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README

sqlite

Converting the CSV base files into a standalone sqlite database is handled through the Table struct.

The elements of the struct handle the structure and construction of the actual SQL table, these include:

  • name: the name of the table.
  • headers: a mapping between CSV column names and column order.
  • primary: a list of the table primary (or unique) keys.
  • native: a list of columns which should not be handled as strings.
  • foreign: a mapping of columns to other table entries to allow for foreign keys.
  • remap: a mapping of CSV columns names to database names.
  • ignore: ???
  • start: a lookup value to the CSV column which holds the start date.
  • end: a lookup value to the CSV column which holds the end date.

An example for the Site table:

var SiteTable Table = Table{
        name:    "Site",
        headers: siteHeaders,
        primary: []string{"Station", "Location", "Start Date"},
        native:  []string{"Latitude", "Longitude", "Elevation", "Depth"},
        foreign: map[string][]string{
                "Station": {"Station"},
        },
        remap: map[string]string{
                "Start Date": "Start",
                "End Date":   "End",
        },
        start: "Start Date",
        end:   "End Date",
}

where the Headers are defined as a mapping of column names to column order in the associated CSV file. e.g.

const (
        siteStation = iota
        siteLocation
        siteLatitude
        siteLongitude
        siteElevation
...
)

var siteHeaders Header = map[string]int{
        "Station":    siteStation,
        "Location":   siteLocation,
        "Latitude":   siteLatitude,
        "Longitude":  siteLongitude,
        "Elevation":  siteElevation,
...
}

Once a Table has been built, it can be attached to a CSV List via the TableList function of Set. This function can then call itself to load in the actual data via the meta/sqlite code.

Building the sqlite tables is done by hand in meta/sqlite. Again a struct called Table is used, the layout of this struct is as follows:

  • Create: the commands needed to create the table, as a string.
  • Select: a function that returns a prepared statement for selecting a primary key for the table.
  • Insert: a function that returns a prepared statement for inserting values into the table.
  • Fields: a slice of fields as used in the CSV files which are inserted into the table.
  • Nulls: a slice of column names that are allow to be null (identified by empty CSV strings).
  • Unwrap: is used for building linking tables.

Here is the code for adding the Site table:

const siteCreate = `
DROP TABLE IF EXISTS site;
CREATE TABLE IF NOT EXISTS site (
  site_id INTEGER PRIMARY KEY NOT NULL,
  station_id INTEGER NOT NULL,
  datum_id INTEGER NOT NULL,
  location TEXT NOT NULL,
  latitude REAL NOT NULL,
  longitude REAL NOT NULL,
  elevation REAL NULL,
  depth REAL NULL,
  survey TEXT DEFAULT "Unknown" NOT NULL,
  start_date DATETIME NOT NULL CHECK (start_date IS strftime('%Y-%m-%dT%H:%M:%SZ', start_date)),
  end_date DATETIME NOT NULL CHECK (end_date IS strftime('%Y-%m-%dT%H:%M:%SZ', end_date)),
  FOREIGN KEY (station_id) REFERENCES station (station_id),
  FOREIGN KEY (datum_id) REFERENCES datum (datum_id),
  UNIQUE (station_id, location)
);
CREATE TRIGGER IF NOT EXISTS site_too_soon BEFORE INSERT ON site
WHEN NEW.start_date < (SELECT station.start_date FROM station WHERE station.station_id = new.station_id)
BEGIN
  SELECT RAISE(FAIL, "site too soon for station");
END;
CREATE TRIGGER IF NOT EXISTS site_too_late BEFORE INSERT ON site
WHEN NEW.end_date > (SELECT station.end_date FROM station WHERE station.station_id = new.station_id)
BEGIN
  SELECT RAISE(FAIL, "site too late for station");
END;
`

var site = Table{
        Create: siteCreate,
        Select: func() string {
                return fmt.Sprintf("SELECT site_id FROM site WHERE station_id = (%s) AND location = ?", station.Select())
        },
        Insert: func() string {
                return fmt.Sprintf("INSERT INTO site (station_id, datum_id, location, latitude, longitude, elevation, depth, survey, start_date, end_date) VALUES ((%s), (%s), ?, ?, ?, ?, ?, ?, ?, ?);",
                        station.Select(), datum.Select())
        },

        Fields: []string{"Station", "Datum", "Location", "Latitude", "Longitude", "Elevation", "Depth", "Survey", "Start Date", "End Date"},
        Nulls:  []string{"Elevation", "Depth"},
}

An example of a linking table is joining entries for a Citation table and the citations column from the Class table. It is using references to the class and citation Select functions to build the required joins.

const classCitationCreate = `
DROP TABLE IF EXISTS class_citation;
CREATE TABLE IF NOT EXISTS class_citation (
  class_citation_id INTEGER PRIMARY KEY NOT NULL,
  class_id INTEGER NOT NULL,
  citation_id INTEGER NOT NULL,
  FOREIGN KEY (class_id) REFERENCES class (class_id),
  FOREIGN KEY (citation_id) REFERENCES citation (citation_id),
  UNIQUE (class_id, citation_id)
);`

var classCitation = Table{
        Create: classCitationCreate,
        Select: func() string {
                return fmt.Sprintf("SELECT class_citation_id FROM class_citation WHERE class_id = (%s) AND citation_id = (%s)",
                        class.Select(), citation.Select(),
                )
        },
        Insert: func() string {
                return fmt.Sprintf("INSERT INTO class_citation (class_id, citation_id) VALUES ((%s), (%s));",
                        class.Select(), citation.Select(),
                )
        },
        Fields: []string{"Station", "Citations"},
        Unwrap: "Citations",
}

schema

The schema can be automatically generated via the sqlite-schema-diagram.sql code in meta/sqlite from a delta.db file, e.g.

sqlite3 delta.db -init sqlite-schema-diagram.sql "" > delta.dot

and then

dot -Tsvg -odelta.svg delta.dot

Schema

Documentation

Index

Constants

View Source 
const (
	RadiansToDegrees = 57.2957795
	DegreesToKm      = math.Pi * 6371.0 / 180.0
	RadiansToKm      = RadiansToDegrees * DegreesToKm
)
View Source 
const (
	AssetFiles = "assets/*.csv"

	DartsFile     = "network/darts.csv"
	MarksFile     = "network/marks.csv"
	MonumentsFile = "network/monuments.csv"
	MountsFile    = "network/mounts.csv"
	NetworksFile  = "network/networks.csv"
	PointsFile    = "network/points.csv"
	SamplesFile   = "network/samples.csv"
	SitesFile     = "network/sites.csv"
	StationsFile  = "network/stations.csv"
	ViewsFile     = "network/views.csv"

	AntennasFile     = "install/antennas.csv"
	CalibrationsFile = "install/calibrations.csv"
	CamerasFile      = "install/cameras.csv"
	ChannelsFile     = "install/channels.csv"
	ComponentsFile   = "install/components.csv"
	ConnectionsFile  = "install/connections.csv"
	DataloggersFile  = "install/dataloggers.csv"
	DoasesFile       = "install/doases.csv"
	FirmwareFile     = "install/firmware.csv"
	GainsFile        = "install/gains.csv"
	MetsensorsFile   = "install/metsensors.csv"
	PolaritiesFile   = "install/polarities.csv"
	PreampsFile      = "install/preamps.csv"
	RadomesFile      = "install/radomes.csv"
	ReceiversFile    = "install/receivers.csv"
	RecordersFile    = "install/recorders.csv"
	SensorsFile      = "install/sensors.csv"
	SessionsFile     = "install/sessions.csv"
	StreamsFile      = "install/streams.csv"
	TelemetriesFile  = "install/telemetries.csv"
	TimingsFile      = "install/timings.csv"

	ClassesFile      = "environment/classes.csv"
	ConstituentsFile = "environment/constituents.csv"
	FeaturesFile     = "environment/features.csv"
	GaugesFile       = "environment/gauges.csv"
	PlacenamesFile   = "environment/placenames.csv"
	VisibilityFile   = "environment/visibility.csv"

	CitationsFile = "references/citations.csv"
)
View Source 
const DateTimeFormat = "2006-01-02T15:04:05Z"

DateTimeFormat is the standard date and time storage format used in the CSV files, it is assumed to have resolution of one second and that times are in UTC.

