Builds the KiCad schematic from a parsed OrCAD design. More...

#include <orcad_converter.h>

Classes
struct	LIB_ENTRY
	One emitted KiCad lib symbol (possibly multi-unit). More...

struct	OFFPAGE_NET
	One resolved off-page connector: index into page.offpage, net, pin position. More...

struct	UNIT_INFO
	One unit of an emitted multi-unit symbol. More...

Public Member Functions
	ORCAD_CONVERTER (ORCAD_DESIGN &aDesign, SCHEMATIC aSchematic, REPORTER aReporter, PROGRESS_REPORTER *aProgressReporter=nullptr)

	~ORCAD_CONVERTER ()
	Out-of-line: LIB_ENTRY holds LIB_SYMBOL by unique_ptr. [orcad_converter_sheet.cpp].

SCH_SHEET *	Convert (SCH_SHEET *aRootSheet)
	Populate the schematic.

std::vector< LIB_SYMBOL * >	BuildSymbolLibrary ()
	Build KiCad library symbols from the design cache and packages alone (no schematic pages), for importing an OrCAD .OLB library.

Static Public Attributes
static constexpr const char *	LIB_NICK = "orcad_import"
	Symbol library nickname used in every emitted LIB_ID.

Private Types
using	PKG_KEY = std::tuple<std::string, std::string, int>
	(sourcePackage-or-pkgName, pkgName, variant index) -> (lib name, unit number).

Private Member Functions
void	warn (const wxString &aMsg)
	Conversion problem: REPORTER at RPT_SEVERITY_WARNING.

void	note (const wxString &aMsg)
	Fact about the source design (not a conversion problem): RPT_SEVERITY_INFO.

void	prepareSymbols ()
	Pre-pass over all pages: synthesize placeholder definitions for symbols absent from the cache (one note per name), register a LIB_ENTRY + unit for every placed instance via libForInstance(), then computeFontBaseline().

ORCAD_SYMBOL_DEF	synthesizeSymbol (const std::string &aPkgName, const std::vector< const ORCAD_PLACED_INSTANCE * > &aInstances) const
	Best-effort placeholder for a cache-less symbol, built from the instances' T0x10 absolute pin records and the placed bbox: rectangle body with pins on the sides where they actually sit.

std::string	unitLetter (const ORCAD_PLACED_INSTANCE &aInst) const
	Unit discriminator of an instance: the part of pkgName between the package base name and the '.View' suffix ("A", "-16", "", ...), plus ":View" when the view is not "Normal" (DeMorgan variants).

std::pair< const ORCAD_SYMBOL_DEF *, int >	pickVariant (const ORCAD_PLACED_INSTANCE &aInst) const
	The cache may hold several stale library versions of one symbol name; pick the variant whose transformed pin hot points match this instance's T0x10 records exactly (pin count must match too), else the first cache entry.

std::pair< std::string, int >	libForInstance (const ORCAD_PLACED_INSTANCE &aInst)
	Resolve/register the emitted lib symbol and unit number for a placed part.

std::string	powerLibFor (const std::string &aSymbolName, const std::string &aNetName)
	Resolve/register the power lib symbol for a power-symbol instance.

LIB_SYMBOL *	kicadSymbolFor (const std::string &aLibName)
	Return the fully built KiCad LIB_SYMBOL for a registered LIB_ENTRY, building and caching it on first use.

void	addSymbolPrimitive (LIB_SYMBOL *aSymbol, const ORCAD_PRIMITIVE &aPrim, int aUnit, int aColor, int aOffsetX=0, int aOffsetY=0)
	Add one body primitive to a LIB_SYMBOL unit on LAYER_DEVICE.

void	addSymbolArc (LIB_SYMBOL *aSymbol, const ORCAD_PRIMITIVE &aPrim, int aUnit, int aColor, int aOffsetX=0, int aOffsetY=0)
	Polyline approximation of an arc primitive. Helper of addSymbolPrimitive().

void	addSymbolPin (LIB_SYMBOL *aSymbol, const ORCAD_SYMBOL_PIN &aPin, const wxString &aNumber, int aUnit, bool aPower, const std::string &aNameOverride)
	Add one pin: position = hot point, length = \|start - hot\|, orientation from the start-relative-to-hot direction, shape from shapeBits (bit 1 = clock, bit 2 = inverted dot), electrical type from portType (power symbols force power-in + hidden pin).

