Releases: OpenThermochronology/Thermochron.jl
Releases · OpenThermochronology/Thermochron.jl
v0.9.1
v0.9.0
v0.8.0
Thermochron v0.8.0
- Handle max reheating rate rejection by restarting proposal process, rather than with individual loops
v0.7.0
Thermochron v0.7.0
- Enable incorporation of kinetic uncertainties (
MCMC_varkinetics
)
v0.6.0
v0.5.1
Thermochron v0.5.1
- Bump compat on VectorizedStatistics to 0.5.0
- Slightly higher minimum dynamicjumping temperature sigma
v0.5.0
Thermochron v0.5.0
- The stationary distribution is now recorded as
t-T
points (tpointdist
andTpointdist
) rather than as an already-interpolatedTstepdist
) - Information about boundaries, unconformities, and detail intervals are now passed using custom
Boundary
,Unconformity
, andDetailInterval
types, rather than asNamedTuple
s - Capitalizationocalpyse! Variables now follow more Julian capitalization rules, except for uppercase
T
denoting temperature (as int-T
), and elements likeU
,Th
, andHe
. - A bugfix to point removal conditions
- Updated examples
v0.4.7
Thermochron v0.4.7
- 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
- Fix major bug in recording of stationary distribution
- Various minor bugfixes and type stability improvements
v0.4.5
Thermochron v0.4.5
- Use more efficient in-place
linterp1s!
inMCMC_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 ofVal(symbol)
(i.e.,ZRDAAM
instead ofVal(:zrdaam)
) for flexibility in future implementation - Add DOI and citation