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cylinder
DEBUG
delcols
delrows
deltalist
Dirac
division_point
DO
DrawSlp
e
egcd
Functions and commands
Draws a cylinder with axis from A in the direction of vector v,
with radius r, and, if provided, with height h.
cylinder(Pnt(A),Vect(v),Real(r),[Real(h)])
Starts the debugger for the program name you specify. In a
program, DEBUG( ) will act as a breakpoint and launch the
debugger at that location. This allows you to start debugging
at a specific location, rather than starting at the beginning of
the program.
debug(program_name)
Returns the matrix that is matrix A with the columns n1...nk
deleted.
delcols(Mtrx(A),Interval(n1...nk)||n1)
Returns the matrix that is matrix A with the rows n1...nk
deleted.
delrows(Mtrx(A),Interval(n1..n2)||n1)
Returns the list of the differences between consecutive terms in
the original list.
deltalist(Lst)
Returns the value of the Dirac delta function for a real number.
Dirac(Real)
Returns a point M such that for the given a and b,
(z–a)=k*(z–b) and z=MA=k*MB.
division_point(Pnt or Cplx(a),Pnt or
Cplx(b),Cplx(k))
Used in programming to initiate a step or sequence of steps.
Draws the line with slope m that goes through the point (a,b)
(i.e. y–b=m(x–a)).
DrawSlp(Real(a),Real(b),Real(m))
Enters the mathematical constant e (Euler's number).
Returns three polynomials U, V and D such that for two
polynomials A and B:
U(x)*A(x)+V(x)*B(x)=D(x)=GCD(A(x),B(x))
(where GCD(A(x),B(x) is the greatest common divisor of
polynomials A and B).
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