Documentation of 'smetana.core.Macro' Java class
Macro
smetana.core

Class Macro



  • public class Macro
    extends java.lang.Object
    • Constructor Detail

      • Macro

        public Macro()
    • Method Detail

      • F

        public static <O> O F(O result,
                              java.lang.Object... dummy)
      • ASINT

        public static int ASINT(boolean v)
      • N

        public static boolean N(boolean v)
      • N

        public static boolean N(int i)
      • N

        public static boolean N(char c)
      • N

        public static boolean N(java.lang.Object o)
      • NOT

        public static boolean NOT(boolean v)
      • NOT

        public static boolean NOT(int i)
      • NOT

        public static boolean NOT(char c)
      • NOT

        public static boolean NOT(java.lang.Object o)
      • TRACE

        public static void TRACE(java.lang.String functionName)
      • UNSUPPORTED

        public static __ptr__ UNSUPPORTED(java.lang.String comment)
      • UNSUPPORTED_INT

        public static int UNSUPPORTED_INT(java.lang.String comment)
      • AGTYPE

        public static int AGTYPE(__ptr__ obj)
      • AGTYPE

        public static void AGTYPE(__ptr__ obj,
                                  int v)
      • AGID

        public static int AGID(__ptr__ obj)
      • AGID

        public static void AGID(__ptr__ obj,
                                int v)
      • AGSEQ

        public static int AGSEQ(__ptr__ obj)
      • AGSEQ

        public static void AGSEQ(__ptr__ obj,
                                 int v)
      • LENGTH

        public static int LENGTH(Agedge_s e)
      • SLACK

        public static int SLACK(Agedge_s e)
      • SEQ

        public static boolean SEQ(int a,
                                  int b,
                                  int c)
      • TREE_EDGE

        public static boolean TREE_EDGE(Agedge_s e)
      • GD_exact_ranksep

        public static int GD_exact_ranksep(Agraph_s g)
      • GD_exact_ranksep

        public static void GD_exact_ranksep(Agraph_s g,
                                            int v)
      • GD_expanded

        public static boolean GD_expanded(Agraph_s g)
      • GD_expanded

        public static void GD_expanded(Agraph_s g,
                                       boolean v)
      • GD_flags

        public static int GD_flags(Agraph_s g)
      • GD_flags

        public static void GD_flags(Agraph_s g,
                                    int v)
      • GD_charset

        public static int GD_charset(Agraph_s g)
      • GD_charset

        public static void GD_charset(Agraph_s g,
                                      int v)
      • GD_has_labels

        public static int GD_has_labels(__ptr__ g)
      • GD_has_labels

        public static void GD_has_labels(__ptr__ g,
                                         int v)
      • GD_has_flat_edges

        public static int GD_has_flat_edges(Agraph_s g)
      • GD_has_flat_edges

        public static void GD_has_flat_edges(Agraph_s g,
                                             boolean v)
      • GD_ht1

        public static double GD_ht1(Agraph_s g)
      • GD_ht1

        public static void GD_ht1(Agraph_s g,
                                  double v)
      • GD_ht2

        public static double GD_ht2(Agraph_s g)
      • GD_ht2

        public static void GD_ht2(Agraph_s g,
                                  double v)
      • GD_installed

        public static int GD_installed(Agraph_s g)
      • GD_installed

        public static void GD_installed(Agraph_s g,
                                        int v)
      • GD_rankdir2

        public static int GD_rankdir2(Agraph_s g)
      • GD_rankdir2

        public static void GD_rankdir2(Agraph_s g,
                                       int v)
      • GD_rankdir

        public static int GD_rankdir(Agraph_s g)
      • GD_flip

        public static int GD_flip(Agraph_s g)
      • GD_maxrank

        public static int GD_maxrank(Agraph_s g)
      • GD_maxrank

        public static void GD_maxrank(Agraph_s g,
                                      int v)
      • GD_minrank

        public static int GD_minrank(Agraph_s g)
      • GD_minrank

        public static void GD_minrank(Agraph_s g,
                                      int v)
      • GD_n_cluster

        public static int GD_n_cluster(Agraph_s g)
      • GD_n_cluster

        public static void GD_n_cluster(Agraph_s g,
                                        int v)
      • GD_n_nodes

        public static int GD_n_nodes(Agraph_s g)
      • GD_n_nodes

        public static void GD_n_nodes(Agraph_s g,
                                      int v)
      • GD_nodesep

        public static int GD_nodesep(Agraph_s g)
      • GD_nodesep

        public static void GD_nodesep(Agraph_s g,
                                      int v)
      • GD_rankleader

