v0.9.1

Thermochron v0.9.1

Diff since v0.9.0

• Expand compat on StatGeochemBase to v0.6

v0.9.0

Thermochron v0.9.0

Diff since v0.8.0

• Incorporate reheating rate limit into log likelihood

v0.8.0

Thermochron v0.8.0

Diff since v0.7.0

• Handle max reheating rate rejection by restarting proposal process, rather than with individual loops

v0.7.0

Thermochron v0.7.0

Diff since v0.6.0

• Enable incorporation of kinetic uncertainties (MCMC_varkinetics)

v0.6.0

Thermochron v0.6.0

Diff since v0.5.1

• Add support for apatite helium data

v0.5.1

Thermochron v0.5.1

Diff since v0.5.0

• Bump compat on VectorizedStatistics to 0.5.0
• Slightly higher minimum dynamicjumping temperature sigma

v0.5.0

Thermochron v0.5.0

Diff since v0.4.7

• The stationary distribution is now recorded as t-T points (tpointdist and Tpointdist) rather than as an already-interpolated Tstepdist)
• Information about boundaries, unconformities, and detail intervals are now passed using custom Boundary, Unconformity, and DetailInterval types, rather than as NamedTuples
• Capitalizationocalpyse! Variables now follow more Julian capitalization rules, except for uppercase T denoting temperature (as in t-T), and elements like U,Th, and He.
• A bugfix to point removal conditions
• Updated examples

v0.4.7

Thermochron v0.4.7

Diff since v0.4.6

• Numerous bugfixes
• Add the ability to specify a "detail interval" – a period of time with a minimum number of t-T points

v0.4.6

Thermochron v0.4.6

Diff since v0.4.5

• Fix major bug in recording of stationary distribution
• Various minor bugfixes and type stability improvements

v0.4.5

Thermochron v0.4.5

Diff since v0.4.4

• Use more efficient in-place linterp1s! in MCMC_vartcryst
• More efficient alpha deposition and damage when constructing Zircon objects
• Use ProgressMeter.update! interface in place of @showprogress
• Dispatch damage model on struct instead of Val(symbol) (i.e., ZRDAAM instead of Val(:zrdaam)) for flexibility in future implementation
• Add DOI and citation