Classes

Section Classes

class Measurement

Measurement

Class for handling Measurement.

Examples

# Load measurement data from a file and plot it.
pynebv.measurement.load('/path/to/sample.measurements', "Measure Points")
# Clear all points.
pynebv.measurement.clear()

Methods

def change_mode(mode)

Specify the format of the measurement recipe to be created.

Args

mode : str

type detail: str: 'general', 'lms' or 'emu'

Specify mode.

Returns

none

Always none.

def clear()

Delete add measurement points and alignment points.

Returns

none

Always none.

def load(filePath, /, format='Unknown')

Create measurement points from file.

Args

filePath : str

Specify file path.

format : str

type detail: str: 'Unknown', 'Measure Points', 'Measure Points as CSV', 'CD Results', 'LMS PC1' or 'EMU CSV'

Specify format. 'Unknown' indicates the format will be automatically detected.

Returns

none

Always none.

def move_origin(point)

Move the origin of the measurement points.

Args

point : tuple[float, float]

Specify coordinate.

Returns

none

Always none.

def save(filePath, format, /, itemList=[])

Save measurement points and alignment points.

Args

filePath : str

Specify file path.

format : str

type detail: str: 'Measure Points', 'Measure Points as CSV', 'CD Results', 'LMS PC1' or 'EMU CSV'

Specify format.

itemList : list[EbvItem]

type detail: list[EbvItem]: list of EbvItem or EbvItemList

Specify target items.

Returns

none

Always none.

class MeasurementPointList

MeasurementPointList (EbvListSection)

Class for handling measurement points of Measurement.

Examples

# Create a new measurement point.
measurement = pynebv.measurement_point.add((10, 10),angle=0)
# Delete the measurement point.
measurement.delete()

Ancestors

• EbvListSection

Methods

def add(point, angle, /, tone='Auto', type='General', isBox=False, point2=[0.0, 0.0], jogSize={'size1': 0.0, 'size2': 0.0}, assistSize=0.0, jogType='Average', searchWidth='No Search', targetCD=0.0, targetCDTolerance=0.0, successionItem=None)

Add measurement point

Args

point : tuple[float, float]

Specify coordinate.

angle : object

type detail: object: float or str('Auto', 'Long', or 'Short')

Specify angle as letters or decimals (degrees).

tone : str

type detail: str: 'Auto', 'Line', 'Space', 'Auto Pitch', 'Pitch Up-Up', 'Pitch Down-Down', 'Line W Assist', 'Space W Assist', 'Target CD Width', 'Target CD Space', 'Target CD Pitch Up-Up' or 'Target CD Pitch Down-Down'

Specify tone.

type : str

type detail: str: 'General', 'Hole', 'Edge', 'View', 'Corner', 'P2P', 'LSP2P', 'Area' or 'Area by 2 Points'

Specify type.

isBox : bool

Specify whether to take a box measurement.

point2 : tuple[float, float]

Specify coordinate for 2nd point.

jogSize : dict

Specify jog size.

"size1" : float
    Specify the round size for the first time.

"size2" : float
    Specify the round size for the second time.

assistSize : float

Specify assist size.

jogType : str

type detail: str: 'Average', 'Min' or 'Max'

Specify jog type.

searchWidth : str

type detail: str: 'No Search', 'Min' or 'Max'

Specify search width.

targetCD : float

Specify target CD.

targetCDTolerance : float

Specify target CD tolerance.

successionItem : EbvItem

Specify inheritance source measurement point.

Returns

EbvItemList

Return new measurement point.

def autorename()

Rename automatically.

Returns

none

Always none.

def sort(sortType)

Sort items.

