sedproxy 0.7.6
- fixed test for ggplot2 objects to address
https://github.com/tidyverse/ggplot2/issues/6498
 
- fixed additional warnings for using .data in tidyselect
 
- fixed warning for using @docType “package”
 
sedproxy 0.7.5.1
- fix bug in mixed layer modelling where top of core is assumed to be
age == 0
 
sedproxy 0.7.5
- depend on R >= 3.5.0
 
- remove tidyverse from suggests
 
- move Shiny code to new package
https://github.com/EarthSystemDiagnostics/shinysedproxy
 
- wrap stat::time() in as.numeric() to speed up %in% comparison
 
sedproxy 0.7.4
- fix bug in ChunkMatrix where if a single timepoint is selected it
would be off by one
 
- fix bug in BioturbationWeights to allow very small mixing depths
with zero layer thickness
 
- fix bug in assigning points to the mixed layer when timepoint are
not in increasing age order
 
sedproxy 0.7.3
- refactor and rename growth rate function to be more intuitive
 
sedproxy 0.7.2
- modifications to pass R CMD check
 
- depend on R >= 4.0.0
 
sedproxy 0.7.1
- set growth to zero at temperatures below -2°C in growth_rate_l09_R
(FAME)
 
sedproxy 0.7.0
- feature - allow simulation of proxy in mixed layer
 
sedproxy 0.6.6
- bugfix - allow duplicated requested timepoints
 
- additionally include n.samples in output
 
sedproxy 0.6.5
- bugfix - fix case where bio.depth and layer width both == 0, single
row of clim.signal should be used for each requested timepoint
 
sedproxy 0.6.4
- implement growth rate threshold in growth_rate_l09_R (FAME)
 
sedproxy 0.6.2
- fixed calibration parameters attribute
 
sedproxy 0.6.1
- Release version for final copy edited version of CoTP paper
 
- Repository moved to Github
 
sedproxy 0.6
- Fast version of ClimToProxyClim called internally when parameters
are time-invariant
 
- Bugfix to calculation of bioturbation weights when layer.width ==
0
 
- Other performance improvements
 
- Basic unit tests to detect changes to output for a standard
simulation
 
sedproxy 0.5.0
- Release version for revised CoTP Discussion paper
 
- Can now use dynamic habitat weights
 
- Now has explicit sensor stage with conversion from temperature to
Mg/Ca or Uk’37 units
 
- Habitat weights can be calculated using temperature response
function and parameterisation from FAME 1.0 module
 
- Calibration uncertainty modelled via sampling parameters from fitted
calibration regression model for each replicate
 
sedproxy 0.4.0
- Release version for CoTP Discussion paper
 
sedproxy 0.3.1
- Added a 
NEWS.md file to track changes to the
package. 
- ClimToProxyClim now takes a ts object for the input climate
signal.
 
- Bioturbation weights now take the thickness of the layer from which
samples were picked/extracted into account when determining the time
period over which a proxy integrates the climate signal. This is
controlled by the new argument 
layer.width