Contour

Constructors

Constructor	Description
`new()` Signature: unit -> Contour

Instance members

Instance member	Description
`autocontour()` Signature: unit -> string	Toggle whether or not the contour parameters are picked automatically by Plotly. If FALSE, declare the contours parameters in 'contours'.
`autocontour()` Signature: unit -> unit	Toggle whether or not the contour parameters are picked automatically by Plotly. If FALSE, declare the contours parameters in 'contours'.
`colorbar()` Signature: unit -> Colorbar	Links a dictionary defining the parameters of the color bar associated with this trace (including its title, length and width).
`colorbar()` Signature: unit -> unit	Links a dictionary defining the parameters of the color bar associated with this trace (including its title, length and width).
`colorscale()` Signature: unit -> string	Sets and/or defines the color scale for this trace. The string values are pre-defined color scales. For custom color scales, define an array of value-color pairs where, the first element of the pair corresponds to a normalized value of z from 0-1, i.e. (z-zmin)/ (zmax-zmin), and the second element of pair corresponds to a color. Use with 'zauto', 'zmin' and 'zmax to fine-tune the map from 'z' to rendered colors.
`colorscale()` Signature: unit -> unit	Sets and/or defines the color scale for this trace. The string values are pre-defined color scales. For custom color scales, define an array of value-color pairs where, the first element of the pair corresponds to a normalized value of z from 0-1, i.e. (z-zmin)/ (zmax-zmin), and the second element of pair corresponds to a color. Use with 'zauto', 'zmin' and 'zmax to fine-tune the map from 'z' to rendered colors.
`connectgaps()` Signature: unit -> string	Toggle whether or not missing data points (i.e. '' or NaN) linked to 'x' and/or 'y', are added in by Plotly using linear interpolation.
`connectgaps()` Signature: unit -> unit	Toggle whether or not missing data points (i.e. '' or NaN) linked to 'x' and/or 'y', are added in by Plotly using linear interpolation.
`contours()` Signature: unit -> Contours	Links a dictionary defining the parameters of the contours of this trace.
`contours()` Signature: unit -> unit	Links a dictionary defining the parameters of the contours of this trace.
`dx()` Signature: unit -> float	Spacing between x-axis coordinates. Use with 'x0' an alternative to an 'x' array. Has no effect if 'x' is set.
`dx()` Signature: unit -> unit	Spacing between x-axis coordinates. Use with 'x0' an alternative to an 'x' array. Has no effect if 'x' is set.
`dy()` Signature: unit -> float	Spacing between y-axis coordinates. Use with 'y0' an alternative to an 'y' array. Has no effect if 'y' is set.
`dy()` Signature: unit -> unit	Spacing between y-axis coordinates. Use with 'y0' an alternative to an 'y' array. Has no effect if 'y' is set.
`line()` Signature: unit -> Line	Links a dictionary containing line parameters for contour lines of this contour trace (including line width, dash, color and smoothing level). Has no an effect if 'showlines' is set to FALSE in 'contours'.
`line()` Signature: unit -> unit	Links a dictionary containing line parameters for contour lines of this contour trace (including line width, dash, color and smoothing level). Has no an effect if 'showlines' is set to FALSE in 'contours'.
`name()` Signature: unit -> string	The label associated with this trace. This name will appear in the legend, on hover and in the column header in the online spreadsheet.
`name()` Signature: unit -> unit	The label associated with this trace. This name will appear in the legend, on hover and in the column header in the online spreadsheet.
`ncontours()` Signature: unit -> float	Specifies the number of contours lines in the contour plot. No need to set 'autocontour' to False for 'ncontours' to apply.
`ncontours()` Signature: unit -> unit	Specifies the number of contours lines in the contour plot. No need to set 'autocontour' to False for 'ncontours' to apply.
`opacity()` Signature: unit -> float	Sets the opacity, or transparency, of the entire object, also known as the alpha channel of colors. If the object's color is given in terms of 'rgba' color model, 'opacity' is redundant.
`opacity()` Signature: unit -> unit	Sets the opacity, or transparency, of the entire object, also known as the alpha channel of colors. If the object's color is given in terms of 'rgba' color model, 'opacity' is redundant.
