burcin's profile - overview

● Citizen Patrol   × 1

• spam please close

● Nice Answer   × 26

• Writing portable Sage module
• Numerical integration in a function
• Radical in the denominator?
• Moving my Sage install (on Linux)
• Substitute formal function by an expression in a differential equation
• Delayed evaluation without all the parenthesis?
• Is there a way to set arbitrary function commuting rules?
• Personalizing the notebook
• Getting a function from a symbolic expression (i.e. "y = x+2")
• odd trig function behavior
• Weird behavior BuiltinFunction
• Skew commuting variables
• Unexpected result for the sum of a series
• Why simplify doesn't work?
• Does a subtraction symbolic expression actually exist?
• Express domain membership
• Defining Clifford Algebras
• How to use cython functions from other cython cells in notbook?
• subs(_expr) not working properly?
• Evaluate expression with unknowns
• variables vs arguments
• simplify and latex_name
• Is it possible to use Matlab Code to control SAGE?
• Passing params to cythonized ode_system()
• why is symbolic comparison so slow?
• Unit conversion

● Taxonomist   × 1

● Supporter   × 1

● Editor   × 1

• Guided work for sage development.

● Critic   × 1

● Enthusiast   × 1

● Organizer   × 1

• How can I use turtle module?

● Self-Learner   × 3

• Can't make subposets
• time in notebook
• Low-pass filter

● Teacher   × 1

• why is symbolic comparison so slow?

● Commentator   × 1

• Skew commuting variables

● Good Answer   × 13

• subs(_expr) not working properly?
• Numerical integration in a function
• Writing portable Sage module
• Moving my Sage install (on Linux)
• Getting a function from a symbolic expression (i.e. "y = x+2")
• Why simplify doesn't work?
• How to use cython functions from other cython cells in notbook?
• Evaluate expression with unknowns
• simplify and latex_name
• Substitute formal function by an expression in a differential equation
• Skew commuting variables
• Defining Clifford Algebras
• Radical in the denominator?

● Enlightened   × 1

• Numerical integration in a function