DataExample datasets |
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Thermogravimetric data for Juncus amabilis |
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Thermogravimetric data for Marsilea drumondii |
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Key basic use functions |
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Calculates the derivative rate of mass loss of thermogravimetric data |
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Deconvolves Thermogravimetric Data |
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Accessor functionsUsed to access the outpus of basic use functions |
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Accessor function to extract selected temperature bounds |
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Accessor function to extract processed dataframe |
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Accessor function to extract model fit |
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Accessor function to extract mean weights |
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Accessor function to extract model parameters |
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Fraser-Suzuki equation functionsUsed to customise plotting methods |
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Fraser-Suzuki function for a single curve |
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Fraser-Suzuki mixture model |
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S3 methodsDefault print and plot methods |
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Default S3 print method for process object (derived from `process()`) |
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Default S3 plot method for process objects (derived from `process()`) |
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Default S3 print method for decon object (derived from `deconvolve()`) |
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Default S3 plot method for decon objects (derived from `deconvolve()`) |
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InternalsInternal functions and helpers |
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Function to determine x-value of peak < 500 K |
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Non-linear model using Fraser-Suzuki mixture model |
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Calculate weight quantiles |
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This function evaluates root mean squared error of a model |
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Optimise parameters |
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Calculate room mean squared error |
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Function to convert inflection point to logical argument for presence of fourth peak |
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Calculate weight quantiles |
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Calculate weight single component |