`reversescale()` Signature: unit -> string	Toggle whether or not the color scale will be reversed.
`reversescale()` Signature: unit -> unit	Toggle whether or not the color scale will be reversed.
`ShouldSerializeautocontour()` Signature: unit -> bool
`ShouldSerializecolorbar()` Signature: unit -> bool
`ShouldSerializecolorscale()` Signature: unit -> bool
`ShouldSerializeconnectgaps()` Signature: unit -> bool
`ShouldSerializecontours()` Signature: unit -> bool
`ShouldSerializedx()` Signature: unit -> bool
`ShouldSerializedy()` Signature: unit -> bool
`ShouldSerializeline()` Signature: unit -> bool
`ShouldSerializename()` Signature: unit -> bool
`ShouldSerializencontours()` Signature: unit -> bool
`ShouldSerializeopacity()` Signature: unit -> bool
`ShouldSerializereversescale()` Signature: unit -> bool
`ShouldSerializeshowlegend()` Signature: unit -> bool
`ShouldSerializeshowscale()` Signature: unit -> bool
`ShouldSerializestream()` Signature: unit -> bool
`ShouldSerializetype()` Signature: unit -> bool
`ShouldSerializevisible()` Signature: unit -> bool
`ShouldSerializex()` Signature: unit -> bool
`ShouldSerializex0()` Signature: unit -> bool
`ShouldSerializexaxis()` Signature: unit -> bool
`ShouldSerializextype()` Signature: unit -> bool
`ShouldSerializey()` Signature: unit -> bool
`ShouldSerializey0()` Signature: unit -> bool
`ShouldSerializeyaxis()` Signature: unit -> bool
`ShouldSerializeytype()` Signature: unit -> bool
`ShouldSerializez()` Signature: unit -> bool
`ShouldSerializezauto()` Signature: unit -> bool
`ShouldSerializezmax()` Signature: unit -> bool
`ShouldSerializezmin()` Signature: unit -> bool
`showlegend()` Signature: unit -> string	Toggle whether or not this trace will be labeled in the legend.
`showlegend()` Signature: unit -> unit	Toggle whether or not this trace will be labeled in the legend.
`showscale()` Signature: unit -> bool	Toggle whether or not the color scale associated with this mapping will be shown alongside the figure.
`showscale()` Signature: unit -> unit	Toggle whether or not the color scale associated with this mapping will be shown alongside the figure.
`stream()` Signature: unit -> Stream	Links a dictionary that initializes this trace as a writable-stream, for use with the streaming API.
`stream()` Signature: unit -> unit	Links a dictionary that initializes this trace as a writable-stream, for use with the streaming API.
`type()` Signature: unit -> string	Plotly identifier for this data's trace type.
`type()` Signature: unit -> unit	Plotly identifier for this data's trace type.
`visible()` Signature: unit -> string	Toggles whether or not this object will be visible on the rendered figure.
`visible()` Signature: unit -> unit	Toggles whether or not this object will be visible on the rendered figure.
`x()` Signature: unit -> obj	Sets the horizontal coordinates referring to the columns of the 2d array linked to 'z'. If the 'z' is an array of strings, then the x-labels are spaced evenly. If the dimensions of the 2d array linked to 'z' are (n x m), the length of the 'x' array should equal m.
`x()` Signature: unit -> unit	Sets the horizontal coordinates referring to the columns of the 2d array linked to 'z'. If the 'z' is an array of strings, then the x-labels are spaced evenly. If the dimensions of the 2d array linked to 'z' are (n x m), the length of the 'x' array should equal m.
`x0()` Signature: unit -> float	The location of the first coordinate of the x-axis. Use with 'dx' an alternative to an 'x' array. Has no effect if 'x' is set.
`x0()` Signature: unit -> unit	The location of the first coordinate of the x-axis. Use with 'dx' an alternative to an 'x' array. Has no effect if 'x' is set.
`xaxis()` Signature: unit -> string	This key determines which x-axis the x-coordinates of this trace will reference in the figure. Values 'x1' and 'x' reference to 'xaxis' in 'layout', 'x2' references to 'xaxis2' in 'layout', and so on. Note that 'x1' will always refer to 'xaxis' or 'xaxis1' in 'layout', they are the same.
`xaxis()` Signature: unit -> unit	This key determines which x-axis the x-coordinates of this trace will reference in the figure. Values 'x1' and 'x' reference to 'xaxis' in 'layout', 'x2' references to 'xaxis2' in 'layout', and so on. Note that 'x1' will always refer to 'xaxis' or 'xaxis1' in 'layout', they are the same.