Variables

View Source 
var ErrInvalidDOI = errors.New("invalid DOI reference")
View Source 
var StationTable = Table{
	// contains filtered or unexported fields
}

Functions

func DecodeList 

func DecodeList(data [][]string, l ListDecoder) error

DecodeList converts a slice of string slices into a type that implements the ListDecoder interface, it returns a non empty error otherwise.

func EncodeList 

func EncodeList(l ListEncoder) [][]string

EncodeList converts a type that implements the ListEncoder interface into a slice of string slices.

func Format 

func Format(t time.Time) string

Format outputs a Time using the DateTimeFormat format.

func LoadList 

func LoadList(path string, l ListDecoder) error

LoadList reads and decodes a file into a type that implements the ListDecoder interface, it returns a non empty error otherwise.

func MarshalList 

func MarshalList(l ListEncoder) ([]byte, error)

MarshalList converts a type that implements the ListEncoder interface into a byte slice, or returns an error otherwise.

func ParseFloat64 

func ParseFloat64(s string) (float64, error)

ParseFloat64 converts a string into a float64 value. After trimming spaces, an empty string will return zero, otherwise the converted number is returned or an error if the conversion failed.

func ParseInt 

func ParseInt(s string) (int, error)

ParseInt converts a string into a int value. After trimming spaces, an empty string will return zero, otherwise the converted number is returned or an error if the conversion failed.

func ParseSamplingRate 

func ParseSamplingRate(s string) (float64, error)

ParseSamplingRate converts a string into a float64 value representing a sampling rate. After trimming spaces, an empty string will return zero, otherwise the converted sample rate is returned or an error if the float64 conversion failed. For initial sampling rates that are found to be negative the inverse of the negative sampling rate is returned, the negative number indicates that the value is actually a sampling period.

func StoreList 

func StoreList(path string, l ListEncoder) error

StoreList encodes and writes into a file the contents of a type that implements the ListEncoder interface, it returns a non empty error otherwise.

func UnmarshalList 

func UnmarshalList(b []byte, l ListDecoder) error

UnmarshalList decodes a byte slice into a type that implements the ListDecoder interface, it returns a non empty error otherwise.

Types

type Asset 

type Asset struct {
	Equipment
	Number string
	Notes  string
}

func LoadAssets 

func LoadAssets(path string) ([]Asset, error)

type AssetList 

type AssetList []Asset

func (AssetList) Len 

func (a AssetList) Len() int

func (AssetList) Less 

func (a AssetList) Less(i, j int) bool

func (AssetList) Swap 

func (a AssetList) Swap(i, j int)

type Calibration 

type Calibration struct {
	Install

	ScaleFactor   float64 `json:"scale-factor"`
	ScaleBias     float64 `json:"scale-bias"`
	ScaleAbsolute float64 `json:"scale-absolute"`
	Frequency     float64 `json:"scale-frequency"`
	Number        int     `json:"number"`
	// contains filtered or unexported fields
}

Calibration defines times where sensor scaling or offsets are needed, these will be overwrite the existing values, i.e. A + BX => A' + B' X, where A' and B' are the given bias and scaling factors.

func LoadCalibrations 

func LoadCalibrations(path string) ([]Calibration, error)

LoadCalibrations reads a CSV formatted file and returns a slice of Calibration types.

func (Calibration) Id 

func (c Calibration) Id() string

Id returns a unique string which can be used for sorting or checking.

func (Calibration) Less 

func (s Calibration) Less(calibration Calibration) bool

Less returns whether one Calibration sorts before another.

type CalibrationList 

type CalibrationList []Calibration

CalibrationList is a slice of Calibration types.

func (CalibrationList) Len 

func (c CalibrationList) Len() int

func (CalibrationList) Less 

func (c CalibrationList) Less(i, j int) bool

func (CalibrationList) Swap 

func (c CalibrationList) Swap(i, j int)

type Channel 

type Channel struct {
	Make         string
	Model        string
	Type         string
	SamplingRate float64
	Response     string
	Number       int
	// contains filtered or unexported fields
}

Channel is used to describe a generic recording from a Datalogger.

func LoadChannels 

func LoadChannels(path string) ([]Channel, error)

func (Channel) Description 

func (c Channel) Description() string

Description returns a short label for the channel model family.

func (Channel) Less 

func (c Channel) Less(comp Channel) bool

Less compares Channel structs suitable for sorting.

type ChannelList 

type ChannelList []Channel

func (ChannelList) Len 

func (c ChannelList) Len() int

func (ChannelList) Less 

func (c ChannelList) Less(i, j int) bool

func (ChannelList) Swap 

func (c ChannelList) Swap(i, j int)

type Citation 

type Citation struct {
	Key       string
	Author    string
	Year      int
	Title     string
	Published string
	Volume    string
	Pages     string
	Doi       Doi
	Link      string
	Retrieved time.Time
	// contains filtered or unexported fields
}

func LoadCitations 

func LoadCitations(path string) ([]Citation, error)

type CitationList 

type CitationList []Citation

func (CitationList) Len 

func (c CitationList) Len() int

func (CitationList) Less 

func (c CitationList) Less(i, j int) bool

func (CitationList) Swap 

func (c CitationList) Swap(i, j int)

type Class 

type Class struct {
	Station       string
	SiteClass     string
	Vs30          float64
	Vs30Quality   string
	Tsite         Range
	TsiteMethod   string
	TsiteQuality  string
	BasementDepth float64
	DepthQuality  string
	Link          string
	Citations     []string
	Notes         string
}

func LoadClasses 

func LoadClasses(path string) ([]Class, error)

func (Class) Less 

func (c Class) Less(class Class) bool

type ClassList 

type ClassList []Class

func (ClassList) Len 

func (c ClassList) Len() int

func (ClassList) Less 

func (c ClassList) Less(i, j int) bool

func (ClassList) Swap 

func (c ClassList) Swap(i, j int)

type Collection 

type Collection struct {
	Span `json:"span"`

	Stream    `json:"stream"`
	Channel   `json:"channel"`
	Component `json:"component"`

	InstalledSensor    `json:"installed-sensor"`
	DeployedDatalogger `json:"deployed-datalogger"`
}

Collection describes the period where a sensor and a datalogger are co-located at a site with the associated streams.

func (Collection) Azimuth 

func (c Collection) Azimuth(polarity *Polarity) float64

Azimuth returns the horizontal orientation of the recorded stream in degrees from north.

func (Collection) Code 

func (c Collection) Code() string

Code returns the Channel code based on the Stream and Component values.

func (Collection) Dip 

func (c Collection) Dip(polarity *Polarity) float64

Dip returns the vertical orientation of the recorded stream in degrees from the vertical, positive values are downwards.

func (Collection) Less 

func (c Collection) Less(collection Collection) bool

Less compares whether one Collection will sort before another.

func (Collection) Subsource 

func (c Collection) Subsource() string

Subsource returns the Subsource code based on the Stream and Component values.