Args

sortType : str

type detail: str: 'Left-Top Vertical', 'Left-Top Horizontal', 'Left-Top Vertical ZigZag', 'Left-Top Horizontal ZigZag', 'Right-Top Vertical', 'Right-Top Horizontal', 'Right-Top Vertical ZigZag', 'Right-Top Horizontal ZigZag', 'Left-Bottom Vertical', 'Left-Bottom Horizontal', 'Left-Bottom Vertical ZigZag', 'Left-Bottom Horizontal ZigZag', 'Right-Bottom Vertical', 'Right-Bottom Horizontal', 'Right-Bottom Vertical ZigZag', 'Right-Bottom Horizontal ZigZag', 'Left-Top Vertical Displayed Only', 'Left-Top Horizontal Displayed Only', 'Left-Top Vertical ZigZag Displayed Only', 'Left-Top Horizontal ZigZag Displayed Only', 'Right-Top Vertical Displayed Only', 'Right-Top Horizontal Displayed Only', 'Right-Top Vertical ZigZag Displayed Only', 'Right-Top Horizontal ZigZag Displayed Only', 'Left-Bottom Vertical Displayed Only', 'Left-Bottom Horizontal Displayed Only', 'Left-Bottom Vertical ZigZag Displayed Only', 'Left-Bottom Horizontal ZigZag Displayed Only', 'Right-Bottom Vertical Displayed Only', 'Right-Bottom Horizontal Displayed Only', 'Right-Bottom Vertical ZigZag Displayed Only' or 'Right-Bottom Horizontal ZigZag Displayed Only'

Specify sort type.

Returns

none

Always none.

def sort_by_column(column, sortAscending)

Sort by column.

Args

column : int

Specify an index number of column.

sortAscending : bool

Specify whether to sort in ascending order.

Returns

none

Always none.

Inherited members

• EbvListSection:
  • item
  • items
  • list

class MeasurementAlignmentList

MeasurementAlignmentList (EbvListSection)

Class for handling alignment points of Measurement.

Examples

# Create a new alignment point.
alignment = pynebv.measurement_alignment.add((10, 10))
# Delete the alignment point.
alignment.delete()

Ancestors

• EbvListSection

Methods

def add(point, /, type='Alignment Mark')

Add new alignment point.

Args

point : tuple[float, float]

Specify coordinate.

type : str

type detail: str: 'Alignment Mark', 'Site Align' or 'Focus Map'

Specify type.

Returns

EbvItem

Return new alignment point.

def sort_by_column(column, sortAscending)

Sort by column.

Args

column : int

Specify an index number of column.

sortAscending : bool

Specify whether to sort in ascending order.

Returns

none

Always none.

Inherited members

• EbvListSection:
  • item
  • items
  • list

class MeasurementLsDetectList

MeasurementLsDetectList (EbvListSection)

Class for handling LS Detect conditions / LS Detect Results.

Examples

# Create LS detect condition.
ls_detect = pynebv.measurement_ls_detect.add('WIDTH', 0)
# Execute LS detect.
ls_detect.execute((0,0,10,10))
# Get detected points.
points = pynebv.measurement_point.list()

Ancestors

• EbvListSection

Methods

def add(tone, angle, /, wRange='w<=1.0', lRange='0<=l', dRange='0<=d', name='')

Add a LS detect condition.

Args

tone : str

type detail: str: 'WIDTH' or 'SPACE'

Specify tone.

angle : object

type detail: object: float or str('X ,'Y', 'XY', 'PX', 'PY', 'JX', or 'JY')

Specify angle as letters or decimals (degrees).

wRange : str

Specify width condition.

lRange : str

Specify length condition.

dRange : str

Specify distance condition.

name : str

Specify name.

Returns

EbvItem

Return new LS detect condition.

Inherited members

• EbvListSection:
  • item
  • items
  • list

Item Classes

class MeasurementPointListItem

MeasurementPointListItem (EbvItem)

Ancestors

• EbvItem

Subclasses

• MeasurementPoint
• MeasurementSite

Inherited members

• EbvItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementSite

MeasurementSite (MeasurementPointListItem)

Class representing Site of Measurement.

Ancestors

• MeasurementPointListItem
• EbvItem

Instance variables

var name : str

Name of item.

var pos : tuple[float, float]

Position of item.