        public static void GD_rankleader(Agraph_s g,
                                         __ptr__ v)
      • GD_ranksep

        public static int GD_ranksep(Agraph_s g)
      • GD_ranksep

        public static void GD_ranksep(Agraph_s g,
                                      int v)
      • GD_set_type

        public static int GD_set_type(Agraph_s g)
      • GD_set_type

        public static void GD_set_type(Agraph_s g,
                                       int v)
      • GD_label_pos

        public static int GD_label_pos(Agraph_s g)
      • GD_label_pos

        public static void GD_label_pos(Agraph_s g,
                                        int v)
      • GD_showboxes

        public static int GD_showboxes(Agraph_s g)
      • GD_showboxes

        public static void GD_showboxes(Agraph_s g,
                                        int v)
      • GD_fontnames

        public static int GD_fontnames(Agraph_s g)
      • GD_fontnames

        public static void GD_fontnames(Agraph_s g,
                                        int v)
      • ND_id

        public static int ND_id(Agnode_s n)
      • ND_UF_parent

        public static void ND_UF_parent(__ptr__ n,
                                        __ptr__ v)
      • ND_UF_size

        public static int ND_UF_size(Agnode_s n)
      • ND_UF_size

        public static void ND_UF_size(Agnode_s n,
                                      int v)
      • ND_has_port

        public static boolean ND_has_port(Agnode_s n)
      • ND_height

        public static double ND_height(__ptr__ n)
      • ND_height

        public static void ND_height(Agnode_s n,
                                     double v)
      • ND_ht

        public static double ND_ht(__ptr__ n)
      • ND_ht

        public static void ND_ht(Agnode_s n,
                                 double v)
      • ND_lim

        public static int ND_lim(Agnode_s n)
      • ND_lim

        public static void ND_lim(Agnode_s n,
                                  int v)
      • ND_low

        public static int ND_low(Agnode_s n)
      • ND_low

        public static void ND_low(Agnode_s n,
                                  int v)
      • ND_lw

        public static double ND_lw(__ptr__ n)
      • ND_lw

        public static void ND_lw(Agnode_s n,
                                 double v)
      • ND_mark

        public static int ND_mark(__ptr__ n)
      • ND_mark

        public static void ND_mark(__ptr__ n,
                                   int v)
      • ND_mark

        public static void ND_mark(__ptr__ n,
                                   boolean v)
      • ND_mval

        public static double ND_mval(__ptr__ n)
      • ND_mval

        public static void ND_mval(Agnode_s n,
                                   double v)
      • ND_node_type

        public static int ND_node_type(Agnode_s n)
      • ND_node_type

        public static void ND_node_type(Agnode_s n,
                                        int v)
      • ND_onstack

        public static boolean ND_onstack(Agnode_s n)
      • ND_onstack

        public static void ND_onstack(Agnode_s n,
                                      int v)
      • ND_onstack

        public static void ND_onstack(Agnode_s n,
                                      boolean v)
      • ND_order

        public static int ND_order(__ptr__ n)
      • ND_order

        public static void ND_order(__ptr__ n,
                                    int v)
      • ND_priority

        public static int ND_priority(Agnode_s n)
      • ND_priority

        public static void ND_priority(Agnode_s n,
                                       int v)
      • ND_rank

        public static int ND_rank(__ptr__ n)
      • ND_rank

        public static void ND_rank(__ptr__ n,
                                   int v)
      • ND_ranktype

        public static int ND_ranktype(Agnode_s n)
      • ND_ranktype

        public static void ND_ranktype(Agnode_s n,
                                       int v)
      • ND_rw

        public static double ND_rw(__ptr__ n)
      • ND_rw

        public static void ND_rw(Agnode_s n,
                                 double v)
      • ND_showboxes

        public static int ND_showboxes(Agnode_s n)
      • ND_showboxes

        public static void ND_showboxes(Agnode_s n,
                                        int v)
      • ND_weight_class

        public static int ND_weight_class(Agnode_s n)
      • ND_weight_class

        public static void ND_weight_class(Agnode_s n,
                                           int v)
      • ND_width

        public static double ND_width(__ptr__ n)
      • ND_width

        public static void ND_width(Agnode_s n,
                                    double v)
      • ED_conc_opp_flag

        public static boolean ED_conc_opp_flag(Agedge_s e)
      • ED_conc_opp_flag

        public static void ED_conc_opp_flag(Agedge_s e,
                                            boolean v)
      • ED_count