`xtype()` Signature: unit -> string	If set to 'scaled' and 'x' is linked to an array, then the horizontal labels are scaled to an array of integers of unit step starting from 0.
`xtype()` Signature: unit -> unit	If set to 'scaled' and 'x' is linked to an array, then the horizontal labels are scaled to an array of integers of unit step starting from 0.
`y()` Signature: unit -> obj	Sets the vertical coordinates referring to the rows of the 2d array linked to 'z'. If strings, the y-labels are spaced evenly. If the dimensions of the 2d array linked to 'z' are (n x m), the length of the 'y' array should equal n.
`y()` Signature: unit -> unit	Sets the vertical coordinates referring to the rows of the 2d array linked to 'z'. If strings, the y-labels are spaced evenly. If the dimensions of the 2d array linked to 'z' are (n x m), the length of the 'y' array should equal n.
`y0()` Signature: unit -> float	The location of the first coordinate of the y-axis. Use with 'dy' an alternative to an 'y' array. Has no effect if 'y' is set.
`y0()` Signature: unit -> unit	The location of the first coordinate of the y-axis. Use with 'dy' an alternative to an 'y' array. Has no effect if 'y' is set.
`yaxis()` Signature: unit -> string	This key determines which y-axis the y-coordinates of this trace will reference in the figure. Values 'y1' and 'y' reference to 'yaxis' in 'layout', 'y2' references to 'yaxis2' in 'layout', and so on. Note that 'y1' will always refer to 'yaxis' or 'yaxis1' in 'layout', they are the same.
`yaxis()` Signature: unit -> unit	This key determines which y-axis the y-coordinates of this trace will reference in the figure. Values 'y1' and 'y' reference to 'yaxis' in 'layout', 'y2' references to 'yaxis2' in 'layout', and so on. Note that 'y1' will always refer to 'yaxis' or 'yaxis1' in 'layout', they are the same.
`ytype()` Signature: unit -> string	If set to 'scaled' and 'y' is linked to an array, then the vertical labels are scaled to an array of integers of unit step starting from 0.
`ytype()` Signature: unit -> unit	If set to 'scaled' and 'y' is linked to an array, then the vertical labels are scaled to an array of integers of unit step starting from 0.
`z()` Signature: unit -> obj	Sets the data that describes the contour map mapping. Say the dimensions of the 2d array linked to 'z' has n rows and m columns then the resulting contour map will show n partitions along the y-axis and m partitions along the x-axis. Therefore, the i-th row/ j-th column cell in the 2d array linked to 'z' is mapped to the i-th partition of the y-axis (starting from the bottom of the plot) and the j-th partition of the x-axis (starting from the left of the plot).
`z()` Signature: unit -> unit	Sets the data that describes the contour map mapping. Say the dimensions of the 2d array linked to 'z' has n rows and m columns then the resulting contour map will show n partitions along the y-axis and m partitions along the x-axis. Therefore, the i-th row/ j-th column cell in the 2d array linked to 'z' is mapped to the i-th partition of the y-axis (starting from the bottom of the plot) and the j-th partition of the x-axis (starting from the left of the plot).
`zauto()` Signature: unit -> string	Toggle whether or not the default values of 'zmax' and 'zmax' can be overwritten.
`zauto()` Signature: unit -> unit	Toggle whether or not the default values of 'zmax' and 'zmax' can be overwritten.
`zmax()` Signature: unit -> float	Sets the maximum 'z' data value to be resolved by the color scale. Its default value is the maximum of the 'z' data values. This value will be used as the maximum in the color scale normalization. For more info see 'colorscale'.
`zmax()` Signature: unit -> unit	Sets the maximum 'z' data value to be resolved by the color scale. Its default value is the maximum of the 'z' data values. This value will be used as the maximum in the color scale normalization. For more info see 'colorscale'.
`zmin()` Signature: unit -> float	Sets the minimum 'z' data value to be resolved by the color scale. Its default value is the minimum of the 'z' data values. This value will be used as the minimum in the color scale normalization. For more info see 'colorscale'.
`zmin()` Signature: unit -> unit	Sets the minimum 'z' data value to be resolved by the color scale. Its default value is the minimum of the 'z' data values. This value will be used as the minimum in the color scale normalization. For more info see 'colorscale'.

XPlot

Contour

Constructors

Instance members