void	placeInstance (ORCAD_RAW_PAGE &aPage, const ORCAD_PLACED_INSTANCE &aInst, SCH_SCREEN *aScreen, const SCH_SHEET_PATH &aSheetPath)
	Place one part instance on a screen: SCH_SYMBOL from the built LIB_SYMBOL (flattened-copy constructor route), position = anchor + orientation offset, orientation via toKicadOrientation(), fields via placeSymbolFields(), SetRef( aSheetPath, reference ), unit selection, then screen->Append.

wxString	resolveReference (const ORCAD_PLACED_INSTANCE &aInst) const
	Resolve a placed instance's reference designator, falling back to the Hierarchy-stream occurrence designator when the instance carries only the unannotated "C?" template; returns "?" when neither is annotated.

void	placePowerSymbol (ORCAD_RAW_PAGE &aPage, const ORCAD_GRAPHIC_INST &aInst, const std::string &aNet, SCH_SCREEN *aScreen, const SCH_SHEET_PATH &aSheetPath)
	Place one power symbol: transform base = placed bbox min corner (fall back to the anchor when the bbox is all zero), reference "#PWR%04d" from a design-wide counter (hidden), value = net name centered on the body — above it, or below it for ground-style symbols whose pin connects in the top quarter of the placed bbox.

void	placeSymbolFields (SCH_SYMBOL *aSymbol, const ORCAD_PLACED_INSTANCE &aInst, const ORCAD_SYMBOL_DEF &aDef, int aOrient, const std::string &aValue, const std::string &aFootprint)
	KiCad-style field placement for a placed part, always reading horizontally (fields rotate with the symbol, so a 90/270-degree placement gets a compensating 90-degree field angle).

const ORCAD_PACKAGE *	packageFor (const ORCAD_PLACED_INSTANCE &aInst) const
	The cache package backing a placement, or nullptr when the design has none.

std::map< std::string, std::string >	effectiveProps (const ORCAD_PLACED_INSTANCE &aInst, const ORCAD_SYMBOL_DEF &aDef) const
	Properties in effect for a placement.

void	computeFontBaseline ()
	Find the design's dominant text height (most frequent font height over all alias and display-prop font references); that height renders as KiCad's default 1.27 mm and every other height scales relative to it, so uniform designs come out uniform.

int	fontHeightDbu (int aFontIdx) const
	\|lfHeight\| of a 1-based font index; 0 for invalid/default indices.

int	textSizeIU (int aFontIdx) const
	Text size in IU for a font reference: 1.27 mm when the height is unknown; with a baseline, 1.27 mm * height / baseline clamped to [0.7, 5.0] mm; without a baseline, height * 25.4 * 0.75 / 96 mm with a 0.7 mm floor.

void	applyFont (EDA_TEXT *aText, int aFontIdx) const

void	convertPage (ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen, const SCH_SHEET_PATH &aSheetPath)
	Convert one page onto a screen: applyTitleBlock(), buildNetLookup(), then junctions, no-connects, bus entries, wires + alias labels, off-page connectors, ports, page graphics, part instances and power symbols.

void	applyPageSettings (ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	Fit the page and set the screen's PAGE_INFO.

void	applyTitleBlock (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	Fill the screen TITLE_BLOCK from the first page title block carrying properties: Title, date ("Page Modify Date", else "Doc Date"), revision ("RevCode"), company ("OrgName"), comments ("Doc", "OrgAddr1", "OrgAddr2").

void	buildNetLookup (const ORCAD_RAW_PAGE &aPage)
	Rebuild m_wireEndpoints for a page (both endpoints of every wire).

std::string	netAt (const ORCAD_RAW_PAGE &aPage, int aX, int aY) const
	Net name at a point: first a wire with an endpoint here whose id is in the page net table; then any wire passing strictly through the point (id in table); then the first alias of an endpoint wire; else "".

std::string	powerNet (const ORCAD_RAW_PAGE &aPage, const ORCAD_GRAPHIC_INST &aInst) const
	Net stamped by a power-symbol instance: the net of the wire its pin touches (authoritative — ports can be renamed), falling back to the symbol name.

