pw::DatabaseQuilter

$quilter get/setBoundaryCurvatureAngle angle

This attribute is the curvature angle in degrees to use when detecting Curvature boundaries.

Type

This attribute is a float with the range [0, 180), where 0 means no curvature boundaries will be detected.

Default

The default for this attribute is 15.

$quilter get/setBoundaryCurvatureRatio ratio

This attribute is the ratio between the surface and curve curvature along a boundary to use when detecting Curvature boundaries.

Type

This attribute is a float with the range [0, infinity), where 0 means no Curvature boundaries will be detected.

Default

The default for this attribute is 2.5.

$quilter get/setBoundaryHardAngle angle

This attribute is the angle between normals to use when detecting Convex and Concave manifold boundaries.

Type

This attribute is a float with the range [0, 180), where 0 means no Convex and Concave boundaries will be detected.

Default

The default for this attribute is 45.

$quilter addBoundaryFilter ?filter_name?

This action adds a new boundary filter to control how quilting is applied to the matching boundaries.

Parameters

Returns

This function returns the name of the newly created boundary filter.

See Also

deleteBoundaryFilter, getBoundaryFilterNames, setBoundaryFilterDefinition, and addBoundaryFilterDefinition.

Example

Code

# $quilter is a DatabaseQuilter mode
puts "set filter(1) \[\$quilter addBoundaryFilter\]"
set filter(1) [$quilter addBoundaryFilter]
puts "filter(1) is $filter(1)"
puts "set filter(2) \[\$quilter addBoundaryFilter TrailingEdge\]"
set filter(2) [$quilter addBoundaryFilter TrailingEdge]
puts "filter(2) is $filter(2)"
puts "set filter(3) \[\$quilter addBoundaryFilter TrailingEdge\]"
set filter(3) [$quilter addBoundaryFilter TrailingEdge]
puts "filter(3) is $filter(3)"

Output

set filter(1) [$quilter addBoundaryFilter]
filter(1) is bf-1
set filter(2) [$quilter addBoundaryFilter TrailingEdge]
filter(2) is TrailingEdge
set filter(3) [$quilter addBoundaryFilter TrailingEdge]
filter(3) is TrailingEdge-2

$quilter deleteBoundaryFilter filter_name

This function deletes an existing boundary filter.

Parameters

Returns

This action returns nothing.

See Also

addBoundaryFilter, getBoundaryFilterNames, and setBoundaryFilterName.

Example Code

# $quilter is a DatabaseQuilter mode
puts "set filter(1) \[\$quilter addBoundaryFilter\]"
set filter(1) [$quilter addBoundaryFilter]
puts "set filter(2) \[\$quilter addBoundaryFilter TrailingEdge\]"
set filter(2) [$quilter addBoundaryFilter TrailingEdge]
puts "Filter names:"
foreach f [$quilter getBoundaryFilterNames] {
  puts "  f"
}
puts "--"
puts "\$quilter deleteBoundaryFilter \$filter(1)"
$quilter deleteBoundaryFilter $filter(1)
puts "\$quilter deleteBoundaryFilter \$filter(2)"
$quilter deleteBoundaryFilter $filter(2)
puts "Filter names:"
foreach f [$quilter getBoundaryFilterNames] {
  puts "  f"
}
puts "--"

Output

set filter(1) [$quilter addBoundaryFilter]
set filter(2) [$quilter addBoundaryFilter TrailingEdge]
Filter names:
  bf-1
  TrailingEdge
--
$quilter deleteBoundaryFilter $filter(1)
$quilter deleteBoundaryFilter $filter(2)
Filter names:
--

$quilter getBoundaryFilterNames

This function returns a list of the names of the current boundary filters.

Parameters

None.

Returns

This function returns a list of string values with each value representing the name of a boundary filter.  The names are in priority order with the highest priority boundary filter listed first.

See Also

addBoundaryFilter and deleteBoundaryFilter.

Example

Code

# $quilter is a DatabaseQuilter mode
puts "set filter(1) \[\$quilter addBoundaryFilter\]"
set filter(1) [$quilter addBoundaryFilter]
puts "set filter(2) \[\$quilter addBoundaryFilter TrailingEdge\]"
set filter(2) [$quilter addBoundaryFilter TrailingEdge]
puts "Filter names:"
foreach f [$quilter getBoundaryFilterNames] {
  puts "  f"
}
puts "--"

Output

set filter(1) [$quilter addBoundaryFilter]
set filter(2) [$quilter addBoundaryFilter TrailingEdge]
Filter names:
  bf-1
  TrailingEdge
--

$quilter setBoundaryFilterName old_name new_name

This action changes the name of an existing boundary filter.  The new name should be unique.  If the name collides with an existing boundary filter name, the new name will be updated to be unique.