type Compare 

type Compare int
const (
	EqualTo Compare = iota
	LessThan
	GreaterThan
)

type Component 

type Component struct {
	Make         string
	Model        string
	Type         string
	Number       int
	Source       string
	Subsource    string
	Dip          float64
	Azimuth      float64
	Types        string
	SamplingRate float64
	Response     string
	// contains filtered or unexported fields
}

func LoadComponents 

func LoadComponents(path string) ([]Component, error)

func (Component) Description 

func (c Component) Description() string

Description returns a short label for the channel model family.

func (Component) Less 

func (c Component) Less(comp Component) bool

Less compares Component structs suitable for sorting.

type ComponentList 

type ComponentList []Component

func (ComponentList) Len 

func (c ComponentList) Len() int

func (ComponentList) Less 

func (c ComponentList) Less(i, j int) bool

func (ComponentList) Swap 

func (c ComponentList) Swap(i, j int)

type Connection 

type Connection struct {
	Span

	Station  string `json:"station"`
	Location string `json:"location"`
	Place    string `json:"place"`
	Role     string `json:"role,omitempty"`
	Number   int    `json:"number,omitempty"`
	// contains filtered or unexported fields
}

func LoadConnections 

func LoadConnections(path string) ([]Connection, error)

type ConnectionList 

type ConnectionList []Connection

func (ConnectionList) Len 

func (c ConnectionList) Len() int

func (ConnectionList) Less 

func (c ConnectionList) Less(i, j int) bool

func (ConnectionList) Swap 

func (c ConnectionList) Swap(i, j int)

type Constituent 

type Constituent struct {
	Span

	Gauge     string
	Number    int
	Name      string
	Amplitude float64
	Lag       float64
	// contains filtered or unexported fields
}

func LoadConstituents 

func LoadConstituents(path string) ([]Constituent, error)

type ConstituentList 

type ConstituentList []Constituent

func (ConstituentList) Len 

func (c ConstituentList) Len() int

func (ConstituentList) Less 

func (c ConstituentList) Less(i, j int) bool

func (ConstituentList) Swap 

func (c ConstituentList) Swap(i, j int)

type Correction 

type Correction struct {
	Span

	Polarity              *Polarity
	Gain                  *Gain
	Preamp                *Preamp
	Telemetry             *Telemetry
	Timing                *Timing
	SensorCalibration     *Calibration
	DataloggerCalibration *Calibration
}

Correction contains adjustments to a Sensor and Datalogger instrument details to account for installation settings and changes.

type Dart 

type Dart struct {
	Span

	Station       string `json:"station"`
	Pid           string `json:"pid"`
	WmoIdentifier string `json:"wmo-identifier"`
}

func LoadDarts 

func LoadDarts(path string) ([]Dart, error)

type DartList 

type DartList []Dart

func (DartList) Len 

func (d DartList) Len() int

func (DartList) Less 

func (d DartList) Less(i, j int) bool

func (DartList) Swap 

func (d DartList) Swap(i, j int)

type DeployedDatalogger 

type DeployedDatalogger struct {
	Install

	Place string `json:"place"`
	Role  string `json:"role,omitempty"`
}

func LoadDeployedDataloggers 

func LoadDeployedDataloggers(path string) ([]DeployedDatalogger, error)

type DeployedDataloggerList 

type DeployedDataloggerList []DeployedDatalogger

func (DeployedDataloggerList) Len 

func (dd DeployedDataloggerList) Len() int

func (DeployedDataloggerList) Less 

func (dd DeployedDataloggerList) Less(i, j int) bool

func (DeployedDataloggerList) Swap 

func (dd DeployedDataloggerList) Swap(i, j int)

type DeployedReceiver 

type DeployedReceiver struct {
	Install

	Mark string
}

func LoadDeployedReceivers 

func LoadDeployedReceivers(path string) ([]DeployedReceiver, error)

type DeployedReceiverList 

type DeployedReceiverList []DeployedReceiver

func (DeployedReceiverList) Len 

func (dr DeployedReceiverList) Len() int

func (DeployedReceiverList) Less 

func (dr DeployedReceiverList) Less(i, j int) bool

func (DeployedReceiverList) Swap 

func (dr DeployedReceiverList) Swap(i, j int)

type Doi 

type Doi string

func MustDoi 

func MustDoi(doi string) Doi

MustDoi returns a Doi value, or panics. This is useful for testing with known values.

func NewDoi 

func NewDoi(doi string) (Doi, error)

NewDoi returns a Doi value from a string after checking.

func (Doi) Equal 

func (d Doi) Equal(doi Doi) bool

func (Doi) MarshalText 

func (d Doi) MarshalText() ([]byte, error)

MarshalText implements the TextMarshaler interface.

func (Doi) String 

func (d Doi) String() string

func (*Doi) UnmarshalText 

func (d *Doi) UnmarshalText(data []byte) error

UnmarshalText implements the TextUnmarshaler interface.

type Equipment 

type Equipment struct {
	// Make describes the manufacturer or equipment maker.
	Make string `json:"make"`
	// Model describes the manufacturer's model name.
	Model string `json:"model"`
	// Serial describes the manufacturer's identification of the device.
	Serial string `json:"serial"`
}

Equipment represents an indiviual piece of hardware.

func (Equipment) Less 

func (e Equipment) Less(eq Equipment) bool

Less compares Equipment structs suitable for sorting.

func (Equipment) String 

func (e Equipment) String() string

type Feature 

type Feature struct {
	Span

	Station     string
	Location    string
	Sublocation string
	Property    string
	Description string
	Aspect      string
}

func LoadFeatures 

func LoadFeatures(path string) ([]Feature, error)

func (Feature) Id 

func (f Feature) Id() string

Id is a shorthand reference to the sample for debugging or testing.

func (Feature) Less 

func (f Feature) Less(feature Feature) bool

Less allows samples to be sorted.

func (Feature) Overlaps 

func (f Feature) Overlaps(feature Feature) bool

Overlaps allows samples to be tested.

type FeatureList 

type FeatureList []Feature

func (FeatureList) Len 

func (f FeatureList) Len() int

func (FeatureList) Less 

func (f FeatureList) Less(i, j int) bool

func (FeatureList) Swap 

func (f FeatureList) Swap(i, j int)

type Field 

type Field map[int]int

Field is a mapping between the expected field entry and the csv file column number. This allows finding the desired column without being explicitly constrained by the column contents or order.

func (Field) Remap 

func (f Field) Remap(data []string) map[int]string

Remap will convert a csv data row into a entry key map.

type FirmwareHistory 

type FirmwareHistory struct {
	Install

	Version string
	Notes   string
}

func LoadFirmwareHistory 

func LoadFirmwareHistory(path string) ([]FirmwareHistory, error)

type FirmwareHistoryList 

type FirmwareHistoryList []FirmwareHistory

func (FirmwareHistoryList) Len 

func (fh FirmwareHistoryList) Len() int

func (FirmwareHistoryList) Less 

func (fh FirmwareHistoryList) Less(i, j int) bool

func (FirmwareHistoryList) Swap 

func (fh FirmwareHistoryList) Swap(i, j int)

type Gain 

type Gain struct {
	Span
	Scale

	Station     string
	Location    string
	Sublocation string
	Subsource   string
	Absolute    float64
	// contains filtered or unexported fields
}

Gain defines times where sensor installation scaling or offsets are needed, these will be applied to the existing values, i.e. A * X + B => A * A' * X + B * A' + A * B' + C where A' and B' are the gain scale factor and bias and C is the absolute bias.