VECTOR2I	graphicPinPos (const ORCAD_GRAPHIC_INST &aInst) const
	Absolute connection point (DBU) of a GraphicInst-derived instance (power symbol / off-page connector / port): the cache symbol's first pin hot point transformed with base = placed bbox min corner (NOT the anchor).

std::vector< OFFPAGE_NET >	offpageNets (const ORCAD_RAW_PAGE &aPage) const
	Resolve every off-page connector on the page to (index, net, pin position).

std::vector< VECTOR2I >	computeJunctions (const ORCAD_RAW_PAGE &aPage) const
	Junction points (DBU) from wire geometry + shared net ids.

void	placeJunctions (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	Append computed junctions as SCH_JUNCTION items.

void	placeWires (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	Wires/buses as SCH_LINE on LAYER_WIRE / LAYER_BUS, plus a local SCH_LABEL per wire alias: anchor snapped from the alias's free display position onto the owning wire segment (snapToWire) so KiCad binds it electrically; text angle 0/90 (source quadrants 2/3 fold onto 0/90); size from textSizeIU().

void	placeBusEntries (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	SCH_BUS_WIRE_ENTRY per bus entry (position x1,y1; size x2-x1, y2-y1).

void	placeNoConnects (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	SCH_NO_CONNECT per ERC object, at the object's anchor.

void	placeOffpageConnectors (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	SCH_GLOBALLABEL per resolved off-page connector, at the connection point; an unconnected connector (empty net) is skipped with a note.

void	placePorts (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen, bool aHierarchical)
	SCH_HIERLABEL per port on a hierarchical child page, otherwise SCH_GLOBALLABEL.

void	placeGraphics (const ORCAD_RAW_PAGE &aPage, SCH_SCREEN *aScreen)
	Free page graphics from the nested primitives of each Graphic*Inst (the outer record itself is not drawable): comment text as SCH_TEXT (angle 0/90; quadrants 2/3 fold to 0), lines/rects/polylines/polygons/beziers as LAYER_NOTES polylines (rects closed, polygons closed), arcs/ellipses as polyline approximations, images via placeBitmap().

void	placeBitmap (const ORCAD_PRIMITIVE &aPrim, SCH_SCREEN *aScreen, int aOrient=0)
	One image primitive -> SCH_BITMAP centered on the primitive's page extent, scaled from its native pixel size to the extent.

void	placeDefinitionImages (const ORCAD_SYMBOL_DEF &aDefinition, int aBaseX, int aBaseY, int aOrient, SCH_SCREEN *aScreen)

void	placeDefinitionVectors (const ORCAD_SYMBOL_DEF &aDefinition, int aBaseX, int aBaseY, int aOrient, SCH_SCREEN *aScreen)

Static Private Member Functions
static int	toKicadOrientation (int aOrient)
	Map an orientation code to the composed SYMBOL_ORIENTATION_T value for SCH_SYMBOL::SetOrientation(): 0 -> SYM_ORIENT_0 4 -> SYM_ORIENT_0 + SYM_MIRROR_Y 1 -> SYM_ORIENT_90 5 -> SYM_ORIENT_90 + SYM_MIRROR_X 2 -> SYM_ORIENT_180 6 -> SYM_ORIENT_0 + SYM_MIRROR_X 3 -> SYM_ORIENT_270 7 -> SYM_ORIENT_270 + SYM_MIRROR_X.

static std::string	SymbolId (const std::string &aName)
	LIB_ID-safe symbol name: ':', '"', '/' and whitespace runs -> '_'; "SYM" if empty.

static wxString	MakePageFileName (int aPageIndex, const std::string &aPageName)
	"P%02d_<pagename>.kicad_sch" (1-based index), sanitized: control characters and the characters <>:"/\|?

static BOX2I	pageExtentDbu (const ORCAD_RAW_PAGE &aPage)
	Bounding box (DBU) of everything drawable on the page: wire ends, instance placed bboxes + T0x10 pin positions, anchor + bbox of ports/globals/ off-page/ERC objects, bus entries, block rectangles + pins, and — for free graphics — ONLY the nested primitives' coordinates (the outer bbox of a Graphic*Inst is anchor-relative junk).

static void	offsetPage (ORCAD_RAW_PAGE &aPage, int aDx, int aDy)
	Shift every drawable coordinate on the page by (aDx, aDy) DBU: wires and their aliases, instances (anchor, bbox, pin positions), graphic instances (anchor, bbox, nested primitive coordinates including points/start/end), bus entries and blocks.

static bool	MakeBmpFromDib (const std::vector< uint8_t > &aDib, wxMemoryBuffer &aOut)
	Synthesize a .BMP in front of a raw DIB (BITMAPINFOHEADER + optional palette + pixels): pixel data offset = 14 + biSize + 4 * paletteEntries (paletteEntries = biClrUsed, else 2^biBitCount when biBitCount <= 8, else 0) + 12 when biCompression == BI_BITFIELDS.

static VECTOR2I	snapToWire (int aX, int aY, const ORCAD_WIRE &aWire)
	Closest point (DBU) on a wire segment to (aX, aY); exact for H/V wires.

static bool	onSegment (int aX, int aY, const ORCAD_WIRE &aWire)
	True when the point lies strictly INSIDE (not at an endpoint of) an H/V wire.

static wxString	SanitizeFileName (const std::string &aName)
	Filesystem-safe name: control characters and <>:"/\|?

