H5b' H4HH[]ÐUHSHH HtH HHHuH[ÐHDH neato_layout neato sfdp twopi circo patchwork osage nop nop1 nop2 %f,%f esep overlap_scaling overlap overlap [%d] : %d
normalize Adjusting %s using %s
Unhandled adjust option %s
voro_margin Number of iterations = %d
Number of increases = %d
weight none Voronoi oscale old scaling scalexy x and y scaling xy orthogonal constraints yx orthogonal constraints pseudo-orthogonal constraints portho_yx porthoxy porthoyx compress vpsc ipsep Edge separation: add=%d (%f,%f)
Node separation: add=%d (%f,%f)
xy pseudo-orthogonal constraints yx pseudo-orthogonal constraints TTOOTTTTTTTTTTO ? ?L? B _ ? R@? @? Calculating circuit model ? [%d]
[%p] %p %p %d %d %d %d %f
|۽|=neatoinit.c f < graph[j].nedges len (np)->u.id == i dir start self regular random %ld maxiter convert graph: %d nodes %.2f sec
levelsgap cluster diredgeconstraints hier gap=%f,%f
%lf,%lf,%lf,%lf bb s,%lf,%lf%n e,%lf,%lf%n head_lp tail_lp dimen dim pin as required by the -n flag
mode KK major circuit subset shortpath mds _neato_cc node positions are ignored unless start=random
model %d smart_init %d iterations %d tol %f
cdata->ntoplevel==agnnodes(g)-cdata->nvars Generating Edge Constraints...
Generating DiG-CoLa Edge Constraints...
Generating Non-overlap Constraints...
Removing overlaps as postprocess...
graph %s is disconnected. Hence, the circuit model
is undefined. Reverting to the shortest path model.
Alternatively, consider running neato using -Gpack=true or decomposing
the graph into connected components.
Solving model %d iterations %d tol %f
node %s in graph %s has no position
node %s, position %s, expected two doubles
Illegal value %s for attribute "mode" in graph %s - ignored
edges in graph %s have no len attribute. Hence, the mds model
is inappropriate. Reverting to the shortest path model.
Unknown value %s for attribute "model" in graph %s - ignored
makeGraphData dfsCycle cluster_map -DT!@
intersection at %.3f %.3f
trying to delete a non line
seg#%d : (%.3f, %.3f) (%.3f, %.3f)
samplepoints box polygon makePoly: unknown shape type %s
makeAddPoly: unknown shape type %s
?-DT! @ 4@ this next prev point
%3d %3d %3d (%f,%f)
%4.1f ill-conditioned
neatosplines.c b == n spline %s %s
orthogonal lines line segments polylines splines Creating edges using %s
polyline %s %s
(((g)->u.bb.LL.x>=0)?(int)((g)->u.bb.LL.x + .5):(int)((g)->u.bb.LL.x - .5)) == 0 (((g)->u.bb.LL.y>=0)?(int)((g)->u.bb.LL.y + .5):(int)((g)->u.bb.LL.y - .5)) == 0 Orthogonal edges not yet supported
nodes touch - falling back to straight line edges
_neato_set_aspect make_barriers polylineMidpoint {Gz?ư> @ B@ 2@stuff.c (v)->u.heapindex < 0 Calculating shortest paths: %.3f iterations = %d final e = %f
%s %.3f
final e = %f %d%s iterations %.2f sec
Setting up spring model: Setting initial positions
bad edge len "%s" in %s - setting to %.02f
Scanning graph %s, %d nodes
epsilon Damping defaultdist Max. iterations (%d) reached on graph %s
start=%s not supported with mode=self - ignored
neato_enqueue -C 6?mdsModel: delta = %f
Calculating subset model Calculating MDS model Calculating shortest paths : %.2f sec
Setting initial positions : %.2f sec Setting up stress function Solving model: graph is disconnected. Hence, the circuit model
final e = %f %d iterations %.2f sec
KH9MbP? ? d~Q+? I A compress %g
constraint.c cg vg delta <= 0xFFFF bestcost < (__builtin_huge_val()) ݩ*ɪcomputeScaleXY mkNConstraintG A @ @ $@(kn(knN zD @ & .>smart_ini_x.c x!=((void *)0) IMDS_given_dim h㈵>?remove_overlap: Graphviz not built with triangulation library
freeSurface: %s
mkSurface: %s
delaunay_tri: %s
delaunay_triangulation: %s
Graphviz built without any triangulation library
multispline.c ip Heap overflow
!
