pyProjPoint.pyProjReport Class Reference

Inheritance diagram for pyProjPoint.pyProjReport:

Collaboration diagram for pyProjPoint.pyProjReport:

Public Member Functions
def	__init__ (self, name, valid, Point, bearing, sigma)
def	setReceiverLocation (self, theLocation)
def	getReceiverLocation (self)
def	setBearing (self, theBearing)
def	setSigma (self, theSigma)
def	getReportBearingRadians (self)
def	getBearing (self)
def	getBearingStandardDeviationRadians (self)
def	getSigma (self)

Public Attributes
	myPoint
	bearing
	sigma

Static Public Attributes
pyProjPoint	r1Point = pyProjPoint([-(106+38./60.+15.4/3600.) , (34+56./60.+48.7/3600)])
pyProjReport	r1 = pyProjReport("r1",True,r1Point,121.147,1.0)
pyProjReport	r1p = r1.getReceiverLocation()
pyProjPoint	r2Point = pyProjPoint([-(106+18./60.+17.0/3600.) , (34+58./60.+12.5/3600)])
pyProjReport	r2 = pyProjReport("r2",True,r2Point,257.539,3.0)
pyProjReport	r2p = r2.getReceiverLocation()
pyProjPoint	r3Point = pyProjPoint([-(106+28./60.+53.8/3600.) , (35+10./60.+33.9/3600)])
pyProjReport	r3 = pyProjReport("r3",True,r3Point,197.962,2.0)
pyProjReport	r3p = r3.getReceiverLocation()
DFLib	rc = DFLib.ReportCollection()
pyProjPoint	LSfix = pyProjPoint()
pyProjPoint	LSv = LSfix.getXY()
pyProjPoint	LSu = LSfix.getUserCoords()
pyProjPoint	FCAfix = pyProjPoint()
DFLib	FCA_stddev = DFLib.vectord(2)
pyProjPoint	FCAv = FCAfix.getXY()
pyProjPoint	FCAu = FCAfix.getUserCoords()

Detailed Description

  The pyProjReport class implements the DFLib::Abstract::Report interface.

Constructor & Destructor Documentation

__init__()

def pyProjPoint.pyProjReport.__init__	(		self,
			name,
			valid,
			Point,
			bearing,
			sigma
	)

pyProjReport constructor

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Member Function Documentation

getBearing()

def pyProjPoint.pyProjReport.getBearing

(

self

)

Returns the report bearing in degrees.

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getBearingStandardDeviationRadians()

def pyProjPoint.pyProjReport.getBearingStandardDeviationRadians

(

self

)

Returns receiver standard deviation in radians.

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getReceiverLocation()

def pyProjPoint.pyProjReport.getReceiverLocation

(

self

)

Returns the receiver location in XY coordinates.
This is returned as a vectord (STL vector<double>) pointer.

getReportBearingRadians()

def pyProjPoint.pyProjReport.getReportBearingRadians

(

self

)

Returns the report bearing relative to grid north (Y) in radians.

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getSigma()

def pyProjPoint.pyProjReport.getSigma

(

self

)

Returns receiver standard deviation in degrees.

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setBearing()

def pyProjPoint.pyProjReport.setBearing	(		self,
			theBearing
	)

Sets the report's bearing (in the XY space, which means it needs
to have grid convergence and magnetic declination taken into
account!) This is in degrees.

setReceiverLocation()

def pyProjPoint.pyProjReport.setReceiverLocation	(		self,
			theLocation
	)

Sets the receiver location in XY coordinates.

setSigma()

def pyProjPoint.pyProjReport.setSigma	(		self,
			theSigma
	)

Sets the standard deviation of the distribution of
random errors expected from this type of receiver.  This is in degrees.

Member Data Documentation

bearing

pyProjPoint.pyProjReport.bearing

FCA_stddev

DFLib pyProjPoint.pyProjReport.FCA_stddev = DFLib.vectord(2)

static

FCAfix

pyProjPoint pyProjPoint.pyProjReport.FCAfix = pyProjPoint()

static

FCAu

pyProjPoint pyProjPoint.pyProjReport.FCAu = FCAfix.getUserCoords()

static

FCAv

pyProjPoint pyProjPoint.pyProjReport.FCAv = FCAfix.getXY()

static

LSfix

pyProjPoint pyProjPoint.pyProjReport.LSfix = pyProjPoint()

static

LSu

pyProjPoint pyProjPoint.pyProjReport.LSu = LSfix.getUserCoords()

static

LSv

pyProjPoint pyProjPoint.pyProjReport.LSv = LSfix.getXY()

static

myPoint

pyProjPoint.pyProjReport.myPoint

r1

pyProjReport pyProjPoint.pyProjReport.r1 = pyProjReport("r1",True,r1Point,121.147,1.0)

static

r1p

pyProjReport pyProjPoint.pyProjReport.r1p = r1.getReceiverLocation()

static

r1Point

pyProjPoint pyProjPoint.pyProjReport.r1Point = pyProjPoint([-(106+38./60.+15.4/3600.) , (34+56./60.+48.7/3600)])

static

r2

pyProjReport pyProjPoint.pyProjReport.r2 = pyProjReport("r2",True,r2Point,257.539,3.0)

static

r2p

pyProjReport pyProjPoint.pyProjReport.r2p = r2.getReceiverLocation()

static

r2Point

pyProjPoint pyProjPoint.pyProjReport.r2Point = pyProjPoint([-(106+18./60.+17.0/3600.) , (34+58./60.+12.5/3600)])

static

r3

pyProjReport pyProjPoint.pyProjReport.r3 = pyProjReport("r3",True,r3Point,197.962,2.0)

static

r3p

pyProjReport pyProjPoint.pyProjReport.r3p = r3.getReceiverLocation()

static

r3Point

pyProjPoint pyProjPoint.pyProjReport.r3Point = pyProjPoint([-(106+28./60.+53.8/3600.) , (35+10./60.+33.9/3600)])

static

rc

DFLib pyProjPoint.pyProjReport.rc = DFLib.ReportCollection()

static

sigma

pyProjPoint.pyProjReport.sigma

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The documentation for this class was generated from the following file:

• /users/russo/DFLIB_Git/DFLib/Python/pyProjPoint.py