update transform functions

Author: Kucharssim

Common/r_functionwhitelist.cpp

@@ -96,6 +96,7 @@ const std::set<std::string> R_FunctionWhiteList::functionWhiteList {
 	"is.na",
 	"is.null",
 	"is.numeric",
+    "Johnson",
 	"lag",
 	"lapply",
 	"length",

Desktop/components/JASP/Widgets/ComputeColumnWindow.qml

@@ -205,13 +205,14 @@ FocusScope
 					ListElement	{ type: "function";	friendlyFunctionName:	"fishZ\u207B\u00B9";	functionName: "invFishZ";			functionParameters: "y";								functionParamTypes: "number";									toolTip: qsTr("Inverse Fisher's Z-transform (i.e., the hyperbolic tangent) to transform real numbers to numbers between -1 and 1") }
 					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "logit";				functionParameters: "y";								functionParamTypes: "number";									toolTip: qsTr("Logit transform (i.e., the inverse of the standard logit function, or log-odds transform) converts numbers between 0 and 1 to the real line.") }
 					ListElement	{ type: "function";	friendlyFunctionName:	"logit\u207B\u00B9";	functionName: "invLogit";			functionParameters: "y";								functionParamTypes: "number";									toolTip: qsTr("Inverse logit transform (i.e., the standard logit function) converts numbers on the real line to numbers between 0 and 1.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "BoxCox";				functionParameters: "y,lambda,shift";					functionParamTypes: "number,number,number";						toolTip: qsTr("Two-parameter Box-Cox transform (transforms values greater than -shift) to stabilize variance and attempt to make the data more normal distribution-like.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "BoxCoxAuto";			functionParameters: "y,method,lower,upper,shift";		functionParamTypes: "number,string,number,number,number";		toolTip: qsTr("Two-parameter Box-Cox transform with an automatic determination of the shape parameter lambda, according to one of the two of methods:'loglik' or 'minitab'. The search for optimal lambda is bounded within 'lower' and 'upper' limits.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"BoxCox\u207B\u00B9";	functionName: "invBoxCox";			functionParameters: "y,lambda,shift";					functionParamTypes: "number,number,number";						toolTip: qsTr("Inverse two-parameter Box-Cox transform.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "powerTransform";		functionParameters: "y,lambda,shift";					functionParamTypes: "number,number,number";						toolTip: qsTr("Two-parameter power transform (scale-invariant Box-Box; transforms values greater than -shift) to stabilize variance and attempt to make the data more normal distribution-like.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "powerTransformAuto";	functionParameters: "y,lower,upper,shift";				functionParamTypes: "number,number,number,number";				toolTip: qsTr("Two-parameter power transform with an automatic determination of the shape parameter lambda. The search for optimal lambda is bounded within 'lower' and 'upper' limits.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "YeoJohnson";			functionParameters: "y,lambda";							functionParamTypes: "number,number";							toolTip: qsTr("Yeo-Johnson transform (transforms any real values) to stabilize variance and attempt to make the data more normal distribution-like.") }
-					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "YeoJohnsonAuto";		functionParameters: "y,lower,upper";					functionParamTypes: "number,number,number";						toolTip: qsTr("Yeo-Johnson transform (transforms any real values) with an automatic determination of the shape parameter lambda. The search for optimal lambda is bounded within 'lower' and 'upper' limits.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "BoxCox";				functionParameters: "y,lambda,shift,continuityAdjustment";								functionParamTypes: "number,number,number,boolean";								toolTip: qsTr("Two-parameter Box-Cox transform (transforms values greater than -shift) to stabilize variance and attempt to make the data more normal distribution-like.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "BoxCoxAuto";			functionParameters: "y,predictor,method,lower,upper,shift,continuityAdjustment";		functionParamTypes: "number,number,string,number,number,number,boolean";		toolTip: qsTr("Two-parameter Box-Cox transform with an automatic determination of the shape parameter lambda, according to one of the three of methods:'loglik', 'sd', or 'movingRange'. The search for optimal lambda is bounded within 'lower' and 'upper' limits.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"BoxCox\u207B\u00B9";	functionName: "invBoxCox";			functionParameters: "y,lambda,shift,continuityAdjustment";								functionParamTypes: "number,number,number,bool";								toolTip: qsTr("Inverse two-parameter Box-Cox transform.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "powerTransform";		functionParameters: "y,lambda,shift";													functionParamTypes: "number,number,number";										toolTip: qsTr("Two-parameter power transform (scale-invariant Box-Box; transforms values greater than -shift) to stabilize variance and attempt to make the data more normal distribution-like.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "powerTransformAuto";	functionParameters: "y,predictor,lower,upper,shift";									functionParamTypes: "number,number,number,number,number";						toolTip: qsTr("Two-parameter power transform with an automatic determination of the shape parameter lambda. The search for optimal lambda is bounded within 'lower' and 'upper' limits.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "YeoJohnson";			functionParameters: "y,lambda";															functionParamTypes: "number,number";											toolTip: qsTr("Yeo-Johnson transform (transforms any real values) to stabilize variance and attempt to make the data more normal distribution-like.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "YeoJohnsonAuto";		functionParameters: "y,lower,upper";													functionParamTypes: "number,number,number";										toolTip: qsTr("Yeo-Johnson transform (transforms any real values) with an automatic determination of the shape parameter lambda. The search for optimal lambda is bounded within 'lower' and 'upper' limits.") }
+					ListElement	{ type: "function";	friendlyFunctionName:	"";						functionName: "Johnson";			functionParameters: "y,lower,upper";													functionParamTypes: "number,number,number";										toolTip: qsTr("Johnson transform (transforms any real values). The search for optimal parameter is bounded within 'lower' and 'upper' limits.") }
 
 
 					ListElement	{ type: "separator" }