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drawingField Class Reference

head class of the drawing more...

Public Member Functions

Public Attributes

Detailed Description

Each layout main windows has exactly one object of the class drawingField. This object can be accessed via the layout class. In the drawingField all drawing relevant information are accessible. The basic setup is stored in databaseunits, userunits and databaseunits. The different cell are accessabe via firstCell. currentCell holds a point to the curretnly displayed cell. All members of the drawingField class are useable in a simplyfied form without braces, commas and semicolons from the commandline-toolbar. The characters are essential, if used in a macro.

Member Documentation

cellList* drawingField::firstCell

list of all cell

This is a list of all cells in the drawing.

cell* drawingField::currentCell

current cell

This is a pointer on the cell displayed.

int drawingField::activeLayer

active layer

This is the default layer, on which most of the operation take place.

int drawingField::gridX

actuell grid in X

This member holds the actuell X-grid in drawinguntis

int drawingField::gridY

actuell grid in Y

This member holds the actuell X-grid in drawinguntis

int drawingField::gridOffsetX

actuell grid-offset in X

This member holds the actuell grid-offset in X in drawinguntis

int drawingField::gridOffsetY

actuell grid-offset in Y

This member holds the actuell grid-offset in Y in drawinguntis

bool drawingField::gridauto

automatic grid

If this member is true, the grid is automaticly change after changing the scale.

double drawingField::userunits

userunits

All values in the main widget are displayed in this unit.

double drawingField::databaseunits

databaseunits

All coordinates are integer. This value is the factor of these integers to the real value.

string drawingField::libname

libname

Name of this libary as used in GDS-file.

void drawingField::fSelect()

form select

If one coordinate was added before with the point or p command, the nearest element is selected. If two coordinate were added before with the point or p command, all element in the region p1,p2 are selected.

void drawingField::fAllSelect()

form all select

If two coordinate were added before with the point or p command, all element in the region p1,p2 are selected. All Points of the element must be inside the region.

void drawingField::fDeselect()

form deselect

If one coordinate was added before with the point or p command, the nearest element is deselected. If two coordinate were added before with the point or p command, all element in the region p1,p2 are deselected.

void drawingField::fAllDeselect()

form deselect

If two coordinate were added before with the point or p command, all element in the region p1,p2 are deselected. All Points of the element must be inside the region.

void drawingField::pSelect()

form select

If one coordinate was added before with the point or p command, the nearest point is selected. If two coordinate were added before with the point or p command, all points in the region p1,p2 are selected.

void drawingField::pDeselect()

form deselect

If one coordinate was added before with the point or p command, the nearest point is deselected. If two coordinate were added before with the point or p command, all points in the region p1,p2 are deselected.

void drawingField::cSelect()

form select

If one coordinate was added before with the point or p command, the nearest cellref is selected. If two coordinate were added before with the point or p command, all cellrefs in the region p1,p2 are selected.

void drawingField::cDeselect()

form deselect

If one coordinate was added before with the point or p command, the nearest cellref is deselected. If two coordinate were added before with the point or p command, all cellrefs in the region p1,p2 are deselected.

void drawingField::invertSelect()

invert select

The selection in the current cell is inverted.

See also Invert Selection.

void drawingField::selectAll()

select all

All elements in the current cell are selected.

See also Select All.

void drawingField::selectVisible()

select visible

All visible elements in the current cell are deselected.

See also Select Visible.

void drawingField::deselectAll()

deselect all

All elements in the current cell are deselected.

See also Deselect All.

void drawingField::selectActiveLayer()

select active layer

All elements on the active layer are selected.

See also Layer Select.

void drawingField::deselectActiveLayer()

deselect active layer

All elements on the active layer are deselected.

See also Layer Deselect.

void drawingField::pathSelect()

path select

All visible path elements in the current cell are selected.

See also Path Select.

void drawingField::pathDeselect()

path deselect

All path elements in the current cell are deselected.

See also Path Deselect.

void drawingField::boxSelect()

box select

All visible boxes in the current cell are selected.

See also Box Select.

void drawingField::boxDeselect()

box deselect

All boxes in the current cell are deselected.

See also Box Deselect.

void drawingField::polygonSelect()

polygon select

All visible polygons in the current cell are selected.

