#include <iostream>
#include <random>
#include "structures.h"
#include "insertShape.h"
#include "generatingPoints.h"
#include "computationalGeometry.h"
#include "input.h"
#include "vectorFunctions.h"
#include <string>

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Macros
#define	_CONSTSCALAR 48.3868

Functions
struct Poly	generatePoly (struct Shape &shapeFam, std::mt19937_64 &generator, Distributions &distributions, int familyIndex, bool useList)

struct Poly	generatePoly_withRadius (double radius, struct Shape &shapeFam, std::mt19937_64 &generator, Distributions &distributions, int familyIndex)

void	assignAperture (struct Poly &newPoly, std::mt19937_64 &generator)

void	assignPermeability (struct Poly &newPoly)

void	initializeRectVertices (struct Poly &newPoly, float radius, float aspectRatio)

void	initializeEllVertices (struct Poly &newPoly, float radius, float aspectRatio, float *thetaList, int numPoints)

void	reTranslatePoly (struct Poly &newPoly, struct Shape &shapeFam, std::mt19937_64 &generator)

bool	p32Complete (int size)

void	printRejectReason (int rejectCode, struct Poly newPoly)

int	getFamilyNumber (int familyIndex, int familyShape)

std::string	shapeType (struct Shape &shapeFam)

double	getLargestFractureRadius (Shape &shapeFam)

Macro Definition Documentation

§ _CONSTSCALAR

#define _CONSTSCALAR 48.3868

Assigns aperture based in user input option to fractures/polygons Function is used at end of fracture insertion in main()

Arg 1: Polyogon to assign aperture to Arg 2: Random generator, see c++ std library: <random>

Options: 1) meanAperture and stdAperture for using LogNormal distribution. 2) apertureFromTransmissivity, first transmissivity is defined, and then, using a cubic law, the aperture is calculated; 3) constantAperture, all fractures, regardless of their size, will have the same aperture value; 4) lengthCorrelatedAperture, aperture is defined as a function of fracture size

Definition at line 329 of file insertShape.cpp.

Function Documentation

§ assignAperture()

void assignAperture	(	struct Poly &	newPoly,
		std::mt19937_64 &	generator
	)

Definition at line 330 of file insertShape.cpp.

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§ assignPermeability()

void assignPermeability ( struct Poly & newPoly )

Assigns permiability using user's input option Runs once at end of fracture insertion for all accepted fractures Options: 0 - Permeability of each fracture is a function of fracture aperture, given by k=(b^2)/12, where b is an aperture and k is permeability 1 - Constant permeabilty for all fractures Arg 1: Polygon/fracture to assign permiability to

Definition at line 380 of file insertShape.cpp.

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§ generatePoly()

struct Poly generatePoly	(	struct Shape &	shapeFam,
		std::mt19937_64 &	generator,
		Distributions &	distributions,
		int	familyIndex,
		bool	useList
	)

Generates a polygon based on a stochastic fracture shape family NOTE: Function does not create bouding box. The bouding box has to be created after fracture truncation Arg 1: Shape family to generate fracture from Arg 2: Random generator, see std <random> c++ library Arg 3: Distributions class, currently used only for exponential dist. Arg 4: Index of 'shapeFam' (arg 1) in the shapeFamilies array in main() Arg 5: True - Use pre-calculated fracture radii list to pull radii from False - Generate random radii every time (used in dryRun() which estimates number of fractures needed when using p32 option and generates the radii lists) Return: Random polygon/fracture based from 'shapeFam'

Definition at line 26 of file insertShape.cpp.

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§ generatePoly_withRadius()

struct Poly generatePoly_withRadius	(	double	radius,
		struct Shape &	shapeFam,
		std::mt19937_64 &	generator,
		Distributions &	distributions,
		int	familyIndex
	)

Similar to generatePoly() except the radius is passed to the function. Generates a polygon Shape (ell or rect) still comes from the shapes' familiy NOTE: Function does not create bouding box. The bouding box has to be created after fracture truncation Arg 1: Radius for polygon Arg 2: Shape family to generate fracture from Arg 3: Random generator, see std <random> c++ library Arg 4: Distributions class, currently used only for exponential dist. Arg 5: Index of 'shapeFam' (arg 1) in the shapeFamilies array in main() Return: Polygond with radius passed in arg 1 and shape based on 'shapeFam'

Definition at line 221 of file insertShape.cpp.