Private Attributes
ORCAD_DESIGN &	m_design

SCHEMATIC *	m_schematic

REPORTER *	m_reporter

PROGRESS_REPORTER *	m_progressReporter

SCH_SHEET *	m_rootSheet

std::map< std::string, LIB_ENTRY >	m_libSymbols
	keyed by emitted lib name

std::map< PKG_KEY, std::pair< std::string, int > >	m_pkgToLib

int	m_powerCount
	"#PWR%04d" counter

int	m_fontBaselineDbu
	dominant text height; 0 = none

const std::map< uint32_t, std::string > *	m_currentOccRefs = nullptr
	Occurrence reference designators of the scope currently being converted; set per page so a child schematic reused by several block occurrences takes each occurrence's own designators.

std::set< wxString >	m_usedSheetNames
	Lower-cased sheet names already emitted, to keep sibling sheet names unique.

std::map< std::pair< int, int >, std::vector< const ORCAD_WIRE * > >	m_wireEndpoints
	Per-page wire lookup: endpoint -> wires ending there. Rebuilt by buildNetLookup().

Static Private Attributes
static constexpr int	PIN_LEN_DBU = 10
	Standard OrCAD pin length used for synthesized placeholder pins, DBU.

static constexpr int	MARGIN_L_DBU = 60
	Page content margins, DBU.

static constexpr int	MARGIN_T_DBU = 60

static constexpr int	MARGIN_R_DBU = 60

static constexpr int	MARGIN_B_DBU = 100

Detailed Description

Builds the KiCad schematic from a parsed OrCAD design.

Usage (from SCH_IO_ORCAD::LoadSchematicFile, after the standard root-sheet / root-screen boilerplate):

ORCAD_CONVERTER converter( design, aSchematic, m_reporter, m_progressReporter );
converter.Convert( rootSheet );

The converter reports recoverable problems through the REPORTER (warnings for conversion issues, info notes for facts about the source design) and never aborts the import for a single bad record. It does NOT call UpdateAllScreenReferences() / FixupJunctionsAfterImport() — the plugin shell does that after Convert() returns.

Definition at line 198 of file orcad_converter.h.

Member Typedef Documentation

◆ PKG_KEY

using ORCAD_CONVERTER::PKG_KEY = std::tuple<std::string, std::string, int>

private

(sourcePackage-or-pkgName, pkgName, variant index) -> (lib name, unit number).

Definition at line 279 of file orcad_converter.h.

Constructor & Destructor Documentation

◆ ORCAD_CONVERTER()

ORCAD_CONVERTER::ORCAD_CONVERTER	(	ORCAD_DESIGN &	aDesign,
		SCHEMATIC *	aSchematic,
		REPORTER *	aReporter,
		PROGRESS_REPORTER *	aProgressReporter = nullptr )

Parameters

aDesign parsed design; held by reference and MUTATED during conversion (page-content shift, placeholder symbol insertion), so it must outlive the converter.

[orcad_converter_sheet.cpp]

Definition at line 169 of file orcad_converter_sheet.cpp.

References m_design, m_fontBaselineDbu, m_powerCount, m_progressReporter, m_reporter, m_rootSheet, and m_schematic.

◆ ~ORCAD_CONVERTER()

ORCAD_CONVERTER::~ORCAD_CONVERTER ( )

default

Out-of-line: LIB_ENTRY holds LIB_SYMBOL by unique_ptr. [orcad_converter_sheet.cpp].

Member Function Documentation

◆ addSymbolArc()

void ORCAD_CONVERTER::addSymbolArc	(	LIB_SYMBOL *	aSymbol,
		const ORCAD_PRIMITIVE &	aPrim,
		int	aUnit,
		int	aColor,
		int	aOffsetX = 0,
		int	aOffsetY = 0 )

private

Polyline approximation of an arc primitive. Helper of addSymbolPrimitive().

Definition at line 1094 of file orcad_converter_symbols.cpp.