See also Polygon Select.

void drawingField::polygonDeselect()

polygon deselect

All polygons in the current cell are deselected.

See also Polygon Deselect.

void drawingField::textSelect()

text select

All visible text elements in the current cell are selected.

See also Text Select.

void drawingField::textDeselect()

tetxt deselect

All text elements in the current cell are deselected.

See also Text Deselect.

void drawingField::setGrid(int raster)

set grid

The grid in x and y axis (gridX, gridY) is set to raster. The gridoffset (gridOffsetX, gridOffsetY) is reseted.

Parameters:

void drawingField::setCell(const string &cell)

set cell

Set the Cell with the name cell to the currentCell. currentCell is set to the new set cell.

Parameters:

void drawingField::relink(const string &cell)

relink cellref

Selected cellreferences of the current cell are relinked to the cell with the name cell. There are not tests for circular or self references.

Parameters:

void drawingField::cellUp()

cell up

A cell which uses the current cell is set as the current cell.

See also Cell Up.

void drawingField::mergeSelect()

merge select

Selected elements in the currentCell are merged. The orginal shape is use to build the path to inner polygons. The function works for a small amount of elements. Use the booleanHandler to merge a large amount of element.

See also Merge.

void drawingField::deleteSelect()

delete select

Selected elements/points in the currentCell are deleted.

See also Delete.

void drawingField::scalePlus()

scale plus

The scale is increased,

See also Zoom In.

void drawingField::scaleMinus()

scale minus

The scale is decreased,

See also Zoom Out.

void drawingField::scaleFull()

scale full

The display scale is adjusted to the size of the drawing.

See also Zoom Fit All.

void drawingField::scaleSelect()

scale select

The display scale is adjusted to the size of all selected elements.

See also Zoom Fit Selection.

void drawingField::scaleEins()

scale ein

The current view is scaled to 1 drawingunit to 1 pixel

See also Zoom Eins.

void drawingField::scrollLeft()

scroll left

The current view is scrolled left.

See also Scroll Left.

void drawingField::scrollRight()

scroll right

The current view is scrolled right.

See also Scroll Right.

void drawingField::scrollUp()

scroll up

The current view is scrolled up.

See also Scroll Up.

void drawingField::scrollDown()

scroll down

The current view is scrolled down.

See also Scroll Down.

void drawingField::setView(double scale,int x,int y)

set view

The current view is set to the scale and offset p(x,y).

void drawingField::getView(double *scale,int *x,int *y)

get view

The current view is returned: scale and offset p(x,y).

void drawingField::showGridToggle()

toggle grid

Show/hide the visibility of the grid.

See also Show Grid.

void drawingField::setAutoGrid()

auto grid

Activate the autogrid.

See also Grid Automatic.

void drawingField::undo()

undo

Undo the last modification. Multiply use is not possible.

See also Undo.

void drawingField::redo()

redo

Revoke the last undo.

See also Redo.

void drawingField::prepareUndo()

prepare undo.

Save the cell for the next undo.

void drawingField::resetUndo()

reset undo

Reset the last undo.

void drawingField::openFile(string s)

open file

A file with the name s is opened.

void drawingField::saveFile(string s)

save file

The drawing is saved to s.

void drawingField::importFile(string s)

import file

The file s is added to the current drawing.

void drawingField::updateFile(string s)

update file

Cell with the same cellname with cell in the file s are replaced by the cell of this file.

cell* drawingField::findCell(string s)

find cell

Returns:

bool drawingField::existCellname(string s)

exist cell

Returns:

cellList* drawingField::addCell()

add cell

Add a cell to the drawing. A pointer to the new cellList is returned.

void drawingField::deleteActuellCell()

delete cell

The current cell is deleted.

void drawingField::point(int x,int y)

add point

Set the Command Mode and add the point p(x,y) in drawing units.

void drawingField::p(double x,double y)

add point userunits

Set the Command Mode and add the point p(x,y) in user units.

void drawingField::pointRel(int x,int y)

add relative point

Set the Command Mode and add the point p(x,y) in drawing units relative to the last point entered. The first entered point is set absolute.

void drawingField::pRel(double x,double y)

add relative point userunits

Set the Command Mode and add the point p(x,y) in user units relative to the last point entered. The first entered point is set absolute.

