Laurent Claessens's profile - overview

● Nice Question   × 2

• Add a personnal coercion rule
• Using Sphinx to document a module using Sage

● Supporter   × 1

• Add a personnal coercion rule

● Notable Question   × 12

• Add a personnal coercion rule
• PolynomialRing and from __future__ import unicode_literals
• When does 1/2=0 ? (python's integer division Vs Sage's exact fractions)
• Plot the level sets of a function
• ValueError: free variable x |--> x when plotting the function x
• min(x,y)=x ... and then plot3d f(x,y)=min(x,y)
• from __future__ import unicode_literals and variable names
• Using Sphinx to document a module using Sage
• Solve equation 1/3*x + sin(2*x)==1
• symbolic_expression produces invalid traceback (TypeError)
• get_minmax_data on implicit_plot
• Sage for (very) undergrad students

● Popular Question   × 12

• PolynomialRing and from __future__ import unicode_literals
• Sage for (very) undergrad students
• When does 1/2=0 ? (python's integer division Vs Sage's exact fractions)
• Plot the level sets of a function
• ValueError: free variable x |--> x when plotting the function x
• from __future__ import unicode_literals and variable names
• min(x,y)=x ... and then plot3d f(x,y)=min(x,y)
• Using Sphinx to document a module using Sage
• get_minmax_data on implicit_plot
• symbolic_expression produces invalid traceback (TypeError)
• Add a personnal coercion rule
• Solve equation 1/3*x + sin(2*x)==1

● Student   × 1

• Add a personnal coercion rule

● Enlightened   × 1

• How to multiply vector by number

● Guru   × 1

• How to multiply vector by number

● Great Answer   × 2

• How to multiply vector by number
• Using Sphinx to document a module using Sage

● Commentator   × 1

• min(x,y)=x ... and then plot3d f(x,y)=min(x,y)

● Famous Question   × 7

• min(x,y)=x ... and then plot3d f(x,y)=min(x,y)
• symbolic_expression produces invalid traceback (TypeError)
• get_minmax_data on implicit_plot
• ValueError: free variable x |--> x when plotting the function x
• When does 1/2=0 ? (python's integer division Vs Sage's exact fractions)
• Plot the level sets of a function
• Using Sphinx to document a module using Sage

● Taxonomist   × 1

● Good Answer   × 3

• Using Sphinx to document a module using Sage
• How to multiply vector by number
• Apply a function to a list

● Editor   × 1

• python equivalent of T(x,y)=(x*y,x+y) ?

● Scholar   × 1

• Plot the level sets of a function

● Good Question   × 1

• Using Sphinx to document a module using Sage

● Teacher   × 1

• When does 1/2=0 ? (python's integer division Vs Sage's exact fractions)

● Self-Learner   × 3

• When does 1/2=0 ? (python's integer division Vs Sage's exact fractions)
• Using Sphinx to document a module using Sage
• symbolic_expression produces invalid traceback (TypeError)

● Nice Answer   × 4

• Using Sphinx to document a module using Sage
• How to multiply vector by number
• Apply a function to a list
• convert expression to function