v0.11.2

Updates since v0.11.0:

• Added support for integration over Cylinder and Plane geometries (closed #29, updated #28)
• Continued work on generalization of internal functions to make the codebase more robust
• Updated the README and runtests.jl to consolidate the Support Matrix into a unified table (closed #25)

v0.11.0

Updates since v0.10.0:

• Major internal overhaul toward generalized integration methods, making use of a Jacobian approximation for parametric differentials
• Added support for integration on ParaboloidSurface and Torus

v0.10.0

Updates since v0.9.6

• All integration calculations now occur in methods for the integral function
• The lineintegral, surfaceintegral, and volumeintegral functions are now wrappers for integral with a parametric-dimension check

v0.9.6

Updates since v0.9.5:

• Overhaul of tests with infrastructure that enables the functions/algorithms support matrix to be directly encoded and appropriate tests generated automatically.
• Added exported template for planned integral function (no methods yet)
• Incidental bugfixes discovered through the new testing infrastructure
  • Bugfix for surfaceintegral on Disk{T} issue that led to incorrect results
  • Bugfix for surfaceintegral on Sphere{3,T} issue that led to incorrect results

v0.9.5

Updates since v0.9.4

• Add a GaussKronrod method for surfaceintegral on CylinderSurface
• Add surfaceintegral methods on Sphere{3,T}
• Add volumeintegral methods on Ball{3,T}
• Removed testing for contour lineintegral on Point{1,Complex}-domain -- no longer supported by Meshes.jl

v0.9.4

Updates since v0.9.3:

• Implements volumeintegral method for Box{3,T} (#13)
• Improved surfaceintegral method for Triangle with GaussLegendre (accurate to about twice as many significant figures) (#12)
• Added SimpleMesh to roadmap (#11)

v0.9.3

Updates since v0.9.2:

• Adds surfaceintegral methods for Ball{2,T}
• Adds HCubature methods for all currently-supported integrals

v0.9.2

Updates:

• Implements lineintegral methods for Box{1,T} and Line geometries.