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EDGE Member List

This is the complete list of members for EDGE, including all inherited members.

add()ENTITY [virtual]
add_method(METHOD_ID const &, MethodFunction)EDGE [static]
apply_transform(SPAtransf const &, ENTITY_LIST &, logical=FALSE, logical=TRUE)EDGE [virtual]
attrib() const ENTITY [inline]
backup()ENTITY
bound() const EDGE [inline]
bulletin_count() const ENTITY [inline]
bulletin_no_change_vf(ENTITY const *other, logical identical_comparator) const EDGE [protected, virtual]
call_method(METHOD_ID const &, METHOD_ARGS const &)EDGE [virtual]
check_destroy() const ENTITY [inline, protected]
closed() const EDGE
coedge() const EDGE [inline]
coedge(FACE *face) const EDGE
coedge_ptrEDGE [protected]
convexity_string() const EDGE
ENTITY::copy_common(ENTITY_LIST &list, const ENTITY *from, pointer_map *pm=NULL, logical dpcpy_skip=FALSE, SCAN_TYPE reason=SCAN_COPY)ENTITY [protected]
copy_data(ENTITY_LIST &, pointer_map *pm=NULL, logical dpcpy_skip=FALSE, SCAN_TYPE reason=SCAN_COPY) const EDGE [virtual]
copy_scan(ENTITY_LIST &, SCAN_TYPE reason=SCAN_COPY, logical dpcpy_skip=FALSE) const EDGE [virtual]
cvtyEDGE [mutable, protected]
debug_ent(FILE *) const EDGE [virtual]
deletable() const ENTITY [virtual]
EDGE()EDGE
EDGE(VERTEX *start, VERTEX *end, CURVE *geometry, REVBIT sense, EDGE_cvty cvty=EDGE_cvty_unknown, SPAinterval const &domain=*(const class SPAinterval *) NULL_REF)EDGE
end() const EDGE [inline]
end_deriv() const EDGE [virtual]
end_param()EDGE
end_param() const EDGE
end_pos() const EDGE [virtual]
end_ptrEDGE [protected]
ENTITY(const ENTITY &e)ENTITY
fix_common(ENTITY *[], SCAN_TYPE reason=SCAN_COPY)EDGE [protected]
fix_pointers(ENTITY *[], SCAN_TYPE reason=SCAN_COPY)EDGE [virtual]
ENTITY::fixup_copy(ENTITY *rollback) const ENTITY [protected]
geometry() const EDGE [inline]
geometry_ptrEDGE [protected]
get_convexity() const EDGE
get_param_range() const EDGE [inline]
get_tolerance() const EDGE [virtual]
get_tolerance()EDGE [virtual]
history() const ENTITY [inline]
holds_pattern() const EDGE [inline, protected, virtual]
identity(int=0) const EDGE [virtual]
is_deepcopyable() const EDGE [virtual]
is_unknown_entity(void) const ENTITY [protected]
is_use_counted() const ENTITY [virtual]
length(logical approx_ok=TRUE) const EDGE
lookup(logical) const EDGE [virtual]
lose()EDGE [virtual]
make_tolerant(double tol, logical approx_ok)EDGE
mid_point_deriv(logical approx=TRUE) const EDGE [virtual]
mid_pos(logical approx=TRUE) const EDGE [virtual]
needs_rollback() const ENTITY [inline]
operator=(const ENTITY &e)ENTITY
owner() const EDGE [virtual]
param_boundEDGE [protected]
param_range()EDGE
param_range() const EDGE
periodic() const EDGE
remove(logical lose_if_zero=TRUE)ENTITY [virtual]
restore_common()EDGE
restore_end(char *id_str)ENTITY
roll_notify(BULLETIN_TYPE, ENTITY *)EDGE [virtual]
rollback() const ENTITY [inline]
save(ENTITY_LIST &) const EDGE [virtual]
save_begin(logical terminator=FALSE) const ENTITY [protected]
save_common(ENTITY_LIST &) const EDGE [protected]
save_end(ENTITY_LIST &list) const ENTITY [protected]
sense() const EDGE [inline]
sense_dataEDGE [protected]
set_attrib(ATTRIB *attr)ENTITY
set_bound(SPAbox *in_box)EDGE [inline]
set_coedge(COEDGE *coedge, logical reset_pattern=TRUE)EDGE
set_convexity(EDGE_cvty cvty, logical reset_pattern=TRUE)EDGE
set_end(VERTEX *vertex, logical reset_pattern=TRUE)EDGE
set_end_ptr(VERTEX *vertex, logical reset_pattern=TRUE)EDGE [protected, virtual]
set_geometry(CURVE *crv, logical reset_pattern, logical reset_tol_geom)EDGE [virtual]
set_geometry_ptr(CURVE *crv)EDGE [protected, virtual]
set_param_range(SPAinterval const &range)EDGE
set_sense(REVBIT sense, logical reset_pattern=TRUE)EDGE [virtual]
set_start(VERTEX *vertex, logical reset_pattern=TRUE)EDGE
set_start_ptr(VERTEX *, logical reset_pattern=TRUE)EDGE [protected, virtual]
set_use_count(int use)ENTITY [virtual]
size() const EDGE [virtual]
start() const EDGE [inline]
start_deriv() const EDGE [virtual]
start_param()EDGE
start_param() const EDGE
start_pos() const EDGE [virtual]
start_ptrEDGE [protected]
string_convexity(char *string) const EDGE
tag(logical assign_new=TRUE) const ENTITY [inline]
type_name() const EDGE [virtual]
use_count() const ENTITY [virtual]
vertex_bounded() const EDGE
~ENTITY()ENTITY [protected, virtual]