Report

`AQGCoriolisReport`

Bases: Report

PDF report for an AQG Coriolis measurement

Parameters:

Name	Type	Description	Default
`CoriolisAnalysis`		Processed AQG Coriolis dataset.	required
`**kwargs`	`dict`	Additional parameters to Report.	`{}`

`body()`

Define the content structure

`coriolis_fit_plot()`

`info_section()`

`info_values()`

`make()`

Build the entire report

`plot_context()`

Context manager to insert a Matplotlib figure

`results_section()`

`row(*cell_texts)`

Create a table row

`save(path)`

Create report and save to file

Parameters:

Name	Type	Description	Default
`path`	`str \| Path`	Output path.	required

`section(heading)`

Create a new section

`subsection(heading)`

Create a new sub-section

`table(widths=None, aligns=None)`

Context manager to create a table

Parameters:

Name	Type	Description	Default
`widths`	`list[float]`	Column widths.	`None`
`aligns`	`list[str]`	Column alignments.	`None`

`text(text)`

Write a simple line of text

`title(title, super_title=None)`

Create the title

`AQGDatasetReport`

Bases: Report

PDF report for an AQG dataset

Parameters:

Name	Type	Description	Default
`dataset`	`AQGDataset`	Processed AQG dataset.	required
`**kwargs`	`dict`	Additional parameters to Report.	`{}`

`adev()`

`atom_number()`

`body()`

Define the content structure

`corrections()`

`earth_tides()`

`full_signal()`

`info_section()`

`info_values()`

`make()`

Build the entire report

`means_10s()`

`means_1h()`

`ocean_loading()`

`other()`

`plot_context()`

Context manager to insert a Matplotlib figure

`polar_motion()`

`pressure()`

`results_section()`

`row(*cell_texts)`

Create a table row

`save(path)`

Create report and save to file

Parameters:

Name	Type	Description	Default
`path`	`str \| Path`	Output path.	required

`section(heading)`

Create a new section

`subsection(heading)`

Create a new sub-section

`table(widths=None, aligns=None)`

Context manager to create a table

Parameters:

Name	Type	Description	Default
`widths`	`list[float]`	Column widths.	`None`
`aligns`	`list[str]`	Column alignments.	`None`

`temperatures()`

`text(text)`

Write a simple line of text

`tilt()`

`tilt_angles()`

tilt angles

`title(title, super_title=None)`

Create the title

`AQGProtocol`

Bases: Report

PDF of protocol an AQG measurement

Parameters:

Name	Type	Description	Default
`Dictionary`		AQG protocol from dashboard gui.	required
`**kwargs`	`dict`	Additional parameters to Report.	`{}`

`body()`

Define the content structure

`general()`

`general_values()`

`make()`

Build the entire report

`plot_context()`

Context manager to insert a Matplotlib figure

`postMeasurement()`

`postMeasurement_values()`

`row(*cell_texts)`

Create a table row

`save(path)`

Create report and save to file

Parameters:

Name	Type	Description	Default
`path`	`str \| Path`	Output path.	required

`section(heading)`

Create a new section

`setup()`

`setup_values()`

`subsection(heading)`

Create a new sub-section

`table(widths=None, aligns=None)`

Context manager to create a table

Parameters:

Name	Type	Description	Default
`widths`	`list[float]`	Column widths.	`None`
`aligns`	`list[str]`	Column alignments.	`None`

`text(text)`

Write a simple line of text

`title(title, super_title=None)`

Create the title

`AQGTiltReport`

Bases: Report

PDF report for an AQG tilt calibration

Parameters:

Name	Type	Description	Default
`AQGTiltAnalysis`		Processed AQG tilt dataset.	required
`**kwargs`	`dict`	Additional parameters to Report.	`{}`

`body()`

Define the content structure

`datasets()`

`info_section()`

`info_values()`

`make()`

Build the entire report

`plot_context()`

Context manager to insert a Matplotlib figure

`residuals()`

`results_section()`

`row(*cell_texts)`

Create a table row

`save(path)`

Create report and save to file

Parameters:

Name	Type	Description	Default
`path`	`str \| Path`	Output path.	required

`section(heading)`

Create a new section

`subsection(heading)`

Create a new sub-section

`table(widths=None, aligns=None)`

Context manager to create a table

Parameters:

Name	Type	Description	Default
`widths`	`list[float]`	Column widths.	`None`
`aligns`	`list[str]`	Column alignments.	`None`

`text(text)`

Write a simple line of text

`tilt_distribution()`

`tilt_offset()`

`title(title, super_title=None)`

Create the title