ECL`

PlotAbsorbanceThermodynamics

PlotAbsorbanceThermodynamics[AbsorbanceThermodynamicsObject]⟹Plot

provides a graphical plot of the melting and/or cooling curves stored in the data object.

PlotAbsorbanceThermodynamics[Protocol]⟹Plot

creates a Plot of the melting and/or cooling curves stored in the data objects found in the Data field of Protocol.

PlotAbsorbanceThermodynamics[MeltingCurveData]⟹Plot

provides a graphical plot of the melting curve.

PlotAbsorbanceThermodynamics[MeltingCurveData,CoolingCurveData]⟹Plot

provides a graphical plot of the melting and cooling curve.

Details

In order to join lists of melting and cooling curves, the lists must be the same length.

Input

Output

Data Specifications Options

Fractions Options

Frame Options

Grid Options

Image Format Options

Ladder Options

Legend Options

Peaks Options

Plot Labeling Options

Plot Range Options

Plot Style Options

Primary Data Options

Secondary Data Options

General Options

Examples

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Basic Examples (7)

Plot only the cooling curve from the data object:

Plot raw cooling curve data:

Plots absorbance thermodynamics object in a link:

Plots all primary data fields present in the absorbance thermodynamics data object:

Plots data objects linked to a protocol when given a ThermalShift protocol object:

Plots data objects linked to a protocol when given a UVMelting protocol object:

Plots the Melting and Cooling curve when both are present in the absorbance thermodynamics data object:

Options (40)

AggregationCurve (1)

Provide a new value for the AggregationCurve instead of using the value recorded in the object being plotted:

AggregationRecoveryCurve (1)

Provide a new value for the AggregationRecoveryCurve instead of using the value recorded in the object being plotted:

ArrowheadSize (1)

Indicate that small arrow heads should be used to chart the direction of the curve:

Boxes (1)

Indicate that colors in the legend should be displayed using colored squares instead of lines:

CoolingCurve (1)

Provide a new value for the CoolingCurve instead of using the value recorded in the object being plotted:

Display (1)

There is no additional overlay display for absorbance thermodynamics plots:

FinalCorrelationCurve (1)

Provide a new value for the FinalCorrelationCurve instead of using the value recorded in the object being plotted:

FinalIntensityDistribution (1)

Provide a new value for the FinalIntensityDistribution instead of using the value recorded in the object being plotted:

FinalMassDistribution (1)

Provide a new value for the FinalMassDistribution instead of using the value recorded in the object being plotted:

FrameLabel (1)

Specify custom x and y-axis labels:

IncludeReplicates (1)

Include data gathered in an identical fashion when plotting:

InitialCorrelationCurve (1)

Provide a new value for the InitialCorrelationCurve instead of using the value recorded in the object being plotted:

InitialIntensityDistribution (1)

Provide a new value for the InitialIntensityDistribution instead of using the value recorded in the object being plotted:

InitialMassDistribution (1)

Provide a new value for the InitialMassDistribution instead of using the value recorded in the object being plotted:

Legend (1)

Add a legend to the plot:

LegendPlacement (1)

Indicate that the legend should be placed to the right of the plot:

Map (1)

Generate a separate plot for each data object given:

MeltingCurve (1)

Provide a new value for the MeltingCurve instead of using the value recorded in the object being plotted:

OptionFunctions (1)

Turn off formatting based on the absorbance value at a given wavelength by clearing the option functions:

PlotLabel (1)

Provide a title for the plot:

PlotTheme (1)

Indicate a general theme which should be used to set the styling for many plot options:

PlotType (1)

Plot three dimensional data:

PrimaryData (1)

Indicate the data which should be displayed on the primary y-axis:

QuaternaryCoolingCurve (1)

Provide a new value for the QuaternaryCoolingCurve instead of using the value recorded in the object being plotted:

QuaternaryMeltingCurve (1)

Provide a new value for the QuaternaryMeltingCurve instead of using the value recorded in the object being plotted:

QuinaryCoolingCurve (1)

Provide a new value for the QuinaryCoolingCurve instead of using the value recorded in the object being plotted:

QuinaryMeltingCurve (1)

Provide a new value for the QuinaryMeltingCurve instead of using the value recorded in the object being plotted:

SecondaryAggregationCurve (1)

Provide a new value for the SecondaryAggregationCurve instead of using the value recorded in the object being plotted:

SecondaryAggregationRecoveryCurve (1)

Provide a new value for the SecondaryAggregationRecoveryCurve instead of using the value recorded in the object being plotted:

SecondaryCoolingCurve (1)

Provide a new value for the SecondaryCoolingCurve instead of using the value recorded in the object being plotted:

SecondaryData (1)

Plot the Cooling Curve on the secondary y-axis:

SecondaryMeltingCurve (1)

Provide a new value for the SecondaryMeltingCurve instead of using the value recorded in the object being plotted:

TargetUnits (1)

Plot the x-axis in units of Fahrenheit:

TertiaryAggregationCurve (1)

Provide a new value for the TertiaryAggregationCurve instead of using the value recorded in the object being plotted:

TertiaryAggregationRecoveryCurve (1)

Provide a new value for the TertiaryAggregationRecoveryCurve instead of using the value recorded in the object being plotted:

TertiaryCoolingCurve (1)