func LoadGains 

func LoadGains(path string) ([]Gain, error)

func (Gain) Gains 

func (g Gain) Gains() []Gain

Gains returns a sorted slice of single Gain entries.

func (Gain) Id 

func (g Gain) Id() string

Id returns a unique string which can be used for sorting or checking.

func (Gain) Less 

func (g Gain) Less(gain Gain) bool

Less returns whether one Gain sorts before another.

func (Gain) Subsources 

func (g Gain) Subsources() []string

Subsources returns a sorted slice of single defined components.

type GainList 

type GainList []Gain

func (GainList) Len 

func (g GainList) Len() int

func (GainList) Less 

func (g GainList) Less(i, j int) bool

func (GainList) Swap 

func (g GainList) Swap(i, j int)

type Gauge 

type Gauge struct {
	Span
	Reference
	Position

	Number   string
	TimeZone float64
	Crex     string
	// contains filtered or unexported fields
}

func LoadGauges 

func LoadGauges(path string) ([]Gauge, error)

type GaugeList 

type GaugeList []Gauge

func (GaugeList) Len 

func (g GaugeList) Len() int

func (GaugeList) Less 

func (g GaugeList) Less(i, j int) bool

func (GaugeList) Swap 

func (g GaugeList) Swap(i, j int)
type Header map[string]int

Header is used to manage the encoding and decoding of csv formatted files by using their column headers. This allows adding or removing columns in the file without breaking existing applications that may not understand or expect extra columns.

An example usage where data is a slice of csv rows. 

var headers Header = map[string]int{
  "Label":    labelId,
  ...
}

fields := headers.Fields(data[0])
for _, v := range data[1:] {
  d := fields.Remap(v)

  label :=  d[labelId]

  ...
}

func (Header) Columns 

func (h Header) Columns() []string

Columns will return the csv column headers in the sorted order of the Header values.

func (Header) Fields 

func (h Header) Fields(columns []string) Field

Fields converts a csv header row into a Column for use with field name lookups.

type Install 

type Install struct {
	// Equipment respresents the actual installed equipment.
	Equipment
	// Span describes the installed time period.
	Span
}

Install is a compounded struct the represents the installation of a piece of equipment over a given time period.

func (Install) Less 

func (i Install) Less(in Install) bool

Less compares Install structs suitable for sorting.

type InstalledAntenna 

type InstalledAntenna struct {
	Install
	Offset

	Mark    string
	Azimuth float64
	// contains filtered or unexported fields
}

func LoadInstalledAntennas 

func LoadInstalledAntennas(path string) ([]InstalledAntenna, error)

type InstalledAntennaList 

type InstalledAntennaList []InstalledAntenna

func (InstalledAntennaList) Len 

func (ia InstalledAntennaList) Len() int

func (InstalledAntennaList) Less 

func (ia InstalledAntennaList) Less(i, j int) bool

func (InstalledAntennaList) Swap 

func (ia InstalledAntennaList) Swap(i, j int)

type InstalledCamera 

type InstalledCamera struct {
	Install
	Orientation
	Offset

	Mount string
	View  string
	Notes string
}

func LoadInstalledCameras 

func LoadInstalledCameras(path string) ([]InstalledCamera, error)

type InstalledCameraList 

type InstalledCameraList []InstalledCamera

func (InstalledCameraList) Len 

func (ic InstalledCameraList) Len() int

func (InstalledCameraList) Less 

func (ic InstalledCameraList) Less(i, j int) bool

func (InstalledCameraList) Swap 

func (ic InstalledCameraList) Swap(i, j int)

type InstalledDoas 

type InstalledDoas struct {
	Install
	Orientation
	Offset

	Mount string
	View  string
}

func LoadInstalledDoass 

func LoadInstalledDoass(path string) ([]InstalledDoas, error)

type InstalledDoasList 

type InstalledDoasList []InstalledDoas

func (InstalledDoasList) Len 

func (id InstalledDoasList) Len() int

func (InstalledDoasList) Less 

func (id InstalledDoasList) Less(i, j int) bool

func (InstalledDoasList) Swap 

func (id InstalledDoasList) Swap(i, j int)

type InstalledMetSensor 

type InstalledMetSensor struct {
	Install
	Position

	Mark       string
	IMSComment string
	Accuracy   MetSensorAccuracy
}

func LoadInstalledMetSensors 

func LoadInstalledMetSensors(path string) ([]InstalledMetSensor, error)

type InstalledMetSensorList 

type InstalledMetSensorList []InstalledMetSensor

func (InstalledMetSensorList) Len 

func (ims InstalledMetSensorList) Len() int

func (InstalledMetSensorList) Less 

func (ims InstalledMetSensorList) Less(i, j int) bool

func (InstalledMetSensorList) Swap 

func (ims InstalledMetSensorList) Swap(i, j int)

type InstalledRadome 

type InstalledRadome struct {
	Install

	Mark string
}

func LoadInstalledRadomes 

func LoadInstalledRadomes(path string) ([]InstalledRadome, error)

type InstalledRadomeList 

type InstalledRadomeList []InstalledRadome

func (InstalledRadomeList) Len 

func (ir InstalledRadomeList) Len() int

func (InstalledRadomeList) Less 

func (ir InstalledRadomeList) Less(i, j int) bool

func (InstalledRadomeList) Swap 

func (ir InstalledRadomeList) Swap(i, j int)

type InstalledRecorder 

type InstalledRecorder struct {
	InstalledSensor

	DataloggerModel string
}

func LoadInstalledRecorders 

func LoadInstalledRecorders(path string) ([]InstalledRecorder, error)

type InstalledRecorderList 

type InstalledRecorderList []InstalledRecorder

func (InstalledRecorderList) Len 

func (ir InstalledRecorderList) Len() int

func (InstalledRecorderList) Less 

func (ir InstalledRecorderList) Less(i, j int) bool

func (InstalledRecorderList) Swap 

func (ir InstalledRecorderList) Swap(i, j int)

type InstalledSensor 

type InstalledSensor struct {
	Install
	Orientation
	Offset
	Scale

	Station  string `json:"station"`
	Location string `json:"location"`
}

func LoadInstalledSensors 

func LoadInstalledSensors(path string) ([]InstalledSensor, error)

type InstalledSensorList 

type InstalledSensorList []InstalledSensor

func (InstalledSensorList) Len 

func (is InstalledSensorList) Len() int

func (InstalledSensorList) Less 

func (is InstalledSensorList) Less(i, j int) bool

func (InstalledSensorList) Swap 

func (is InstalledSensorList) Swap(i, j int)

type KeyValue 

type KeyValue struct {
	// contains filtered or unexported fields
}

KeyValue contains key value pairs and their labels.

type List 

type List interface {
	ListEncoder
	ListDecoder

	sort.Interface
}

List is an interface the encapsulates the ListEncoder, ListDecoder and sort.Interface interfaces, suitable for reading and writing CSV files.

type ListDecoder 

type ListDecoder interface {
	// contains filtered or unexported methods
}

ListDecoder is an interface for decoding a slice of string slices into a type, suitable for reading from a CSV file.

type ListEncoder 

type ListEncoder interface {
	// contains filtered or unexported methods
}

ListEncoder is an interface for encoding a type into a slice of string slices, suitable for storing in a CSV file.