        public static int ED_count(__ptr__ e)
      • ED_count

        public static void ED_count(__ptr__ e,
                                    int v)
      • ED_cutvalue

        public static int ED_cutvalue(Agedge_s e)
      • ED_cutvalue

        public static void ED_cutvalue(Agedge_s e,
                                       int v)
      • ED_adjacent

        public static int ED_adjacent(__ptr__ e)
      • ED_adjacent

        public static void ED_adjacent(Agedge_s e,
                                       int v)
      • ED_head_label

        public static void ED_head_label(Agedge_s e,
                                         __ptr__ v)
      • ED_label_ontop

        public static boolean ED_label_ontop(Agedge_s e)
      • ED_label_ontop

        public static void ED_label_ontop(Agedge_s e,
                                          boolean v)
      • ED_minlen

        public static int ED_minlen(Agedge_s e)
      • ED_minlen

        public static void ED_minlen(Agedge_s e,
                                     int v)
      • ED_showboxes

        public static int ED_showboxes(Agedge_s e)
      • ED_showboxes

        public static void ED_showboxes(Agedge_s e,
                                        int v)
      • ED_tree_index

        public static int ED_tree_index(__ptr__ e)
      • ED_tree_index

        public static void ED_tree_index(__ptr__ e,
                                         int v)
      • ED_xpenalty

        public static int ED_xpenalty(__ptr__ e)
      • ED_xpenalty

        public static void ED_xpenalty(Agedge_s e,
                                       int v)
      • ED_dist

        public static double ED_dist(Agedge_s e)
      • ED_dist

        public static void ED_dist(Agedge_s e,
                                   double v)
      • ED_weight

        public static int ED_weight(Agedge_s e)
      • ED_weight

        public static void ED_weight(Agedge_s e,
                                     int v)
      • ED_edge_type

        public static int ED_edge_type(Agedge_s e)
      • ED_edge_type

        public static void ED_edge_type(Agedge_s e,
                                        int v)
      • ALLOC_empty

        public static __ptr__ ALLOC_empty(int size,
                                          __ptr__ ptr,
                                          java.lang.Class type)
      • ALLOC_allocated2

        public static __ptr__ ALLOC_allocated2(int size,
                                               __ptr__ ptr,
                                               java.lang.Class type)
      • ALLOC_INT

        public static __ptr__ ALLOC_INT(int size,
                                        __ptr__ ptr)
      • RALLOC

        public static __ptr__ RALLOC(int nb,
                                     __ptr__ ptr,
                                     java.lang.Class type)
      • ALLOC

        public static __ptr__ ALLOC(int nb,
                                    __ptr__ ptr,
                                    java.lang.Class type)
      • elist_append

        public static void elist_append(__ptr__ item,
                                        ST_elist L)
      • alloc_elist

        public static void alloc_elist(int n,
                                       ST_elist L,
                                       java.lang.Class cl)
      • free_list

        public static void free_list(ST_elist L)
      • ABS

        public static double ABS(double a)
      • ABS

        public static int ABS(int a)
      • MAX

        public static double MAX(double a,
                                 double b)
      • MAX

        public static int MAX(int a,
                              int b)
      • MIN

        public static double MIN(double a,
                                 double b)
      • MIN

        public static int MIN(int a,
                              int b)
      • BETWEEN

        public static boolean BETWEEN(double a,
                                      double b,
                                      double c)
      • BETWEEN

        public static boolean BETWEEN(int a,
                                      int b,
                                      int c)
      • ROUND

        public static int ROUND(double f)
      • MAKEFWDEDGE

        public static void MAKEFWDEDGE(__ptr__ new_,
                                       __ptr__ old)
      • ZALLOC

        public static __ptr__ ZALLOC(int size,
                                     __ptr__ ptr,
                                     java.lang.Class type,
                                     int osize)
      • fabs

        public static double fabs(double x)
      • hypot

        public static double hypot(double x,
                                   double y)
      • SQR

        public static double SQR(double a)
      • APPROXEQPT

        public static boolean APPROXEQPT(__ptr__ p,
                                         __ptr__ q,
                                         double tol)
      • LEN2

        public static double LEN2(double a,
                                  double b)
      • LEN

        public static double LEN(double a,
                                 double b)
      • RADIANS

        public static double RADIANS(double deg)
      • hackInitDimensionFromLabel

        public static void hackInitDimensionFromLabel(__struct__<pointf> size,
                                                      java.lang.String label)
      • createHackInitDimensionFromLabel

        public static CString createHackInitDimensionFromLabel(int width,
                                                               int height)

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