jaia's profile - overview

● Organizer   × 1

• Plot disappears in interactive

● Scholar   × 1

• Using layout option with auto_update=false

● Taxonomist   × 1

● Editor   × 1

• Linear Transformation Matrix is Transposed

● Famous Question   × 10

• Converting Octave vector to Sage list
• Making an array of animations
• Making a graphics array with different numbers of plots in each row
• Interacts not working in IPython notebook
• Can't Install R Packages in Sage
• Comparing Sage and Mathematica for an Introductory Course
• Solving delay-differential equations
• Function for 1-D plotting
• Linear Transformation Matrix is Transposed
• Embedding R graphics device in Sage notebook

● Commentator   × 1

• Embedding R graphics device in Sage notebook

● Popular Question   × 13

• Plotting Grid Graph
• Using layout option with auto_update=false
• SageMathCloud Clickable Interact Doesn't Work
• Interacts not working in IPython notebook
• Converting Octave vector to Sage list
• Can't Install R Packages in Sage
• Making an array of animations
• Comparing Sage and Mathematica for an Introductory Course
• Solving delay-differential equations
• Making a graphics array with different numbers of plots in each row
• Function for 1-D plotting
• Linear Transformation Matrix is Transposed
• Embedding R graphics device in Sage notebook

● Student   × 1

• Making an array of animations

● Notable Question   × 13

• Using layout option with auto_update=false
• SageMathCloud Clickable Interact Doesn't Work
• Interacts not working in IPython notebook
• Making an array of animations
• Making a graphics array with different numbers of plots in each row
• Converting Octave vector to Sage list
• Can't Install R Packages in Sage
• Comparing Sage and Mathematica for an Introductory Course
• Solving delay-differential equations
• Embedding R graphics device in Sage notebook
• Function for 1-D plotting
• Linear Transformation Matrix is Transposed
• Plotting Grid Graph

● Teacher   × 1

• Particle Systems. Is SAGE suited to assign physical properties to point particles (eg attraction/repulsion formula) distributed in 3d visible space and simulate dynamic relocation? Any tips on best approach?

● Supporter   × 1

• Comparing Sage and Mathematica for an Introductory Course

● Nice Question   × 3

• SageMathCloud Clickable Interact Doesn't Work
• Embedding R graphics device in Sage notebook
• Using Seaborn Graphing in Sagemath