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§ getFamilyNumber()

int getFamilyNumber	(	int	familyIndex,
		int	familyShape
	)

Turns the global family number into a number the user can more easily understand. The shapeFamily array contains both rectangle and ellipse families. For example: If shapeFamilies array has 3 families of ellipse families and 3 families of rectangle families: {ell, ell, ell, rect, rect, rect} If we want the local family number for index 3, it will return family 1, meaning the first rectangular family. This function is used in conjuntion with shapeType().

Arg 1: Family index which family belings to in main()'s 'shapeFamilies' array Arg 2: Rectangle or ellipse family 0 - Ellipse 1 - Rectangle

Definition at line 688 of file insertShape.cpp.

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§ getLargestFractureRadius()

double getLargestFractureRadius ( Shape & shapeFam )

Returns the largest fracture radii defined by the user for a fracture family. This function is used for the 'forceLargeFractures' option in the input file Arg 1: Shape family Return: User's maximum radii for shapeFam (arg 1)

Definition at line 717 of file insertShape.cpp.

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§ initializeEllVertices()

void initializeEllVertices	(	struct Poly &	newPoly,
		float	radius,
		float	aspectRatio,
		float *	thetaList,
		int	numPoints
	)

Initializes ellipse vertices on x-y plane Arg 1: Poly to initialize Arg 2: Radius (xradius = radius. yradius = radius * aspectRatio) Arg 3: Aspect ratio

Definition at line 432 of file insertShape.cpp.

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§ initializeRectVertices()

void initializeRectVertices	(	struct Poly &	newPoly,
		float	radius,
		float	aspectRatio
	)

Initializes vertices for rectangular poly using radius (1/2 x length) and aspcet ratio. (xradius = radius, yradius = radius * aspectRatio) Poly will be on x-y plane Arg 1: Polygon to initialize vertices Arg 2: Radius (1/2 x dimension length) Arg 3: Aspect ratio

Definition at line 403 of file insertShape.cpp.

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§ p32Complete()

bool p32Complete ( int size )

For th P32 stopping option (see input file) Function checks the status of the fractures families target P32 The 'p32Status' array is 1 to 1 with the total number of families When a family's P32 requirement has been met, it's corresponding element in 'p32Status' is set to '1' For example, the status for shapeFamiliy[0] is in p32Status[0]. If p32Status[0] = 1, shapeFamily[0] has met its p32/fracture intensity target, else it has not and will keep inserting more fractures

Arg 1: Size of 'p32Status' array (same size as the shapeFamilies array) Return: True once ALL p32 targets have been met for all families False otherwise

Definition at line 598 of file insertShape.cpp.

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§ printRejectReason()

void printRejectReason	(	int	rejectCode,
		struct Poly	newPoly
	)

Function prints fracture rejection reasons to user based on reject code Currtenly only used for user defined fractures. Arg 1: Rejection code Arg 2: Poly which was rejected

Definition at line 617 of file insertShape.cpp.

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§ reTranslatePoly()

void reTranslatePoly	(	struct Poly &	newPoly,
		struct Shape &	shapeFam,
		std::mt19937_64 &	generator
	)

Re-translate poly Re-initializes/re-builds (if needed) polygon at origin and translates to new position preserving its size, shape, and normal vector This helps hit target distributions since we reject less Arg 1: Polygon Arg 2: Shape family structure which Polygon belongs to Arg 3: Random Generator

Definition at line 455 of file insertShape.cpp.

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§ shapeType()

std::string shapeType ( struct Shape & shapeFam )

Print type of family (ellipse or rectangle) Arg 1: Shape family

Definition at line 700 of file insertShape.cpp.

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Macros

Functions

Macro Definition Documentation

§ _CONSTSCALAR

Function Documentation

§ assignAperture()

§ assignPermeability()

§ generatePoly()

§ generatePoly_withRadius()

§ getFamilyNumber()

§ getLargestFractureRadius()

§ initializeEllVertices()

§ initializeRectVertices()

§ p32Complete()

§ printRejectReason()

§ reTranslatePoly()

§ shapeType()