q
?addEndpoint findMap edgeToSeg Could not create control points for multiple spline for edge (%s,%s)
@@ Y@ .@nsizescale=%f,iterations=%d
levels:
l[%d]: %d generated %d constraints
Found %d DiG-CoLa boundaries
generate edge constraints...
initCMajVPSC done: %d global constraints generated.
qh ?root specified root node "%s" was not found. Using default calculation for root node
root = %s
ranksep Rank separation = %f
{Gz?area \N black Times-Roman ,@ q q?shape layout %s
sortv %s : %f %f %f %f
%s : %f %f
reposition %s
Graph %s has array packing with user values but no "sortv" attributes are defined. cc%s_%d cc%s+%d comp.c c_cnt == 0 findCComp grid(%d,%d): %s
Warning: node %s, position %s, expected two floats
coords width height _dg_%d derive graph %s of %s
%lf,%lf,%lf,%lf%c _port_%s_%s_%s_%d _port_%s_(%d)_(%d)_%d layout.c i == deg idx == sz end %s
graph %s, coord %s, expected four doubles
node "%s" is contained in two non-comparable clusters "%s" and "%s"
splines and cluster edges not supported - using line segments
expandCluster getEdgeList 9RFߡ?%s: (%f,%f) (%f,%f)
max delta = %f
%s -- %s (%f)
T0 fdp does not support start=self - ignoring
ffffff? @333333? @\(\??333333?xLayout 9:portho tries = %d, mode = %s
SparseMatrix.c A->format == FORMAT_CSR A->type == MATRIX_TYPE_REAL ja[mask[ja[j]]] == ja[j] id < n*(ymax-ymin+1) ja[mask[id]] == ja[j] m > 0 && n > 0 && nz >= 0 A A->format == FORMAT_COORD A->type == B->type jc[mask[jb[k]]] == jb[k] root >= 0 && root < m %d %d %d
%d %d %16.8g
%d %d %16.8g %16.8g
rb wb %s
SparseArray[{ {%d, %d}->%f {%d, %d}->%f + %f I {%d, %d}->%d {%d, %d}->_ },{%d, %d}]
sformat == B->format && A->format == FORMAT_CSR size_of_matrix_type(type) != 0 && nz > 0 SparseMatrix_is_symmetric(A, (!(0))) %%%%MatrixMarket matrix coordinate real general
%%%%MatrixMarket matrix coordinate complex general
%%%%MatrixMarket matrix coordinate integer general
%%%%MatrixMarket matrix coordinate pattern general
Hz>Hzmemory overflow: malloc failed in SafeMalloc. Exiting Program.
Assertion Failed: %s
nil not red in TreeInsertHelp nil not red in RightRotate nil not red in LeftRotate y is nil in RBDelete
nil not black in RBDelete info= key= l->key= r->key= p->key= red=%i
NULL nil not black in RBDeleteFixUp derived nodelist.c actual insertNodelist mindist articulation_pos deglist.c removeDeglist _block_%d blocktree.c s->sz > 0 pop _clone_%d _span_%d \3&<-DT!?%s repulsiveforce levels smoothing avg_dist graph_dist power_dist spring quadtree false normal true yes fast prism0 sfdp only supports start=random
md ?spring_electrical.c i >= 1 i < MAX_I Graphics[{ Arrow[{{ }}] },{ Tooltip[Point[{ }],%d] }} }],Hue[%f], Text[%d,{ {} },ImageSize->600]
dim == 2 }
!SparseMatrix_has_diagonal(A) nleaves > 0 ang2 >= ang1 !(*flag) coarsest level -- %d, n = %d
Graphics[{GrayLevel[0.5],Line[{ Graphics3D[{GrayLevel[0.5],Line[{ (*%f,%f*){GrayLevel[.5,.5],Rectangle[{%f,%f},{%f,%f}]} iter = %d, step = %f Fnorm = %f qt_level = %d nsuper = %d nz = %d K = %f iter = %d, step = %f Fnorm = %f nsuper = %d nz = %d K = %f spring_electrical_embedding_slow