Parameters

Returns

This action returns the actual updated name as a string value.

See Also

addBoundaryFilter and getBoundaryFilterNames.

Example

Code

# $quilter is a DatabaseQuilter mode
puts "set filter(1) \[\$quilter addBoundaryFilter\]"
set filter(1) [$quilter addBoundaryFilter]
puts "filter(1) is $filter(1)"
puts "set filter(2) \[\$quilter addBoundaryFilter\]"
set filter(2) [$quilter addBoundaryFilter]
puts "filter(2) is $filter(2)"

puts "set filter(1) \[\$quilter setBoundaryFilterName \$filter(1) \"My Filter\"\]"
set filter(1) [$quilter setBoundaryFilterName $filter(1) "My Filter"]
puts "filter(1) is $filter(1)"
puts "set filter(2) \[\$quilter setBoundaryFilterName \$filter(2) \"My Filter\"\]"
set filter(2) [$quilter setBoundaryFilterName $filter(2) "My Filter"]
puts "filter(2) is $filter(2)"

Output

set filter(1) [$quilter addBoundaryFilter]
filter(1) is bf-1
set filter(2) [$quilter addBoundaryFilter]
filter(2) is bf-2
set filter(1) [$quilter setBoundaryFilterName $filter(1) "My Filter"]
filter(1) is My Filter
set filter(2) [$quilter setBoundaryFilterName $filter(2) "My Filter"]
filter(2) is My Filter-2

$quilter setBoundaryFilterDefinition filter_name pattern_list

This action specifies the patterns used to select which quilt boundaries will have the boundary conditions applied.

Parameters

Returns

This action returns nothing.

Notes

Filter Entry: A boundary filter entry consists of the following parts: pattern A, pattern B, and a list of boundary classifications.

Pattern A: This string can either be the name of a quilt or a pattern that can match multiple quilts.  Wildcard patterns are specified with ‘*’, ‘?’, and ‘[‘ - ‘]’ pairs.  A ‘*’ character matches any number (including zero) of characters.  A ‘?’ character matches any single character.  Brackets indicate a range of characters to match or exclude and has the following 4 available forms: “[abc]” matches one character given in the bracket, “[a-c]” matches one character from the range (inclusive) given in the bracket, “[!abc]” matches one character that is not in the bracket, and “[!a-c]” matches one character that is not in the range specified by the bracket.  A backslash “\” can be used to escape any special meaning by a wildcard character.  For example, “\?” will match a question mark while “?” will match any single character.

Pattern B: This string follows the same syntax as ‘Pattern A’.  If the B pattern is empty, then this filter entry will be applied to lamina boundaries on the quilts that match pattern A.  If the B pattern is non-empty, then the filter entry will only be applied to manifold boundaries shared between quilts that match pattern A and quilts that match pattern B and are not excluded by the specified boundary classifications.  If omitted, an empty string is assumed.

Boundary Classifications: This list of 5 possible string values restricts the filter entry to boundaries that match the quilt patterns specified with Pattern A and Pattern B based on their classifications.  The five classification options are: “All”, “None”, “Curvature”, “Convex”, and “Concave”.  The “All” option indicates that all boundaries regardless of classification should be allowed.  Note that “None” means boundaries that are not classified as either “Curvature”, “Convex”, or “Concave”.  If the boundary classification list is not specified, “All” is assumed.

See Also

addBoundaryFilterDefinition and getBoundaryFilterDefinition.