type Mark 

type Mark struct {
	Reference
	Position
	Span

	Igs bool `json:"igs,omitempty"`
}

func LoadMarks 

func LoadMarks(path string) ([]Mark, error)

type MarkList 

type MarkList []Mark

func (MarkList) Len 

func (m MarkList) Len() int

func (MarkList) Less 

func (m MarkList) Less(i, j int) bool

func (MarkList) Swap 

func (m MarkList) Swap(i, j int)

type MetSensorAccuracy 

type MetSensorAccuracy struct {
	Humidity    float64
	Pressure    float64
	Temperature float64
	// contains filtered or unexported fields
}

type Monument 

type Monument struct {
	Span

	Mark               string  `json:"mark"`
	DomesNumber        string  `json:"domes-number"`
	MarkType           string  `json:"mark-type"`
	Type               string  `json:"type"`
	GroundRelationship float64 `json:"ground-relationship"`
	FoundationType     string  `json:"foundation-type"`
	FoundationDepth    float64 `json:"foundation-depth"`
	Bedrock            string  `json:"bedrock"`
	Geology            string  `json:"geology"`
	// contains filtered or unexported fields
}

func LoadMonuments 

func LoadMonuments(path string) ([]Monument, error)

type MonumentList 

type MonumentList []Monument

func (MonumentList) Len 

func (m MonumentList) Len() int

func (MonumentList) Less 

func (m MonumentList) Less(i, j int) bool

func (MonumentList) Swap 

func (m MonumentList) Swap(i, j int)

type Mount 

type Mount struct {
	Reference
	Position
	Span

	Description string `json:"description"`
}

func LoadMounts 

func LoadMounts(path string) ([]Mount, error)

type MountList 

type MountList []Mount

func (MountList) Len 

func (m MountList) Len() int

func (MountList) Less 

func (m MountList) Less(i, j int) bool

func (MountList) Swap 

func (m MountList) Swap(i, j int)

type Network 

type Network struct {
	Code        string `json:"network"`
	External    string `json:"external"`
	Description string `json:"description"`
	Restricted  bool   `json:"restricted,omitempty"`
}

func LoadNetworks 

func LoadNetworks(path string) ([]Network, error)

type NetworkList 

type NetworkList []Network

func (NetworkList) Len 

func (n NetworkList) Len() int

func (NetworkList) Less 

func (n NetworkList) Less(i, j int) bool

func (NetworkList) Swap 

func (n NetworkList) Swap(i, j int)

type Offset 

type Offset struct {
	// Vertical represents an adjustment up or down, the exact interpretation will depend on the use case,
	// although it is assumed to have units of meters.
	Vertical float64 `json:"vertical,omitempty"`
	// North can be used to offset the installation to northwards, it is asusmed to have units of meters.
	North float64 `json:"north,omitempty"`
	// East can be used to offset the installation to eastwards, it is asusmed to have units of meters.
	East float64 `json:"east,omitempty"`
	// contains filtered or unexported fields
}

Offset can be used to adjust an equipment installation relative to a given Position.

func (Offset) EastOk 

func (o Offset) EastOk() (float64, bool)

EastOk returns the East offset and whether it has been set.

func (Offset) NorthOk 

func (o Offset) NorthOk() (float64, bool)

NorthOk returns the North offset and whether it has been set.

func (Offset) VerticalOk 

func (o Offset) VerticalOk() (float64, bool)

VerticalOk returns the Vertical offset and whether it has been set.

type Orientation 

type Orientation struct {
	// Dip represents the vertical deployment, with a zero value representing a horizontal installation,
	// a positive value indicating a installation downwards, whereas a negative value indicates an upward
	// facing installation.
	Dip float64 `json:"dip"`
	// Azimuth represents an equipment installation bearing, ideally with reference to true north.
	Azimuth float64 `json:"azimuth"`
	// Method can be used to indicate the method or measuring the azimuth.
	Method string `json:"method,omitempty"`
	// contains filtered or unexported fields
}

Orientation is used to describe how a piece of installed equipment is aligned.

func (Orientation) AzimuthOk 

func (o Orientation) AzimuthOk() (float64, bool)

AzimuthOk returns the Azimuth and whether it has been set.

func (Orientation) DipOk 

func (o Orientation) DipOk() (float64, bool)

DipOk returns the Dip and whether it has been set.

type Placename 

type Placename struct {
	Name      string
	Latitude  float64
	Longitude float64
	Level     int
	// contains filtered or unexported fields
}

Placename is used to describe distances and azimuths to known places.

func LoadPlacenames 

func LoadPlacenames(path string) ([]Placename, error)

func (Placename) Azimuth 

func (p Placename) Azimuth(lat, lon float64) float64

Azimuth returns the azimuth in degrees from the given latitude and longitude to the Placename.

func (Placename) BackAzimuth 

func (p Placename) BackAzimuth(lat, lon float64) float64

BackAzimuth returns the back-azimuth in degrees from the given latitude and longitude to the Placename.

func (Placename) Compass 

func (p Placename) Compass(lat, lon float64) string

Compass returns a text representation of the azimuth from the given latitude and longitude to the Placename.

func (Placename) Distance 

func (p Placename) Distance(lat, lon float64) float64

Distance returns the distance in kilometres from the given latitude and longitude to the Placename.

type PlacenameList 

type PlacenameList []Placename

func (PlacenameList) Closest 

func (p PlacenameList) Closest(lat, lon float64) (Placename, bool)

Closest returns the Placename which is the closest to the given latitude and longitude taking into account the Placename level. The level is used to avoid small places taking precident over larger places at longer distances. Currently level three addresses will be used for distances within 20 km, level two within 100 km, level one within 500km, and level zero has no distance threshold.

func (PlacenameList) Description 

func (p PlacenameList) Description(lat, lon float64) string

Description returns a string representation of where a point location is relative to the nearest place.

func (PlacenameList) Len 

func (p PlacenameList) Len() int

func (PlacenameList) Less 

func (p PlacenameList) Less(i, j int) bool

func (PlacenameList) Swap 

func (p PlacenameList) Swap(i, j int)

type Point 

type Point struct {
	Position
	Span

	Sample   string `json:"sample"`
	Location string `json:"location"`
	Survey   string `json:"survey,omitempty"`
}

func LoadPoints 

func LoadPoints(path string) ([]Point, error)

func (Point) Less 

func (s Point) Less(point Point) bool

type PointList 

type PointList []Point

func (PointList) Len 

func (s PointList) Len() int

func (PointList) Less 

func (s PointList) Less(i, j int) bool

func (PointList) Swap 

func (s PointList) Swap(i, j int)

type Polarity 

type Polarity struct {
	Span

	Station     string
	Location    string
	Sublocation string
	Subsource   string
	Primary     bool
	Reversed    bool
	Method      string
	Citation    string
	// contains filtered or unexported fields
}

func LoadPolarities 

func LoadPolarities(path string) ([]Polarity, error)

func (Polarity) Less 

func (p Polarity) Less(polarity Polarity) bool

type PolarityList 

type PolarityList []Polarity

func (PolarityList) Len 

func (p PolarityList) Len() int

func (PolarityList) Less 

func (p PolarityList) Less(i, j int) bool

func (PolarityList) Swap 

func (p PolarityList) Swap(i, j int)

type Position 

type Position struct {
	// Latitude represents the location latitude, with negative values representing southern latitudes.
	Latitude float64 `json:"latitude"`
	// Longitude represents the location longitude, with negative values representing western longitudes.
	Longitude float64 `json:"longitude"`
	// Elevation represents the location height relative to the given datum.
	Elevation float64 `json:"elevation"`
	// Datum can be used to indicate the location measurement reference.
	Datum string `json:"datum,omitempty"`
	// Depth measures the depth of water at the measurement position, if appropriate.
	Depth float64 `json:"depth"`
	// contains filtered or unexported fields
}

Position describes a measurement location geographically.