iter = %d, step = %f Fnorm = %f nz = %d K = %f
iter = %d, step = %f Fnorm = %f nz = %d K = %f sfdp: overlap=%d scaling %.02f
multilevel_spring_electrical_embedding pcp_rotate spring_electrical_spring_embedding beautify_leaves spring_electrical_embedding oned_optimizer_train spring_electrical_embedding_slow spring_electrical_embedding_fast average_edge_length md ??V瞯 0 nz > 0 jdiag >= 0 idiag >= 0 ideal_dist_scheme value wrong SparseMatrix_is_symmetric(A, 0) X SpringSmoother_smooth SpringSmoother_new TriangleSmoother_new StressMajorizationSmoother_smooth StressMajorizationSmoother_new ideal_distance_matrix 333333? ?(*in c*){Line[{ ,{%f, %f} ,{%f, %f, %f} }, }]}(*end C*) ,(*a*) {Red, (*node %d*) Point[{ ,(*b*){ Graphics3D[{ }, PlotRange -> All]
QuadTree.c width > 0 wgt > 0 !(q->l) ii < 1<= 0 q->qts[ii] q->n == 1 !(q->qts) q->l qt1->n > 0 && qt2->n > 0 dist > 0 }, PlotRange -> All, Frame -> True, FrameTicks -> True]
QuadTree_add_internal QuadTree_new QuadTree_repulsive_force_interact QuadTree_repulsive_force_accumulate p=
ף?Multilevel.c A->m == A->n n == m nz == n removed gain >= 0 matched[q] != MATCHED ncluster <= n clusterp[i+1] > clusterp[i] nzc == n nc == nmatch ncov > 0 vset[i] >= MAX_IND_VTX_SET_C (((A)->property)&(MATRIX_PATTERN_SYMMETRIC)) SparseMatrix_is_symmetric(A, (0)) (*vset)[i] == MAX_IND_VTX_SET_U (*vset)[jj] == MAX_IND_VTX_SET_U || (*vset)[jj] == MAX_IND_VTX_SET_F &'a0(([,(&&Y*Y*&C' Multilevel_init Multilevel_coarsen maximal_independent_edge_set_heavest_edge_pernode_leaves_first maximal_independent_edge_set_heavest_edge_pernode_supernodes_first maximal_independent_edge_set_heavest_cluster_pernode_leaves_first maximal_independent_edge_set maximal_independent_edge_set_heavest_edge_pernode maximal_independent_edge_set_heavest_edge_pernode_scaled maximal_independent_vertex_set maximal_independent_vertex_set_RS PriorityQueue.c q gain <= q->ngain PriorityQueue_push Block: Deleted! vector::_M_fill_insert 9Underflow -active + <= ( generate-constraints.cpp x<=X y<=Y r->width()<1e40 Node::Node(Variable*, Rectangle*, double) Rectangle::Rectangle(double, double, double, double) \)c=Hremove_rectangle_overlap.cpp 0 <= n void removeRectangleOverlap(int, Rectangle**, double, double) basic_string::_S_construct NULL not valid v->left->block == v->right->block cs[i]->slack()>-0.0000001 Unsatisfied constraint !v->active Cycle Error! Unsatisfied constraint: 7IncVPSC 4VPSC void IncVPSC::splitBlocks() virtual void IncVPSC::satisfy() void VPSC::refine() csolve_VPSC.cpp vpsc!=__null void deleteVPSC(VPSC*) ; x 8 HP (x H X@ p !8 / 0 80 2 83X 4 8 H9 :0 :H :` :x ; H; ; < < = x= =8 >h (? H? (@ (A B B B8 BP Ch 8C hC C 8E E (G8 HX XHp hI XJ xJ K( LP M T XU0 UX hW X Xe ! e0! fx! g! r" 8sH" (vp" hv" (x" ~ # ~8# P# xx# Ȅ# X# $ x`$ $ $ % 88% P% (h% H% h% x & 8P& H& x& & ' H' (`' 8x' X' ' ' ȯ' س(( @( X( hp( H( (( 8( ) H) () 8) ȿ) h) * `* * x* * (+ Hx+ x+ + , , (0, 8H, , x, , x(- H- 8x- - x- . ((. `. . . . 8/ 8P/ / X0 h@0 h0 X0 1 `1 (x1 1 H2 (`2 2 h2 x83
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