increasing_power()

[compsystems]

◉ increasing_power(0) [↵]
◉ x^3 - 6*x² + 11*x -6 [↵] returns x^3 - 6*x^2 + 11*x -6
◉ increasing_power() [↵] returns 0


◉ increasing_power(1) [↵]
◉ x^3 - 6*x² + 11*x -6 [↵] retorna -6+11*x-6*x^2+x^3
◉ increasing_power() [↵] returns 0 // must return 1, to determine its status within a program code, although I like it more than to return true/false,


true for 'increasing'
false for 'decreasing'

this gives self-documentation to the code, And closer to natural language, not so computerized.

if increasing_power()==true then ...

although simplified we know that there is no need to make the comparison (==true), it is only for the purpose of showing a more explicit code

[parisse]

increasing_power() is incorrecting returning all_trig_solutions, I will fix that.