func (Position) DepthOk 

func (p Position) DepthOk() (float64, bool)

DepthOk returns the Depth and whether it has been set.

func (Position) ElevationOk 

func (p Position) ElevationOk() (float64, bool)

ElevationOk returns the Elevation and whether it has been set.

type Preamp 

type Preamp struct {
	Span

	Station     string
	Location    string
	Subsource   string
	ScaleFactor float64
	// contains filtered or unexported fields
}

Preamp describes when a datalogger is using an analogue pre-amplification gain setting to boost the input signal.

func LoadPreamps 

func LoadPreamps(path string) ([]Preamp, error)

func (Preamp) Id 

func (p Preamp) Id() string

Id returns a unique string which can be used for sorting or checking.

func (Preamp) Less 

func (p Preamp) Less(preamp Preamp) bool

Less returns whether one Preamp sorts before another.

func (Preamp) Preamps 

func (p Preamp) Preamps() []Preamp

Preamps returns a sorted slice of single Preamp entries by unpacking multiple subsources if present.

func (Preamp) Subsources 

func (p Preamp) Subsources() []string

Subsources returns a sorted slice of single byte defined components which allows unpacking multiple subsources.

type PreampList 

type PreampList []Preamp

func (PreampList) Len 

func (p PreampList) Len() int

func (PreampList) Less 

func (p PreampList) Less(i, j int) bool

func (PreampList) Swap 

func (p PreampList) Swap(i, j int)

type Range 

type Range struct {
	Value   float64
	Compare Compare
}

func NewRange 

func NewRange(s string) (Range, error)

func (Range) String 

func (r Range) String() string

type Reference 

type Reference struct {
	// Code is used to identify the measurement location.
	Code string `json:"code"`
	// Network can be used to group multiple measurement locations.
	Network string `json:"network"`
	// Name is used to label the measurement location.
	Name string `json:"name"`
}

Reference describes a location where measurements can be taken.

type Sample 

type Sample struct {
	Reference
	Position
	Span
}

Sample represents the location and time span of where data was manually collected.

func LoadSamples 

func LoadSamples(path string) ([]Sample, error)

func (Sample) Id 

func (s Sample) Id() string

Id is a shorthand reference to the sample for debugging or testing.

func (Sample) Less 

func (s Sample) Less(sample Sample) bool

Less allows samples to be sorted.

func (Sample) Overlaps 

func (s Sample) Overlaps(sample Sample) bool

Overlaps allows samples to be tested.

type SampleList 

type SampleList []Sample

SampleList is a slice of Samples and generally maps the associated file content.

func (SampleList) Len 

func (s SampleList) Len() int

func (SampleList) Less 

func (s SampleList) Less(i, j int) bool

func (SampleList) Swap 

func (s SampleList) Swap(i, j int)

type Scale 

type Scale struct {
	// Factor can be used to represent a change of scale of the recorded value.
	Factor float64 `json:"factor"`
	// Bias can be used to represent an offset to the recorded value.
	Bias float64 `json:"bias,omitempty"`
	// contains filtered or unexported fields
}

Scale can be used to represent a non-linear installation, such as a pressure sensor installed in sea water rather than fresh water.

func (Scale) BiasOk 

func (s Scale) BiasOk() (float64, bool)

BiasOk returns the Bias and whether it has been set.

func (Scale) FactortOk 

func (s Scale) FactortOk() (float64, bool)

FactorOk returns the Factor and whether it has been set.

type Session 

type Session struct {
	Span

	Mark            string
	Operator        string
	Agency          string
	Model           string
	SatelliteSystem string
	Interval        time.Duration
	ElevationMask   float64
	HeaderComment   string
	Format          string
	// contains filtered or unexported fields
}

func LoadSessions 

func LoadSessions(path string) ([]Session, error)

func (Session) Less 

func (s Session) Less(session Session) bool

type SessionList 

type SessionList []Session

func (SessionList) Len 

func (s SessionList) Len() int

func (SessionList) Less 

func (s SessionList) Less(i, j int) bool

func (SessionList) Swap 

func (s SessionList) Swap(i, j int)

type Set 

type Set struct {
	// contains filtered or unexported fields
}

Set allows for extracting and unmarshalling the base delta csv files, optional SetPathMap functions can be given to alter the expected default file paths prior to reading from the FS set. This is useful for testing or using a non-standard file layout.

func NewSet 

func NewSet(fsys fs.FS, maps ...SetPathMap) (*Set, error)

NewSet returns a Set pointer for the given FS and optional SetPathMap functions to manipulate the internal csv file paths.

func (Set) Asset 

func (s Set) Asset(make, model, serial string) (Asset, bool)

Asset is a helper function to return a Asset value and true if one exists.

func (Set) Assets 

func (s Set) Assets() []Asset

Assets is a helper function to return a slice of Asset values.

func (Set) Calibrations 

func (s Set) Calibrations() []Calibration

Calibrations is a helper function to return a slice of Calibration values.

func (Set) Channels 

func (s Set) Channels() []Channel

Channels is a helper function to return a slice of Channel values.

func (Set) Citation 

func (s Set) Citation(key string) (Citation, bool)

Citation is a helper function to return a Citation value and true if one exists.

func (Set) Citations 

func (s Set) Citations() []Citation

Citations is a helper function to return a slice of Citation values.

func (Set) Class 

func (s Set) Class(station string) (Class, bool)

Class is a helper function to return a Class value and true if one exists.

func (Set) Classes 

func (s Set) Classes() []Class

Classes is a helper function to return a slice of Class values.

func (*Set) Collections 

func (s *Set) Collections(site Site) []Collection

Collections decodes the stored sensor and datalogger installation times and builds a slice of overlapping time spans for the given site.

func (Set) Components 

func (s Set) Components() []Component

Components is a helper function to return a slice of Component values.

func (Set) Connections 

func (s Set) Connections() []Connection

Connections is a helper function to return a slice of Connection values.

func (Set) Constituents 

func (s Set) Constituents() []Constituent

Constituents is a helper function to return a slice of Constituent values.

func (*Set) Corrections 

func (set *Set) Corrections(coll Collection) []Correction

Corrections returns a slice of Correction values for a given Collection.

func (Set) Dart 

func (s Set) Dart(station string) (Dart, bool)

Dart is a helper function to return a Dart value and true if one exists.

func (Set) Darts 

func (s Set) Darts() []Dart

Darts is a helper function to return a slice of Dart values.

func (*Set) DataloggerCalibrationCorrections 

func (s *Set) DataloggerCalibrationCorrections(coll Collection) []Correction

DataloggerCalibrationCorrections returns a slice of Correction values to account for any changes in DeployedDatalogger Calibration.

func (Set) DeployedDataloggers 

func (s Set) DeployedDataloggers() []DeployedDatalogger

DeployedDataloggers is a helper function to return a slice of DeployedDatalogger values.

func (Set) DeployedReceivers 

func (s Set) DeployedReceivers() []DeployedReceiver

DeployedReceivers is a helper function to return a slice of DeployedReceiver values.

func (Set) Doases 

func (s Set) Doases() []InstalledDoas

Doases is a helper function to return a slice of InstalledDoas values.

func (Set) Features 

func (s Set) Features() []Feature

Features is a helper function to return a slice of Feature values.

func (Set) FirmwareHistory 

func (s Set) FirmwareHistory() []FirmwareHistory

FirmwareHistory is a helper function to return a slice of FirmwareHistory values.

func (*Set) GainCorrections 

func (s *Set) GainCorrections(coll Collection) []Correction

GainCorrections returns a slice of Correction values to account for any changes in Gain.