void drawingField::pointRel(point p)

add point

Set the Command Mode and add the point p relative to the last point entered. The first entered point is set absolute.

void drawingField::pointMove(int x,int y)

move last point

The last entered point is moved by point p(x,y).

void drawingField::pMove(double x,double y)

add relative point userunits

The last entered point is moved by point p(x,y) in user units.

void drawingField::pointMove(point p)

add point

The last entered point is moved by point p(x,y).

void drawingField::delPoint()

delete point

Delete the last entered point.

void drawingField::clearPoints()

clear points

Delete all entered point.

void drawingField::point(point p)

add point

Set the Command Mode and add the point p.

void drawingField::box()

add box

Add a box to the current cell. Two coordinates had to be entered before with the point command.

void drawingField::polygon()

add polygon

Add a polygon to the current cell. Two coordinates had to be entered before with the point command.

void drawingField::path()

add path

Add a path to the current cell. Two coordinates had to be entered before with the point command.

void drawingField::text(string s)

add text

Add a text to the current cell. One coordinate had to be entered before with the point command.

void drawingField::cellref(string s)

add cellref

Add a cellref to the current cell. One coordinate had to be entered before with the point command. This point is the reference point of the insert cellref.

void drawingField::cellrefarray(string s,int x, int y)

add text

Add a text to the current cell. Two coordinates had to be entered before with the point command. The first point is the reference point of the insert cellref. The second point defines the spacings of the array.

void drawingField::spiral()

add spiral

Add a spiral path to the current cell. Three coordinates had to be entered before with the point command.

void drawingField::circle()

add circle

Add a circular polygon to the current cell. Two coordinates had to be entered before with the point command. The first entered point is the center, the second point mark the radius.

void drawingField::circleBox()

add circle in box

Add a circular polygon to the current cell. Two coordinates had to be entered before with the point command. The two points mark a bounding square in which the circle is added.

void drawingField::circleFit()

fit to circle

Add a circular polygon to the current cell. The circle is fitted to the before entered points.

void drawingField::sector()

add sector

Add a sector polygon to the current cell. Three coordinates had to be entered before with the point command.

void drawingField::arc()

add arc

Add a arc path to the current cell. Three coordinates had to be entered before with the point command.

void drawingField::polygonArc()

add polygon arc

Add a arc polygon to the current cell. Three coordinates had to be entered before with the point command.

void drawingField::bezier2()

add bezier 2nd order

Add a second order bezier path to the current cell. Three coordinates had to be entered before with the point command.

void drawingField::bezier3()

add bezier 3rd order

Add a third order bezier path to the current cell. Four coordinates had to be entered before with the point command.

cell* drawingField::findTopCell()

top cell

Returns:

void drawingField::deleteExceptOneLayer(int layer)

delete except one layer

All element not on the layer "layer" will be delete in any cell of the current drawing. The function can be useful for preparing data for mask production.

void drawingField::swapLayer(int i,int k)

swap layer

This function swap the layers i and k in the current cell.

void drawingField::swapLayerSelect(int i,int k)

swap layer select

This function swap the layers i and k of the selected elements in the current cell.

void drawingField::swapLayerAll(int i,int k)

swap layer all cells

This function swap the layers i and k in all cells of the current drawing.

void drawingField::mapLayer(layerTranslator *t)

map layer

all elements are maped with layerTranslator t.

void drawingField::flat()

flatten

Selected cellrefs and cellrefarrays are flatten.

See also Cell Flat.

void drawingField::flatAll()

flatten multilevel

Selected cellrefs and cellrefarrays are flatten. If the the cellrefs contain more cellrefs, they are flatten as well.

See also Cell Flat Multilevel.

void drawingField::groupSimple()

simple group selected elements

All selected elements are moved to a new cell. A correlating cellref will be added.

See also Group Simple.

void drawingField::group()

group selected elements

All selected elements are moved to a new cell. A correlating cellref will be added. If a identical cell exists, a cellref to this cell is added and the selected elements are deleted.

See also Group.

int drawingField::groupStructure()

group selected elements

All selected elements are moved to a new cell. A correlating cellref will be added. If a identical cell exists, a cellref to this cell is added and the selected elements are deleted.
Identical structures in the current cell are also replaced by a cellref. The number of replaced structures is returned.

