Revision history [back]
 | 1 | initial version |
You can define your function first, and then plot it:
sage: f(x) = ((1+x*I)^(1+5*I)).real()
sage: plot(f,x,0,5)
| | 2 | No.2 Revision |
You can define your function first, and then plot it:
sage: f(x) = ((1+x*I)^(1+5*I)).real()
sage: plot(f,x,0,5)
Then,
sage: integral_numerical(f,0,1)
leads to an error. A workaround is to define your function f not as a symbolic expression, but as a lambda function:
sage: f = lambda x: ((1+x*I)^(1+5*I)).real()
sage: plot(f,x,0,5)
sage: integral_numerical(f,0,1)
(0.1786803251930374, 2.0932402003702034e-15)
| | 3 | No.3 Revision |
You can define your function first, and then plot it:
sage: f(x) = ((1+x*I)^(1+5*I)).real()
sage: plot(f,x,0,5)
Then,But concerning your second question,
sage: integral_numerical(f,0,1)
leads to an error. A workaround is to define your function f not as a symbolic expression, but as a lambda function:
sage: f = lambda x: ((1+x*I)^(1+5*I)).real()
sage: plot(f,x,0,5)
sage: integral_numerical(f,0,1)
(0.1786803251930374, 2.0932402003702034e-15)
