,true] [debugmode,draw,draw3d,load,true] [debugmode,echelon,matrix,rank,true] [debugmode,exp,expand,true] [debugmode,exp,imagpart,realpart,true] [debugmode,expand,true] [debugmode,false,linsolve,solve] [debugmode,false,solve] [debugmode,find_root,load,numer,sqrt,true] [debugmode,globalsolve,linsolve,plot2d,true] [debugmode,globalsolve,plot2d,true] [debugmode,ibase,primep,true] [debugmode,integrate,true] [debugmode,invert,matrix,true] [debugmode,lambda,map,matrix,true] [debugmode,linsolve,solve,true] [debugmode,linsolve,true] [debugmode,load,true] [debugmode,log,plot2d,taylor,true] [debugmode,matrix,true] [debugmode,numer,solve,true] [debugmode,plot2d,sin,true] [debugmode,plot2d,true] [debugmode,plot3d,sqrt,true] [debugmode,plot3d,true] [debugmode,solve,true] [debugmode,sqrt,true] [debugmode,true]

Related Help

Help for Debugmode