See also Group Structure.

int drawingField::groupGlobal()

group selected elements

All selected elements are moved to a new cell. A correlating cellref will be added. If a identical cell exists, a cellref to this cell is added and the selected elements are deleted.
Identical structures in complete library are also replaced by a cellref. The number of replaced structures is returned.

See also Group Global.

void drawingField::toBox()

convert to box

Selected polygons are converted to a box-element if possible.

See also Convert to Box.

void drawingField::toPolygon()

convert to polygon

Selected path, box and text elements are converted to a polygons if possible.

See also Convert to Polygon.

void drawingField::toCircle()

to circle

Converts selected element polygon and box element to a circle. The circle is fitted in all existing points of the element.

See also Convert to Circle.

void drawingField::closeToPolygon()

close to polygon

Closes selected path elements to a polygon.

void drawingField::move()

move select

If one coordinate was added before with the point() or p() command, selected elements are moved by p1. If two coordinate were added before with the point() or p() command, selected elements are moved by p2-p1.

void drawingField::moveX()

move x select

Selected elements are moved in x axis by p2-p1. Two coordinates had to be added before with the point() or p() command.

void drawingField::moveY()

move y select

Selected elements are moved in y axis by p2-p1. Two coordinates had to be added before with the point() or p() command.

void drawingField::moveOrgin()

move orgin

The orgin of the current cell is move to the prio entered point. All references to this cell are adjusted.

void drawingField::cut()

cut select

Selected elements between p1 and p2 are separated. Two coordinates had to be added before with the point() or p() command.

void drawingField::mirror()

mirror select

Selected elements are mirror between p1 and p2. Two coordinates had to be added before with the point() or p() command.

void drawingField::rotate(double angle)

rotate select

Selected elements are rotate by angle at a point prior added with the point() or p() command.

Parameters:

void drawingField::copy()

copy select

If one coordinate was added before with the point() or p() command, selected elements are copyed and moved by p1. If two coordinate were added before with the point() or p() command, selected elements are copyed and moved by p2-p1.

void drawingField::scale()

scale select

Three coordinates had to be added before with the point() or p() command.

void drawingField::setWidth(int w)

set width

The width of selected path and text elements is set to w.

Parameters:

void drawingField::setCap(int w)

set cap

In selected path elements the caps is set to w. (0 for no cap, 1 for round caps, 2 for square caps)

void drawingField::copyCurrentCell()

copy current cell

The current cell is copied. The copied cell is name oldcellname_copy.

See also Copy Current Cell.

void drawingField::extractCurrentCell()

extract current cell

The current is flatten multilevel and all other cell are removed

See also Extract Current Cell.

void drawingField::stripUnneeded()

strip unneeded

All cell not needed in the current cell are deleted

See also Strip Unneeded.

void drawingField::stripIdenticalElements()

strip identical elements

If the current cell contains two identical elements at the same position, it is impossible to see it. This function will detect this and remove one of the element.

void drawingField::extractActiveLayer()

extract active layer

All element on another than the active layer will be deleted

See also Extract Active Layer.

void drawingField::alignCenterXY()

align to center XY

Selected element are aligned to the center of the two before entered points.

void drawingField::alignCenterX()

align to center X

Selected element are aligned to the center in the x-Axis of the two before entered points.

void drawingField::alignCenterY()

align to center Y

Selected element are aligned to the center in the y-Axis of the two before entered points.

void drawingField::alignLeft()

align left

The left edge of the selected elements is aligned to the before entered point.

void drawingField::alignTop()

align top

The top edge of the selected elements is aligned to the before entered point.

void drawingField::alignRight()

align right

The right edge of the selected elements is aligned to the before entered point.

void drawingField::alignBottom()

align bottom

The bottom edge of the selected elements is aligned to the before entered point.

void drawingField::alignValue(int dis)

align value

Selected elements are moved so that the distance of the before entered points is set to d

void drawingField::centerXY()

center XY

Selected element are aligned to the entered point.

void drawingField::centerX()

center X

Selected element are aligned to the entered point in the x axis.

void drawingField::centerY()

center Y

Selected element are aligned to the entered point in the y axis.

void drawingField::addConvexPolygon()

add Convex Polygon

A convex polygon around all prio entered point is added to the active layer.

void drawingField::addBoundingBox()

add Bounding Box

A bounding box is add to the active layer.

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