Uses of Class
simula.runtime.RTS_RTObject.RTS_NAME

Packages that use RTS_RTObject.RTS_NAME

Package	Description
simula.runtime	Simula Runtime System.

Uses of RTS_RTObject.RTS_NAME in simula.runtime

Fields in simula.runtime declared as RTS_RTObject.RTS_NAME

Modifier and Type	Field	Description
(package private) RTS_RTObject.RTS_NAME<Boolean>	RTS_RTObject.WhileElt.cond	The condition that determines whether to continue.
(package private) RTS_RTObject.RTS_NAME<Boolean>	RTS_RTObject.WhileTValElt.cond	The condition that determines whether to continue.
(package private) final RTS_RTObject.RTS_NAME<T>	RTS_RTObject.SingleElt.cvar	The for-statement control variable.
(package private) final RTS_RTObject.RTS_NAME<RTS_TXT>	RTS_RTObject.SingleTValElt.cvar	The for-statement control variable.
(package private) final RTS_RTObject.RTS_NAME<Number>	RTS_RTObject.StepUntil.cvar	The for-statement control variable.
(package private) final RTS_RTObject.RTS_NAME<T>	RTS_RTObject.WhileElt.cvar	The for-statement control variable.
(package private) final RTS_RTObject.RTS_NAME<RTS_TXT>	RTS_RTObject.WhileTValElt.cvar	The for-statement control variable.
(package private) final RTS_RTObject.RTS_NAME<T>	RTS_RTObject.WhileElt.expr	A Value expression.
(package private) final RTS_RTObject.RTS_NAME<RTS_TXT>	RTS_RTObject.WhileTValElt.expr	A Text Value expression.
(package private) final RTS_RTObject.RTS_NAME<Number>	RTS_RTObject.StepUntil.init	The initial value.
(package private) RTS_RTObject.RTS_NAME<T>	RTS_RTObject.SingleElt.nextValue	Next value.
(package private) RTS_RTObject.RTS_NAME<RTS_TXT>	RTS_RTObject.SingleTValElt.nextValue	Next value.
(package private) final RTS_RTObject.RTS_NAME<Number>	RTS_RTObject.StepUntil.step	The step value.
(package private) final RTS_RTObject.RTS_NAME<Number>	RTS_RTObject.StepUntil.until	The until value.

Methods in simula.runtime with parameters of type RTS_RTObject.RTS_NAME

Modifier and Type	Method	Description
void	RTS_Simulation.accum(RTS_RTObject.RTS_NAME<Double> a, RTS_RTObject.RTS_NAME<Double> b, RTS_RTObject.RTS_NAME<Double> c, double d)	Utility procedure accum.
static double	RTS_RandomDrawing.basicDRAW(RTS_RTObject.RTS_NAME<Integer> U)	Procedure basicDRAW.
static boolean	RTS_DEC_Lib.change(RTS_RTObject.RTS_NAME<RTS_TXT> master, RTS_TXT oldtext, RTS_TXT newtext)	DEC_Lib Procedure change.
static int	RTS_DEC_Lib.checkfrac(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure checkfrac.
static int	RTS_DEC_Lib.checkint(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure checkint.
private static int	RTS_DEC_Lib.checkNumber(RTS_RTObject.RTS_NAME<RTS_TXT> t, RTS_DEC_Lib.NumberChecker numberChecker)	Check number using the given NumberChecker.
static int	RTS_DEC_Lib.checkreal(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure checkrealc.
static int	RTS_ENVIRONMENT.discrete(RTS_RTObject.RTS_REALTYPE_ARRAY A, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: discrete distribution.
static boolean	RTS_ENVIRONMENT.draw(double a, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: Procedure draw.
static double	RTS_ENVIRONMENT.Erlang(double a, double b, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: Erlang distribution.
static char	RTS_DEC_Lib.findtrigger(RTS_RTObject.RTS_NAME<RTS_TXT> master, RTS_TXT triggers)	DEC_Lib Procedure findtrigger.
static RTS_TXT	RTS_DEC_Lib.getitem(RTS_RTObject.RTS_NAME<RTS_TXT> tt)	DEC_Lib Procedure getitem.
static int	RTS_ENVIRONMENT.histd(RTS_RTObject.RTS_REALTYPE_ARRAY A, RTS_RTObject.RTS_NAME<Integer> U)	Utility: Procedure histd.
static double	RTS_ENVIRONMENT.linear(RTS_RTObject.RTS_REALTYPE_ARRAY A, RTS_RTObject.RTS_REALTYPE_ARRAY B, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: linear distribution.
static double	RTS_ENVIRONMENT.negexp(double a, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: negexp distribution.
static double	RTS_ENVIRONMENT.normal(double a, double b, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: normal distribution.
static int	RTS_ENVIRONMENT.Poisson(double a, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: Poisson distribution.
static boolean	RTS_DEC_Lib.puttext(RTS_RTObject.RTS_NAME<RTS_TXT> oldstring, RTS_TXT newstring)	DEC_Lib Procedure puttext.
static int	RTS_ENVIRONMENT.randint(int a, int b, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: randint distribution
static char	RTS_DEC_Lib.scanchar(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure scanchar.
static int	RTS_DEC_Lib.scanfrac(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure scanfrac.
static int	RTS_DEC_Lib.scanint(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure scanint.
static double	RTS_DEC_Lib.scanreal(RTS_RTObject.RTS_NAME<RTS_TXT> t)	DEC_Lib Procedure scanreal.
static RTS_TXT	RTS_DEC_Lib.scanto(RTS_RTObject.RTS_NAME<RTS_TXT> t, char c)	DEC_Lib Procedure scanto.
static RTS_TXT	RTS_DEC_Lib.skip(RTS_RTObject.RTS_NAME<RTS_TXT> t, char c)	DEC_Lib Procedure skip.
static double	RTS_ENVIRONMENT.uniform(double a, double b, RTS_RTObject.RTS_NAME<Integer> U)	Random drawing: uniform distribution

Constructors in simula.runtime with parameters of type RTS_RTObject.RTS_NAME

Modifier	Constructor	Description
	SingleElt(RTS_RTObject.RTS_NAME<T> cvar, RTS_RTObject.RTS_NAME<T> val)	Create single value element, not text.
	SingleTValElt(RTS_RTObject.RTS_NAME<RTS_TXT> cvar, RTS_RTObject.RTS_NAME<RTS_TXT> tval)	Create single text value element.
	StepUntil(RTS_RTObject.RTS_NAME<Number> cvar, RTS_RTObject.RTS_NAME<Number> init, RTS_RTObject.RTS_NAME<Number> step, RTS_RTObject.RTS_NAME<Number> until)	Create step until element.
	WhileElt(RTS_RTObject.RTS_NAME<T> cvar, RTS_RTObject.RTS_NAME<T> expr, RTS_RTObject.RTS_NAME<Boolean> cond)	Create While element.
	WhileTValElt(RTS_RTObject.RTS_NAME<RTS_TXT> cvar, RTS_RTObject.RTS_NAME<RTS_TXT> expr, RTS_RTObject.RTS_NAME<Boolean> cond)	Create Text Value While-element.