Methods

def delete()

Delete an item.

Returns

none

Always none.

def duplicate(type, /, jobdeck=False, nx=1, dx=0.0, ny=1, dy=0.0, insertAfterLast=True, duplicateChip={'chips': []})

Duplicate an item.

Args

type : str

type detail: str: 'Array type1', 'Array type2', 'Array type3', 'Array type4', 'Cross', 'Linear' or 'Jobdeck'

Specify type.

jobdeck : bool

Specify whether to use jobdeck layout as the type of duplication.

nx : int

Specify the number of horizontal duplicates.

dx : float

Specify the pitch of horizontal duplicates.

ny : int

Specify the number of vertical duplicates.

dy : float

Specify the pitch of vertical duplicates.

insertAfterLast : bool

Specify whether duplicated items are added to the end of the list.

duplicateChip : dict

Specify a list of duplication positions to be used when you want to specify duplication positions in detail.

"chips" : list
    Specify the chip coordinate list in the format [{"x":0, "y":1}, …].

Returns

EbvItemList

Return duplicaties.

def relocate(destinationItem, /, insertAfter=True)

Move position in list.

Args

destinationItem : EbvItem

Specify destination item.

insertAfter : bool

Specify whether to insert after destination.

Returns

none

Always none.

def set_additional(pointType, point)

Set additional point.

Args

pointType : str

type detail: str: 'focusPoint', 'addressPoint' or 'sitePoint'

Specify point type.

point : tuple[float, float]

Specify coordinate.

Returns

none

Always none.

def set_additional_by_offset(pointType, point)

Set additional point by offset.

Args

pointType : str

type detail: str: 'focusPoint', 'addressPoint' or 'sitePoint'

Specify point type.

point : tuple[float, float]

Specify coordinate.

Returns

none

Always none.

def shift(move=[0.0, 0.0], rotate=0.0, relativeOffset=False, correctRelativeOffset=False)

Shift an item.

Args

move : tuple[float, float]

Specify coordinate.

rotate : float

Specify angle.

relativeOffset : bool

Specify whether to shift the associated points

correctRelativeOffset : bool

Specify whether not to shift the associated points when their corresponding figures are not found.

Returns

none

Always none.

def ungroup()

Ungroup.

Returns

none

Always none.

Inherited members

• MeasurementPointListItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementPoint

MeasurementPoint (MeasurementPointListItem)

Class representing Measurement Point of Measurement.

Ancestors

• MeasurementPointListItem
• EbvItem

Instance variables

var name : str

Name of item.

var pos : tuple[float, float]

Position of item.

Methods

def delete()

Delete an item.

Returns

none

Always none.

def duplicate(type, /, jobdeck=False, nx=1, dx=0.0, ny=1, dy=0.0, insertAfterLast=True, duplicateChip={'chips': []})

Duplicate an item.

Args

type : str

type detail: str: 'Array type1', 'Array type2', 'Array type3', 'Array type4', 'Cross', 'Linear' or 'Jobdeck'

Specify type.

jobdeck : bool

Specify whether to use jobdeck layout as the type of duplication.

nx : int

Specify the number of horizontal duplicates.

dx : float

Specify the pitch of horizontal duplicates.

ny : int

Specify the number of vertical duplicates.

dy : float

Specify the pitch of vertical duplicates.

insertAfterLast : bool

Specify whether duplicated items are added to the end of the list.

duplicateChip : dict

Specify a list of duplication positions to be used when you want to specify duplication positions in detail.

"chips" : list
    Specify the chip coordinate list in the format [{"x":0, "y":1}, …].

Returns

EbvItemList

Return duplicaties.

def execute_ls_detect(size, /, insertAfterLast=False)

Execute LS detect using information of item.

Args

size : float

Specify the size of processing area.

insertAfterLast : bool

Specify whether to insert after the last item.

Returns

none

Always none.

def execute_pattern_match(size)

Execute pattern match using information of item.