Example

Code

# Each entry has the following meaning:
#     Entry 1: any boundaries between any quilt that matches "upper-*" and
#         any quilt that matches "lower-*" regardless of classification
#         will be included.
#     Entry 2: any convex boundaries shared between any quilt that matches
#         "left-*" and any quilt that matches "right-*" will be included.
#     Entry 3: any boundaries not classified as convex or concave shared
#         between any quilt that matches "forward-*" and any quilt that
#         matches "aft-*" will be included.
#     Entry 4: any lamina boundaries on a quilt that matches "inner-*"
#         will be included, regardless of classification.
#     Entry 5: any lamina boundaries not classified as curvature, convex,
#         or concave on any quilt that matches "outer-*-aft" will be
#         included.
#     Entry 6: any lamina boundaries not classified as curvature, convex,
#         or concave on any quilt that matches "fuselage-*" will be
#         included.
#     Entry 7: any manifold boundaries not classified as curvature,
#         convex, or concave shared between a quilt that matches
#         "fuselage-*" and any other quilt will be included.
#     Entry 8: any boundaries regardless of classification shared between
#         any quilt that matches "canard-upper-*" and any quilt that
#         matches "canard-lower-*" will be included.
#     Entry 9: any curvature boundaries between the quilt named
#         "canard-upper-inner" and "canard-lower-inner" will be excluded.
#
# $quilter is a DatabaseQuilter mode
set filter_name [$quilter addBoundaryFilter]
$quilter setBoundaryFilterDefinition $filter_name [list \
  {upper-* lower-*} \
  {left-* right-* Convex} \
  {forward-* aft-* {None Curvature}} \
  {inner-*} \
  {outer-*-aft None} \
  {fuselage-* None} \
  {fuselage-* * None} \
  {canard-upper-* canard-lower-*} \
  {!canard-upper-inner canard-lower-inner Curvature} \
  ]
puts "$filter_name elements:"
foreach entry [$quilter getBoundaryFilterDefinition $filter_name] {
  puts "  $entry"
}

Output

bf-1 elements:
 upper-* lower-* All
 left-* right-* Convex
 forward-* aft-* {None Curvature}
 inner-* {} All
 outer-*-aft {} None
 fuselage-* {} None
 fuselage-* * None
 canard-upper-* canard-lower-* All
 !canard-upper-inner canard-lower-inner Curvature

$quilter getBoundaryFilterDefinition filter_name

This function returns the current definition for a boundary filter.

Parameters

Returns

This action returns a list of boundary filter patterns.  Each entry in the list will consist of 3 entries.  The first entry will be “Pattern A” (see the Notes section of setBoundaryFilterDefinition).  The second entry will be the “Pattern B” value, while the third entry will be the boundary classification specification.

See Also

addBoundaryFilter and setBoundaryFilterDefinition.

Example

Code

# $quilter is a DatabaseQuilter mode
set filter_name [$quilter addBoundaryFilter]
$quilter setBoundaryFilterDefinition $filter_name [list \
  {upper-* lower-*} \
  {left-* right-* Convex} \
  {forward-* aft-* {None Curvature}} \
  {inner-*} \
  {outer-*-aft None} \
  {fuselage-* None} \
  {fuselage-* * None} \
  {canard-upper-* canard-lower-*} \
  {!canard-upper-inner canard-lower-inner Curvature} \
  ]
puts "$filter_name elements:"
foreach entry [$quilter getBoundaryFilterDefinition $filter_name] {
  puts "  $entry"
}

Output

bf-1 elements:
 upper-* lower-* All
 left-* right-* Convex
 forward-* aft-* {None Curvature}
 inner-* {} All
 outer-*-aft {} None
 fuselage-* {} None
 fuselage-* * None
 canard-upper-* canard-lower-* All
 !canard-upper-inner canard-lower-inner Curvature

See Also

setBoundaryFilterDefinition.

Example

$quilter addBoundaryFilterDefinition filter_name pattern_list

This method adds a new entry to the end of a current boundary filter definition.

Parameters

Note

While similar to setBoundaryFilterDefinition, this extends the existing filter and may remove earlier entries.  This only occurs with explicit namings (no special pattern matching characters in the patterns) and only among entries after an entry that does use special pattern matching characters.  For example, if a definition ends with the entry “{quilt-1 quilt-2 Curvature}” (additive entry) and this function adds “{!quilt-1 quilt-2 Curvature}” (subtractive entry), then the second entry nullifies the first entry, removing it from the list instead of adding to the list.  Conversely, if a list ends with a subtractive entry and a matching additive entry is added, the subtractive entry will be removed from the list in addition to the additive entry being appended.

Returns

This action returns nothing.

See Also

setBoundaryFilterDefinition.

