## Registered User | |
---|---|

member since | 2015-02-28 09:42:54 +0100 |

last seen | 2021-03-14 05:07:45 +0100 |

website | http://marcelo-forets.fr/ |

age, years | 35 |

todays unused votes | 30 votes left |

203

1

- symbolic× 21
- solve× 13
- fixed_issue× 10
- optimization× 8
- matrix× 7
- polynomial× 7
- heaviside× 7
- inverse× 7
- laplace× 7
- simplify× 6
- polyhedra× 6
- sympy× 6
- find_root× 6
- transform× 6
- function× 5
- factor× 5
- animation× 5
- parallel× 4
- factoring× 4
- gaussian× 4
- polynomials× 4
- installation× 4
- multivariate× 4
- gurobi× 4
- Jupyter× 4
- cast× 4
- install× 3
- evaluation× 3
- substitution× 3
- mac× 3
- differential× 3
- expression× 3
- integral× 3
- limit× 3
- dirac_delta× 3
- numpy× 3
- variable× 3
- packages× 3
- multiplicity× 3
- 2Dplot× 3

● Scholar
×
1 ● Student
×
1 ● Commentator
×
1

● Good Question × 1 ● Editor × 1 ● Supporter × 1

● Popular Question × 9

● Teacher × 1 ● Nice Answer × 25

● Associate Editor × 1 ● Self-Learner × 1 ● Nice Question × 2

● Civic Duty × 1 ● Critic × 1 ● Great Answer × 2

● Guru × 2 ● Good Answer × 12

● Enlightened × 1

● Good Question × 1 ● Editor × 1 ● Supporter × 1

● Popular Question × 9

- Multivariate symbolics
- Simplifying symbolic characteristic polynomial
- Factoring expression involving exponentials
- problem installing sage on mac os x 10.11.5
- Substitution of several variables
- Computing polyhedron from MIP
- Polygen and polygens
- Transparency option in streamline plot
- How to recursively factor a symbolic expression?

- How to recursively factor a symbolic expression?
- Factoring expression involving exponentials
- Simplifying symbolic characteristic polynomial
- problem installing sage on mac os x 10.11.5
- Substitution of several variables
- Polygen and polygens
- Transparency option in streamline plot

- Simplifying symbolic characteristic polynomial
- Polygen and polygens
- Substitution of several variables
- problem installing sage on mac os x 10.11.5

● Teacher × 1 ● Nice Answer × 25

- How to return a list from a recursive function?
- Simplify trig expressions with the double angle formula
- General power of a matrix?
- Error on %display latex
- How to put fractions in legends?
- How to find inverse laplace transform
- How to make a function of 'fname' that produce a file named 'fname'
- How to make a symbolic function of a matrix ?
- Access notebook filename from jupyter with sagemath kernel
- sympy.physics.quantum Bra and Ket: orthonormal basis
- How can I Integrate the dirac_delta and heaviside functions in sage?
- Why doesn't Sage do obvious simplifications?
- How to increase precision of numeric integraion?
- Using matrix for algebraic operation with its elements
- Supposedly real function returning a complex result
- Can sage do symbolic optimization?
- If Comprehension in list
- Symbolic diagonalization, matrix differentiation and the wedge product
- Argand diagram plot
- Should I / how should I make an optional sage package?
- collect variables buried in an expression
- a problem with variables in real domains
- How do I get solve () to use floats?
- condition number of a matrix
- Trouble with an integral

- inverse laplace transforms of shifts
- How can I Integrate the dirac_delta and heaviside functions in sage?
- a problem with variables in real domains

● Associate Editor × 1 ● Self-Learner × 1 ● Nice Question × 2

● Civic Duty × 1 ● Critic × 1 ● Great Answer × 2

● Guru × 2 ● Good Answer × 12

- How to return a list from a recursive function?
- Simplify trig expressions with the double angle formula
- General power of a matrix?
- Error on %display latex
- Access notebook filename from jupyter with sagemath kernel
- sympy.physics.quantum Bra and Ket: orthonormal basis
- Can sage do symbolic optimization?
- If Comprehension in list
- How do I get solve () to use floats?
- a problem with variables in real domains
- Symbolic diagonalization, matrix differentiation and the wedge product
- How to make a symbolic function of a matrix ?

● Enlightened × 1

Copyright Sage, 2010. Some rights reserved under creative commons license. Content on this site is licensed under a Creative Commons Attribution Share Alike 3.0 license.