		CHANGES IN GEOMORPH VERSION 1.1-6

OTHER CHANGES

    o Minor I/O enhancements in readmulti.nts()

    o Minor I/O enhancements in define.sliders.3d() to allow sliders to be in any order

    o Simplified pPsup (original code from J. Claude) to not include size re-scaling by beta (underlying function used in trajectory.analysis() only)

    o Added name.check for groups in compare.evol.rates()
 

		CHANGES IN GEOMORPH VERSION 1.1-5

NEW FEATURES

    o New function compare.evol.rates() for comparing multivariate evolutionary rates on phylogenies

    o define.sliders.2d() and define.sliders.3d() replace curves2d() and digit.curves() 

    o Option allowing specimens to be colored by group added to plotTangentSpace() and PlotAllometry() 

BUG FIXES 

    o Corrected parameter estimates when groups specified for Regression Score option in plotAllometry()


OTHER CHANGES

    o Simplified options in morphol.integr()

    o curves2d() and digit.curves() deprecated 


		CHANGES IN GEOMORPH VERSION 1.1-4

NEW FEATURES

    o Enhanced plotting of ply files in read.ply()

    o digitsurface(), buildtemplate(), plotspec(), digitfixed(), and digitcurves() now support ply file input

OTHER CHANGES

    o Minor changes to plot window options in plotting functions

    o Change to magnification factor usage in plotRefToTartget()

		CHANGES IN GEOMORPH VERSION 1.1-3

OTHER CHANGES

    o Improved NAMESPACE file and package usage

    o Generalized read.vrml() code for additional file formats



		CHANGES IN GEOMORPH VERSION 1.1-2

NEW FEATURES

    o pairwiseD.test() function added

    o bilat.symmetry() output includes symmetric and asymmetric shape components

BUG FIXES 

    o Corrected readland.tps() to allow for non-numeric ID and reading a single specimen per file

    o Corrected landmark plotting issue and added greater directory flexibility in curves2D() 

    o Added greater directory flexibility and fixed header output in digitize2D() 

    o Added greater flexibility in reading distinct file formats in read.morphologika()

    o Corrected angle calculations in fixed.angle()

    o Corrected plotting of deformations grids in plotTangentSpace()
 
    o Corrected ancestral state output in physignal() and PlotGMPhyloMorphoSpace()

OTHER CHANGES

    o Adjusted plotting routines in morphol.integr() to be compatible with new CRAN guidelines

    o Adjusted plotting routines in bilat.symmetry() to be compatible with new CRAN guidelines

    o Alternative ancestral state reconstruction and tests for bifurcating tree implemeneted in physignal()

    o Alternative ancestral state reconstruction and tests for bifurcating tree implemeneted in PlotGMPhyloMorphoSpace()


		CHANGES IN GEOMORPH VERSION 1.1-1

    o Removed dependency in physignal() on getAncStates() from geiger, which is no longer supported

    o Removed dependency in plotGMPhyloMorphoSpace() on getAncStates() from geiger, which is no longer supported


		CHANGES IN GEOMORPH VERSION 1.1-0

NEW FEATURES

    o bilat.symmetry() function added

    o writeland.tps() function added

    o fixed.angle() function added

    o compare.modular.partitions() generalized to allow 2 or more partitions

    o morphol.integr() generalized to allow 2 or more partitions

    o trajectory.analysis() re-written to accept formulas, allowing greater flexibility for motion analysis

    o PLS scores added to output morphol.integr() 

    o Ancestral states added to output physignal()

    o Centroid size and allometry scores added as output in plotAllometry()

    o PC scores added to output of plotTangentSpace()

    o Option added to select PC axes for plot in plotTangentSpace()

    o Option added to include specimen numbers to plotTangentSpace()

BUG FIXES

    o buildtemplate() positional error in plot between template and scan corrected

    o digit.curves() error with passing objects to internal function corrected

    o gpgen() occassional reflection issue corrected

OTHER CHANGES

    o read.morphologika() accepts greater variety of input file formats

    o new example data added for trajectory.analysis() (motionpaths)