Example

Code

# $quilter is a DatabaseQuilter mode
# Set the initial definition
set filter_name [$quilter addBoundaryFilter]
$quilter setBoundaryFilterDefinition $filter_name [list \
  {upper-* lower-*} \
  {left-tail right-tail Convex} \
  {canard-upper-* canard-lower-*} \
  {!canard-upper-inner canard-lower-inner Curvature} \
  ]
puts "$filter_name elements:"
foreach entry [$quilter getBoundaryFilterDefinition $filter_name] {
  puts "  $entry"
}
puts "--"
# Cancel the subtractive entry
puts "\$quilter addBoundaryFilterDefinition \$filter_name \[list {canard-upper-inner canard-lower-inner Curvature}\]"
$quilter addBoundaryFilterDefinition $filter_name [list {canard-upper-inner canard-lower-inner Curvature}]
puts "$filter_name elements:"
foreach entry [$quilter getBoundaryFilterDefinition $filter_name] {
  puts "  $entry"
}
puts "--"
# Cancel the additive entry just added
puts "\$quilter addBoundaryFilterDefinition \$filter_name \[list {!canard-upper-inner canard-lower-inner Curvature}\]"
$quilter addBoundaryFilterDefinition $filter_name [list {!canard-upper-inner canard-lower-inner Curvature}]
puts "$filter_name elements:"
foreach entry [$quilter getBoundaryFilterDefinition $filter_name] {
  puts "  $entry"
}
puts "--"
# Add the convex boundaries between left-tail and right-tail to
# the list. Note the earlier matching subtractive entry wasn't
# removed because an entry with wildcard patterns exists after it.
puts "\$quilter addBoundaryFilterDefinition \$filter_name \[list {!left-tail right-tail Convex}\]"
$quilter addBoundaryFilterDefinition $filter_name [list {left-tail right-tail Convex}]
puts "$filter_name elements:"
foreach entry [$quilter getBoundaryFilterDefinition $filter_name] {
  puts "  $entry"
}

Output

bf-1 elements:
  upper-* lower-* All
  left-tail right-tail Convex
  canard-upper-* canard-lower-* All
  !canard-upper-inner canard-lower-inner Curvature
--
$quilter addBoundaryFilterDefinition $filter_name [list {canard-upper-inner canard-lower-inner Curvature}]
bf-1 elements:
  upper-* lower-* All
  left-tail right-tail Convex
  canard-upper-* canard-lower-* All
  canard-upper-inner canard-lower-inner Curvature
--
$quilter addBoundaryFilterDefinition $filter_name [list {!canard-upper-inner canard-lower-inner Curvature}]
bf-1 elements:
  upper-* lower-* All
  left-tail right-tail Convex
  canard-upper-* canard-lower-* All
--
$quilter addBoundaryFilterDefinition $filter_name [list {!left-tail right-tail Convex}]
bf-1 elements:
  upper-* lower-* All
  left-tail right-tail Convex
  canard-upper-* canard-lower-* All
  left-tail right-tail Convex

$quilter getBoundaryFilterQuiltReassemble filter_name

This action gets the quilt reassemble mode or max bend angle associated with the boundary filter.

Parameters

Returns

A string with options < None | ForceSplit | ForceJoin > or an explicit float bend angle value in the range [0, 180].

See Also

setBoundaryFilterQuiltReassemble

Example

Code

# $quilter is a DatabaseQuilter mode
set filter_name [$quilter addBoundaryFilter]
puts "Quilt bend angle: [$quilter getBoundaryFilterQuiltReassemble $filter_name]"
puts "\$quilter setBoundaryFilterQuiltReassemble \$filter_name 15.0"
$quilter setBoundaryFilterQuiltReassemble $filter_name 15.0
puts "Quilt bend angle: [$quilter getBoundaryFilterQuiltReassemble $filter_name]"

Output

Quilt bend angle: 0.0
$quilter setBoundaryFilterQuiltReassemble $filter_name 15.0
Quilt bend angle: 15.0

$quilter setBoundaryFilterQuiltReassemble filter_name < mode | angle >

This action specifies the quilt reassemble mode or bend angle for the boundary filter.

Parameters

Returns

This action returns nothing.

See Also

<getBoundaryFilterQuiltBendAngle>

Example

Code

# $quilter is a DatabaseQuilter mode
set filter_name [$quilter addBoundaryFilter]
puts "Quilt bend angle: [$quilter getBoundaryFilterQuiltReassemble $filter_name]"
puts "\$quilter setBoundaryFilterQuiltReassemble \$filter_name 15.0"
$quilter setBoundaryFilterQuiltReassemble $filter_name 15.0
puts "Quilt bend angle: [$quilter getBoundaryFilterQuiltReassemble $filter_name]"

Output

Quilt bend angle: 0.0
$quilter setBoundaryFilterQuiltReassemble $filter_name 15.0
Quilt bend angle: 15.0

$quilter getBoundaryFilterBoundaryReassemble filter_name

This action gets the boundary reassemble mode or max bend angle associated with the boundary filter.