func (Set) Gains 

func (s Set) Gains() []Gain

Gains is a helper function to return a slice of Gain values.

func (Set) Gauges 

func (s Set) Gauges() []Gauge

Gauges is a helper function to return a slice of Gauge values.

func (Set) InstalledAntennas 

func (s Set) InstalledAntennas() []InstalledAntenna

InstalledAntennas is a helper function to return a slice of InstalledAntenna values.

func (Set) InstalledCameras 

func (s Set) InstalledCameras() []InstalledCamera

InstalledCameras is a helper function to return a slice of InstalledCamera values.

func (Set) InstalledMetSensors 

func (s Set) InstalledMetSensors() []InstalledMetSensor

InstalledMetSensors is a helper function to return a slice of InstalledMetSensor values.

func (Set) InstalledRadomes 

func (s Set) InstalledRadomes() []InstalledRadome

InstalledRadomes is a helper function to return a slice of InstalledRadome values.

func (Set) InstalledRecorders 

func (s Set) InstalledRecorders() []InstalledRecorder

InstalledRecorders is a helper function to return a slice of InstalledRecorder values.

func (Set) InstalledSensors 

func (s Set) InstalledSensors() []InstalledSensor

InstalledSensors is a helper function to return a slice of InstalledSensor values.

func (*Set) KeyValue 

func (s *Set) KeyValue(name, label, desc string, entries map[string]string) TableList

KeyValue returns a bespoke TableList for a key value style dataset.

func (Set) Mark 

func (s Set) Mark(code string) (Mark, bool)

Mark is a helper function to return a Mark value and true if one exists.

func (Set) Marks 

func (s Set) Marks() []Mark

Marks is a helper function to return a slice of Mark values.

func (Set) Monument 

func (s Set) Monument(mark string) (Monument, bool)

Monument is a helper function to return a Monument value and true if one exists.

func (Set) Monuments 

func (s Set) Monuments() []Monument

Monuments is a helper function to return a slice of Monument values.

func (Set) Mount 

func (s Set) Mount(code string) (Mount, bool)

Mount is a helper function to return a Mount value and true if one exists.

func (Set) Mounts 

func (s Set) Mounts() []Mount

Mounts is a helper function to return a slice of Mount values.

func (Set) Network 

func (s Set) Network(code string) (Network, bool)

Network is a helper function to return a Network value and true if one exists.

func (Set) Networks 

func (s Set) Networks() []Network

Networks is a helper function to return a slice of Network values.

func (Set) Placename 

func (s Set) Placename(name string) (Placename, bool)

Placename is a helper function to return a Placename value and true if one exists.

func (Set) Placenames 

func (s Set) Placenames() []Placename

Placenames is a helper function to return a slice of Placename values.

func (Set) Point 

func (s Set) Point(sample, location string) (Point, bool)

Point is a helper function to return a Point value and true if one exists.

func (Set) Points 

func (s Set) Points() []Point

Points is a helper function to return a slice of Point values.

func (Set) Polarities 

func (s Set) Polarities() []Polarity

Polarities is a helper function to return a slice of Polarity values.

func (*Set) PolarityCorrections 

func (s *Set) PolarityCorrections(coll Collection) []Correction

PolarityCorrections returns a slice of Correction values to account for any changes in Polarity.

func (*Set) PreampCorrections 

func (s *Set) PreampCorrections(coll Collection) []Correction

PreampCorrections returns a slice of Correction values to account for any changes in Preamp settings.

func (Set) Preamps 

func (s Set) Preamps() []Preamp

Preamps is a helper function to return a slice of Preamp values.

func (Set) Sample 

func (s Set) Sample(code string) (Sample, bool)

Sample is a helper function to return a Sample value and true if one exists.

func (Set) Samples 

func (s Set) Samples() []Sample

Samples is a helper function to return a slice of Sample values.

func (*Set) SensorCalibrationCorrections 

func (s *Set) SensorCalibrationCorrections(coll Collection) []Correction

SensornCalibrationCorrections returns a slice of Correction values to account for any changes in Sensor Calibration.

func (Set) Sessions 

func (s Set) Sessions() []Session

Sessions is a helper function to return a slice of Session values.

func (Set) Site 

func (s Set) Site(station, location string) (Site, bool)

Site is a helper function to return a Site value and true if one exists.

func (Set) Sites 

func (s Set) Sites() []Site

Sites is a helper function to return a slice of Site values.

func (Set) Station 

func (s Set) Station(code string) (Station, bool)

Station is a helper function to return a Station value and true if one exists.

func (Set) Stations 

func (s Set) Stations() []Station

Stations is a helper function to return a slice of Station values.

func (Set) Streams 

func (s Set) Streams() []Stream

Streams is a helper function to return a slice of Stream values.

func (*Set) TableList 

func (s *Set) TableList(extra ...TableList) []TableList

TableList returns a pre-built set of Tables and associated Lists.

func (Set) Telemetries 

func (s Set) Telemetries() []Telemetry

Telemetries is a helper function to return a slice of Telemetry values.

func (*Set) TelemetryCorrections 

func (s *Set) TelemetryCorrections(coll Collection) []Correction

TelemetryCorrections returns a slice of Correction values to account for any changes in Preamp settings.

func (*Set) TimingCorrections 

func (s *Set) TimingCorrections(coll Collection) []Correction

TimingCorrections returns a slice of Correction values to account for any changes in Timing.

func (Set) Timings 

func (s Set) Timings() []Timing

Timings is a helper function to return a slice of Timing values.

func (Set) View 

func (s Set) View(mount, code string) (View, bool)

View is a helper function to return a View value and true if one exists.

func (Set) Views 

func (s Set) Views() []View

Views is a helper function to return a slice of View values.

func (Set) Visibilities 

func (s Set) Visibilities() []Visibility

Visibilities is a helper function to return a slice of Visibility values.

type SetPathMap 

type SetPathMap func(s string) string

SetPathMap is used to manipulate the filepath inside the Set.

type Site 

type Site struct {
	Position
	Span

	Station  string `json:"station"`
	Location string `json:"location,omitempty"`
	Survey   string `json:"survey,omitempty"`
}

func LoadSites 

func LoadSites(path string) ([]Site, error)

func (Site) Less 

func (s Site) Less(site Site) bool

type SiteList 

type SiteList []Site

func (SiteList) Len 

func (s SiteList) Len() int

func (SiteList) Less 

func (s SiteList) Less(i, j int) bool

func (SiteList) Swap 

func (s SiteList) Swap(i, j int)

type Span 

type Span struct {
	// Start represents the beginning of the time window.
	Start time.Time `json:"start"`

	// End represents the stop time of the window.
	End time.Time `json:"end"`
}

Span represents a time window.

func (Span) Extent 

func (s Span) Extent(spans ...Span) (Span, bool)

Extent returns the Span that is the sum of the given overlapping Span values, the extra boolean return value will be false if no window could be found. It is assumed that the end must be greater than the start of the resultant Span.

func (Span) Overlaps 

func (s Span) Overlaps(span Span) bool

Overlaps returns whether the time range of the Span overlaps the given Span. It is assumed that the End time for a span can overlap with the start of another Span if they exactly match.

