azerbajdzan's profile - overview

● Enthusiast   × 1

● Nice Answer   × 1

• How can I solve this equation using SageMath?

● Associate Editor   × 1

• How to convert output of 'isomorphism_to' to transformation rule

● Famous Question   × 4

• Transforming cubic curve with parameter into Weierstrass form
• Solving system of polynomial equations over rationals
• Converting string into number does not work properly
• Converting string into number does not work properly

● Notable Question   × 7

• Using Singular's ring normalization inside Sage
• Solving system of polynomial equations over rationals
• Transforming cubic curve with parameter into Weierstrass form
• Converting string into number does not work properly
• Converting string into number does not work properly
• Finding Gaussian integer points on elliptic curves
• Space-filling curve (Peano curve or Hilbert curve)

● Taxonomist   × 1

● Commentator   × 1

• `solve_right` causes increasing memory usage of python.exe

● Editor   × 1

• (Geometric) Genus of a curve equals to -1 in SageMath

● Student   × 1

• File size limitations for uploading into DATA folder

● Scholar   × 1

• Converting string into number does not work properly

● Teacher   × 1

• another factoring polynomials question

● Supporter   × 1

• Converting string into number does not work properly

● Nice Question   × 2

• `solve_right` causes increasing memory usage of python.exe
• Transforming cubic curve with parameter into Weierstrass form

● Popular Question   × 11

• Transforming genus zero curve to conic
• (Geometric) Genus of a curve equals to -1 in SageMath
• Using Singular's ring normalization inside Sage
• How to extract list of vertices of Hamiltonian path
• Transforming cubic curve with parameter into Weierstrass form
• Solving system of polynomial equations over rationals
• Converting string into number does not work properly
• Finding Gaussian integer points on elliptic curves
• Converting string into number does not work properly
• File size limitations for uploading into DATA folder
• Space-filling curve (Peano curve or Hilbert curve)