Parameters

Returns

A string with options < None | ForceSplit | ForceJoin > or an explicit float bend angle value in the range [0, 180].

See Also

setBoundaryFilterBoundaryReassemble

Example

Code

# $quilter is a DatabaseQuilter mode
set filter_name [$quilter addBoundaryFilter]
puts "Quilt bend angle: [$quilter getBoundaryFilterBoundaryReassemble $filter_name]"
puts "\$quilter setBoundaryFilterBoundaryReassemble \$filter_name 15.0"
$quilter setBoundaryFilterBoundaryReassemble $filter_name 15.0
puts "Quilt bend angle: [$quilter getBoundaryFilterBoundaryReassemble $filter_name]"

Output

Quilt bend angle: 0.0
$quilter setBoundaryFilterBoundaryReassemble $filter_name 15.0
Quilt bend angle: 15.0

$quilter setBoundaryFilterBoundaryReassemble filter_name < mode | angle >

This action specifies the boundary reassemble mode or bend angle for the boundary filter.

Parameters

Returns

This action returns nothing.

See Also

<getBoundaryFilterQuiltBendAngle>

Example

Code

# $quilter is a DatabaseQuilter mode
set filter_name [$quilter addBoundaryFilter]
puts "Quilt bend angle: [$quilter getBoundaryFilterBoundaryReassemble $filter_name]"
puts "\$quilter setBoundaryFilterBoundaryReassemble \$filter_name 15.0"
$quilter setBoundaryFilterBoundaryReassemble $filter_name 15.0
puts "Quilt bend angle: [$quilter getBoundaryFilterBoundaryReassemble $filter_name]"

Output

Quilt bend angle: 0.0
$quilter setBoundaryFilterBoundaryReassemble $filter_name 15.0
Quilt bend angle: 15.0

$quilter getBoundaryFilterGroups filter_name

This action returns a list of quilt boundaries associated with a boundary filter.

Parameters

Returns

This action returns a list of quilt boundary groups, where each item of the list is a list of one or more quilt boundaries that are aliased.  Each quilt boundary is specified as a two item list with the quilt as the first item and the boundary index as the second item.  For example, if the third boundary of quilt A (::pw::Quilt_1) shares a boundary with the second boundary of quilt B (::pw::Quilt_2), the entry for this boundary will be {{::pw::Quilt_1 3} {::pw::Quilt_2 2}}.  A lamina boundary would have just have a single boundary in the element, such as {{::pw::Quilt_1 4}}.

See Also

addBoundaryFilter

$quilter setBoundaryFilterPriority ordered_filter_names

This sets the priority of one or more existing boundary filters.

Parameters

Returns

This action returns nothing.

See Also

getBoundaryFilterNames.

Example

Code

# $quilter is a DatabaseQuilter mode
set filter(1) [$quilter addBoundaryFilter One]
set filter(2) [$quilter addBoundaryFilter Two]
set filter(3) [$quilter addBoundaryFilter Three]
set filter(4) [$quilter addBoundaryFilter Four]
puts "Filters by priority:"
set n 1
foreach f [$quilter getBoundaryFilterNames] {
  puts "  $n: $f"
  incr n
}
puts "\$quilter setBoundaryFilterPriority \[list \$filter(3) \$filter(2)\]"
$quilter setBoundaryFilterPriority [list $filter(3) $filter(2)]
puts "Filters by priority:"
set n 1
foreach f [$quilter getBoundaryFilterNames] {
  puts "  $n: $f"
  incr n
}

Output

Filters by priority:
  1: One
  2: Two
  3: Three
  4: Four
$quilter setBoundaryFilterPriority [list $filter(3) $filter(2)]
Filters by priority:
  1: Three
  2: Two
  3: One
  4: Four

$quilter assembleQuilts

This action joins and splits the quilts of the models of this mode.  The current settings of the mode will control how the joining and splitting is carried out.

Parameters

This action has no parameters.

Returns

This action returns a list of pw::Quilt objects modified by the assembly.