mayank@mayank-Lenovo-ideapad-310-15IKB:~/Desktop/mynk/aeroME/visma$ ./run visma
>>> multiplication(x^(-1)y^2 * zx^2)
INPUT: x^(-1.0)y^(2.0) * zx^(2.0)
OPERATION: multiplication
OUTPUT: xy^(2.0)z

x^(-1.0)y^(2.0) * zx^(2.0)

xy^(2.0)z
(Multiplying x^-1.0y^2.0 and zx^2.0)


>>> addition(1 + 2 + x + 3x)
INPUT: 1.0 + 2.0 + x + 3.0x
OPERATION: addition
OUTPUT: 3.0 + 4.0x

1.0 + 2.0 + x + 3.0x

3.0 + x + 3.0x
(Adding 2.0 and 1.0)

3.0 + 4.0x
(Adding x and 3.0x)


>>> integrate(xyz + xy/z + x + 1 + 1/x,x)
INPUT: xyz + xy / z + x + 1.0 + 1.0 / x
OPERATION: integrate
OUTPUT: 0.5x^(2)yz + 0.5x^(2)yz^(-1) + 0.5x^(2) + x + 1.0 * log(x)

xyz + xy / z + x + 1.0 + 1.0 / x

xyz + xyz^(-1) + x + 1.0 + 1.0 / x
(Dividing xy by z)

xyz + xyz^(-1) + x + 1.0 + x^(-1)
(Dividing 1.0 by x)

0.5x^(2)yz + 0.5x^(2)yz^(-1) + 0.5x^(2) + x + 1.0 * log(x)
(Integrating with respect to x
int  ( xyz) dx= 0.5x^2yz ; int  ( xyz^-1) dx= 0.5x^2yz^-1 ; int  ( x) dx= 0.5x^2 ; int  ( 1.0) dx= x ; int  ( x^-1) dx= 1.0*log(x) ; )


>>> integrate(xyz + xy/z + x + 1 + 1/x,x)
INPUT: xyz + xy / z + x + 1.0 + 1.0 / x
OPERATION: integrate
OUTPUT: 0.5x^(2)yz + 0.5x^(2)yz^(-1) + 0.5x^(2) + x + 1.0 * log(x)

xyz + xy / z + x + 1.0 + 1.0 / x

xyz + xyz^(-1) + x + 1.0 + 1.0 / x
(Dividing xy by z)

xyz + xyz^(-1) + x + 1.0 + x^(-1)
(Dividing 1.0 by x)

0.5x^(2)yz + 0.5x^(2)yz^(-1) + 0.5x^(2) + x + 1.0 * log(x)
(Integrating with respect to x
int  ( xyz) dx= 0.5x^2yz ; int  ( xyz^-1) dx= 0.5x^2yz^-1 ; int  ( x) dx= 0.5x^2 ; int  ( 1.0) dx= x ; int  ( x^-1) dx= 1.0*log(x) ; )


>>> differentiate(xy + xy^2 + xyz,y)
INPUT: xy + xy^(2.0) + xyz
OPERATION: differentiate
OUTPUT: x + 2.0xy + xz

xy + xy^(2.0) + xyz

x + 2.0xy + xz
(Differentiating with respect to y
fracddy ( xy)= x ; fracddy ( xy^2.0)= 2.0xy ; fracddy ( xyz)= xz ; )


>>> exit
mayank@mayank-Lenovo-ideapad-310-15IKB:~/Desktop/mynk/aeroME/visma$