type Station 

type Station struct {
	Reference
	Position
	Span
}

func LoadStations 

func LoadStations(path string) ([]Station, error)

type StationList 

type StationList []Station

func (StationList) Len 

func (s StationList) Len() int

func (StationList) Less 

func (s StationList) Less(i, j int) bool

func (StationList) Swap 

func (s StationList) Swap(i, j int)

type Stream 

type Stream struct {
	Span

	Station      string  `json:"station"`
	Location     string  `json:"location"`
	Band         string  `json:"band"`
	Source       string  `json:"source"`
	SamplingRate float64 `json:"sampling-rate"`
	Axial        string  `json:"axial,omitempty"`
	Reversed     bool    `json:"reversed,omitempty"`
	Triggered    bool    `json:"triggered,omitempty"`
	// contains filtered or unexported fields
}

func LoadStreams 

func LoadStreams(path string) ([]Stream, error)

func (Stream) Less 

func (s Stream) Less(stream Stream) bool

type StreamList 

type StreamList []Stream

func (StreamList) Len 

func (s StreamList) Len() int

func (StreamList) Less 

func (s StreamList) Less(i, j int) bool

func (StreamList) Swap 

func (s StreamList) Swap(i, j int)

type Table 

type Table struct {
	// contains filtered or unexported fields
}

Table holds internal settings suitable for automatic code generation. 

var AssetTable Table = Table{
	// contains filtered or unexported fields
}
var CalibrationTable Table = Table{
	// contains filtered or unexported fields
}
var ChannelTable Table = Table{
	// contains filtered or unexported fields
}
var CitationTable Table = Table{
	// contains filtered or unexported fields
}
var ClassTable Table = Table{
	// contains filtered or unexported fields
}
var ComponentTable Table = Table{
	// contains filtered or unexported fields
}
var ConnectionTable Table = Table{
	// contains filtered or unexported fields
}
var ConstituentTable Table = Table{
	// contains filtered or unexported fields
}
var DartTable Table = Table{
	// contains filtered or unexported fields
}
var DeployedDataloggerTable Table = Table{
	// contains filtered or unexported fields
}
var DeployedReceiverTable Table = Table{
	// contains filtered or unexported fields
}
var FeatureTable Table = Table{
	// contains filtered or unexported fields
}
var FirmwareHistoryTable Table = Table{
	// contains filtered or unexported fields
}
var GainTable Table = Table{
	// contains filtered or unexported fields
}
var GaugeTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledAntennaTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledCameraTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledDoasTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledMetSensorTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledRadomeTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledRecorderTable Table = Table{
	// contains filtered or unexported fields
}
var InstalledSensorTable Table = Table{
	// contains filtered or unexported fields
}
var MarkTable Table = Table{
	// contains filtered or unexported fields
}
var MonumentTable Table = Table{
	// contains filtered or unexported fields
}
var MountTable Table = Table{
	// contains filtered or unexported fields
}
var NetworkTable Table = Table{
	// contains filtered or unexported fields
}
var PlacenameTable Table = Table{
	// contains filtered or unexported fields
}
var PointTable Table = Table{
	// contains filtered or unexported fields
}
var PolarityTable Table = Table{
	// contains filtered or unexported fields
}
var PreampTable Table = Table{
	// contains filtered or unexported fields
}
var SampleTable Table = Table{
	// contains filtered or unexported fields
}
var SessionTable Table = Table{
	// contains filtered or unexported fields
}
var SiteTable Table = Table{
	// contains filtered or unexported fields
}
var StreamTable Table = Table{
	// contains filtered or unexported fields
}
var TelemetryTable Table = Table{
	// contains filtered or unexported fields
}
var TimingTable Table = Table{
	// contains filtered or unexported fields
}
var ViewTable Table = Table{
	// contains filtered or unexported fields
}
var VisibilityTable Table = Table{
	// contains filtered or unexported fields
}

func (Table) Columns 

func (t Table) Columns() []string

Columns returns the header columns.

func (Table) Encode 

func (t Table) Encode(list ListEncoder) [][]string

Encode returns the standard text listing of a table.

func (Table) End 

func (t Table) End() (string, bool)

End returns the table start and whether it has been set.

func (Table) HasDateTime 

func (t Table) HasDateTime() (string, string, bool)

HasDateTime returns whether there are any date columns in the table.

func (Table) IsDateTime 

func (t Table) IsDateTime(col int) bool

IsDateTime returns whether the column is a date and may need extra formatting.

func (Table) IsForeign 

func (t Table) IsForeign(col int) (string, bool)

IsForeign returns whether a column is considered a foreign column, this is usually an indication that it will be uniquie together with any other primary columns.

func (Table) IsNative 

func (t Table) IsNative(col int) bool

IsNative returns whether the column should be displayed without quotes, such as numbers.

func (Table) IsPrimary 

func (t Table) IsPrimary(col int) bool

IsPrimary returns whether a column is considered a primary column, this is usually an indication that it will be uniquie together with any other primary columns.

func (Table) Name 

func (t Table) Name() string

Name returns the table name.

func (Table) Remap 

func (t Table) Remap(s string) string

Remap provides a mechanism to swap between the columns expected in the struct elements and what is used in the CSV columns.

func (Table) Scan 

func (t Table) Scan() []string

Scan returns a list of remapped columns.

func (Table) Start 

func (t Table) Start() (string, bool)

Start returns the table start and whether it has been set.

type TableList 

type TableList struct {
	Table Table
	List  ListEncoder
}

TableList pairs together a Table and a ListEncoder.

type Telemetry 

type Telemetry struct {
	Span

	Station     string
	Location    string
	ScaleFactor float64
	// contains filtered or unexported fields
}

Telemetry describes when a datalogger is connected to a sensor via analogue telemetry (e.g. FM radio).

func LoadTelemetries 

func LoadTelemetries(path string) ([]Telemetry, error)

func (Telemetry) Id 

func (t Telemetry) Id() string

Id returns a unique string which can be used for sorting or checking.

func (Telemetry) Less 

func (t Telemetry) Less(telemetry Telemetry) bool

Less returns whether one Telemetry sorts before another.

func (Telemetry) String 

func (t Telemetry) String() string

String implements the Stringer interface.

type TelemetryList 

type TelemetryList []Telemetry

func (TelemetryList) Len 

func (t TelemetryList) Len() int

func (TelemetryList) Less 

func (t TelemetryList) Less(i, j int) bool

func (TelemetryList) Swap 

func (t TelemetryList) Swap(i, j int)

type Timing 

type Timing struct {
	Span

	Station    string
	Location   string
	Correction time.Duration
	// contains filtered or unexported fields
}

func LoadTimings 

func LoadTimings(path string) ([]Timing, error)

func (Timing) Less 

func (t Timing) Less(timing Timing) bool

type TimingList 

type TimingList []Timing

func (TimingList) Len 

func (t TimingList) Len() int

func (TimingList) Less 

func (t TimingList) Less(i, j int) bool

func (TimingList) Swap 

func (t TimingList) Swap(i, j int)

type View 

type View struct {
	Orientation
	Span

	Mount       string `json:"mount"`
	Code        string `json:"code"`
	Label       string `json:"label"`
	Description string `json:"description"`
}

func LoadViews 

func LoadViews(path string) ([]View, error)

type ViewList 

type ViewList []View

func (ViewList) Len 

func (v ViewList) Len() int

func (ViewList) Less 

func (v ViewList) Less(i, j int) bool

func (ViewList) Swap 

func (v ViewList) Swap(i, j int)

type Visibility 

type Visibility struct {
	Span
	Mark          string
	SkyVisibility string
}

func LoadVisibilities 

func LoadVisibilities(path string) ([]Visibility, error)

type VisibilityList 

type VisibilityList []Visibility

func (VisibilityList) Len 

func (v VisibilityList) Len() int

func (VisibilityList) Less 

func (v VisibilityList) Less(i, j int) bool

func (VisibilityList) Swap 

func (v VisibilityList) Swap(i, j int)

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