Args

size : float

Specify the size of processing area.

Returns

none

Always none.

def extract_ls_detect(name='')

Add a LS detect condtion from measurement point.

Args

name : str

Specify name.

Returns

EbvItem

Return new LS detect condition.

def group(tryGroup=False, eraseFiltered=False, forAllPoints=False)

Grouping items (create measurement site).

Args

tryGroup : bool

Specify whether items that cannot be grouped should not be included in the group.

eraseFiltered : bool

Specify whether to delete those that could not be grouped.

forAllPoints : bool

Specify whether to group all length measurement points regardless of the target.

Returns

EbvItemList

Return measurement site.

def relocate(destinationItem, /, insertAfter=True)

Move position in list.

Args

destinationItem : EbvItem

Specify destination item.

insertAfter : bool

Specify whether to insert after destination.

Returns

none

Always none.

def set_additional(pointType, point)

Set additional point.

Args

pointType : str

type detail: str: 'focusPoint', 'addressPoint' or 'sitePoint'

Specify point type.

point : tuple[float, float]

Specify coordinate.

Returns

none

Always none.

def set_additional_by_offset(pointType, point)

Set additional point by offset.

Args

pointType : str

type detail: str: 'focusPoint', 'addressPoint' or 'sitePoint'

Specify point type.

point : tuple[float, float]

Specify coordinate.

Returns

none

Always none.

def shift(move=[0.0, 0.0], rotate=0.0, relativeOffset=False, correctRelativeOffset=False)

Shift an item.

Args

move : tuple[float, float]

Specify coordinate.

rotate : float

Specify angle.

relativeOffset : bool

Specify whether to shift the associated points

correctRelativeOffset : bool

Specify whether not to shift the associated points when their corresponding figures are not found.

Returns

none

Always none.

def unset_additional(pointType)

Unset additional point.

Args

pointType : str

type detail: str: 'focusPoint', 'addressPoint' or 'sitePoint'

Specify point type.

Returns

none

Always none.

Inherited members

• MeasurementPointListItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementAliginmentListItem

MeasurementAliginmentListItem (EbvItem)

Ancestors

• EbvItem

Subclasses

• MeasurementAlignment

Inherited members

• EbvItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementAlignment

MeasurementAlignment (MeasurementAliginmentListItem)

Class representing Alignment Point of Measurement.

Ancestors

• MeasurementAliginmentListItem
• EbvItem

Instance variables

var name : str

Name of item.

var pos : tuple[float, float]

Position of item.

Methods

def delete()

Delete an item.

Returns

none

Always none.

Inherited members

• MeasurementAliginmentListItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementLSDetectListItem

MeasurementLSDetectListItem (EbvItem)

Ancestors

• EbvItem

Subclasses

• MeasurementLSDetectCondition
• MeasurementLSDetectResult

Inherited members

• EbvItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementLSDetectCondition

MeasurementLSDetectCondition (MeasurementLSDetectListItem)

Class representing LS Detect Condition.

Ancestors

• MeasurementLSDetectListItem
• EbvItem

Instance variables

var name : str

Name of item.

Methods

def delete()

Delete an item.

Returns

none

Always none.

def execute(area, /, successionItem=None)

Execute LS detect.

Args

area : tuple[float, float, float, float]

Specify area.

successionItem : EbvItem

Specify inheritance source measurement point.

Returns

none

Always none.

Inherited members

• MeasurementLSDetectListItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes

class MeasurementLSDetectResult

MeasurementLSDetectResult (MeasurementLSDetectListItem)

Class representing LS Detect Result.

Ancestors

• MeasurementLSDetectListItem
• EbvItem

Instance variables

var name : str

Name of item.

Methods

def delete()

Delete an item.

Returns

none

Always none.

Inherited members

• MeasurementLSDetectListItem:
  • attributes
  • color
  • descendant
  • descendants
  • display
  • is_dangling
  • props
  • set_attributes