#include "geoslib_old_f.h"
#include "Basic/Utilities.hpp"
#include "Basic/String.hpp"
#include "Basic/ASerializable.hpp"
#include "Basic/OptDbg.hpp"
#include "Model/Model.hpp"
#include "LithoRule/Rule.hpp"
#include "LithoRule/RuleStringFormat.hpp"
#include "LithoRule/Node.hpp"
#include "Db/Db.hpp"
#include <sstream>

Macros
#define	THRESH_IDLE 0

#define	THRESH_Y1 1

#define	THRESH_Y2 2

#define	NODES(inode, i) (nodes[6 * (inode) + (i)])

#define	FROM_TYPE(inode) (nodes[6 * (inode) + 0])

#define	FROM_RANK(inode) (nodes[6 * (inode) + 1])

#define	FROM_VERS(inode) (nodes[6 * (inode) + 2])

#define	NODE_TYPE(inode) (nodes[6 * (inode) + 3])

#define	NODE_RANK(inode) (nodes[6 * (inode) + 4])

#define	FACIES(inode) (nodes[6 * (inode) + 5])

Functions
void	set_rule_mode (int rule_mode)

int	get_rule_mode (void)

double	get_rule_extreme (int mode)

Variables
static const VectorString	symbol = {"F","S","T"}

static int	GAUSS_MODE = 1

Macro Definition Documentation

◆ FACIES

#define FACIES ( inode ) (nodes[6 * (inode) + 5])

◆ FROM_RANK

#define FROM_RANK ( inode ) (nodes[6 * (inode) + 1])

◆ FROM_TYPE

#define FROM_TYPE ( inode ) (nodes[6 * (inode) + 0])

◆ FROM_VERS

#define FROM_VERS ( inode ) (nodes[6 * (inode) + 2])

◆ NODE_RANK

#define NODE_RANK ( inode ) (nodes[6 * (inode) + 4])

◆ NODE_TYPE

#define NODE_TYPE ( inode ) (nodes[6 * (inode) + 3])

◆ NODES

#define NODES	(	inode,
		i
	)	(nodes[6 * (inode) + (i)])

◆ THRESH_IDLE

#define THRESH_IDLE 0

◆ THRESH_Y1

#define THRESH_Y1 1

◆ THRESH_Y2

#define THRESH_Y2 2

Function Documentation

◆ get_rule_extreme()

double get_rule_extreme ( int mode )

Get the lower or upper bound

Returns: Lower of Upper Bound

Parameters

[in] mode <0 for lower bound; >0 for upper bound

◆ get_rule_mode()

int get_rule_mode ( void )

Get the current Rule Mode

Returns: Returns the current mode (1 for Gaussian; 0 for Raw)

◆ set_rule_mode()

void set_rule_mode ( int rule_mode )

Set the Rule Mode

Parameters

[in] rule_mode 1 for Gaussian; 0 for absence of conversion

Remarks: The absence of conversion is used in order to evaluate the; real thresholds along the rule for representing the rule; by proportions rather than in gaussian scale

Variable Documentation

◆ GAUSS_MODE

int GAUSS_MODE = 1

static

◆ symbol

const VectorString symbol = {"F","S","T"}