References std::abs(), LIB_SYMBOL::AddDrawItem(), SCH_SHAPE::AddPoint(), ORCAD_PRIMITIVE::end, LAYER_DEVICE, M_PI, NO_FILL, POLY, EDA_SHAPE::SetFillMode(), SCH_SHAPE::SetStroke(), SCH_ITEM::SetUnit(), ORCAD_PRIMITIVE::start, ORCAD_PRIMITIVE::x1, ORCAD_PRIMITIVE::x2, ORCAD_PRIMITIVE::y1, and ORCAD_PRIMITIVE::y2.

Referenced by addSymbolPrimitive().

◆ addSymbolPin()

void ORCAD_CONVERTER::addSymbolPin	(	LIB_SYMBOL *	aSymbol,
		const ORCAD_SYMBOL_PIN &	aPin,
		const wxString &	aNumber,
		int	aUnit,
		bool	aPower,
		const std::string &	aNameOverride )

private

Add one pin: position = hot point, length = |start - hot|, orientation from the start-relative-to-hot direction, shape from shapeBits (bit 1 = clock, bit 2 = inverted dot), electrical type from portType (power symbols force power-in + hidden pin).

Pin name: aNameOverride when given, else the pin name unless empty or "$PIN"-prefixed or equal to the number (then "~").

Definition at line 1138 of file orcad_converter_symbols.cpp.

References LIB_SYMBOL::AddDrawItem(), CLOCK, FromOrcadString(), ORCAD_SYMBOL_PIN::hotptX, ORCAD_SYMBOL_PIN::hotptY, INVERTED, INVERTED_CLOCK, KiROUND(), LINE, name, ORCAD_SYMBOL_PIN::name, ORCAD_IU_PER_DBU, pin, PIN_DOWN, PIN_LEFT, PIN_RIGHT, PIN_UP, ORCAD_SYMBOL_PIN::portType, PT_POWER_IN, ORCAD_SYMBOL_PIN::shapeBits, ORCAD_SYMBOL_PIN::startX, and ORCAD_SYMBOL_PIN::startY.

Referenced by kicadSymbolFor().

◆ addSymbolPrimitive()

void ORCAD_CONVERTER::addSymbolPrimitive	(	LIB_SYMBOL *	aSymbol,
		const ORCAD_PRIMITIVE &	aPrim,
		int	aUnit,
		int	aColor,
		int	aOffsetX = 0,
		int	aOffsetY = 0 )

private

Add one body primitive to a LIB_SYMBOL unit on LAYER_DEVICE.

Ellipses with unequal radii and all arcs become polyline approximations (arcs are drawn counter-clockwise in the Y-down source space); polygons are closed by repeating the first vertex; text becomes a symbol text item.

Definition at line 923 of file orcad_converter_symbols.cpp.

References std::abs(), LIB_SYMBOL::AddDrawItem(), SCH_SHAPE::AddPoint(), addSymbolArc(), addSymbolPrimitive(), applyFont(), ARC, BEZIER, center, ORCAD_PRIMITIVE::children, CIRCLE, ELLIPSE, ORCAD_PRIMITIVE::fillStyle, ORCAD_PRIMITIVE::fontIdx, FromOrcadString(), GR_TEXT_H_ALIGN_LEFT, GR_TEXT_V_ALIGN_TOP, GROUP, ORCAD_PRIMITIVE::hatchStyle, IMAGE, ORCAD_PRIMITIVE::kind, LAYER_DEVICE, LINE, M_PI, NO_FILL, ORCAD_IU_PER_DBU, OrcadColor(), OrcadFillType(), ORCAD_PRIMITIVE::points, POLY, POLYGON, POLYLINE, RECT, RECTANGLE, EDA_SHAPE::SetBezierC1(), EDA_SHAPE::SetBezierC2(), EDA_SHAPE::SetEnd(), EDA_SHAPE::SetFillMode(), SCH_SHAPE::SetPosition(), SCH_SHAPE::SetStroke(), SCH_ITEM::SetUnit(), TEXT, text, ORCAD_PRIMITIVE::text, textSizeIU(), ORCAD_POINT::x, ORCAD_PRIMITIVE::x1, ORCAD_PRIMITIVE::x2, ORCAD_POINT::y, ORCAD_PRIMITIVE::y1, and ORCAD_PRIMITIVE::y2.

Referenced by addSymbolPrimitive(), and kicadSymbolFor().

◆ applyFont()

void ORCAD_CONVERTER::applyFont	(	EDA_TEXT *	aText,
		int	aFontIdx ) const

private

Definition at line 1737 of file orcad_converter_symbols.cpp.

References ORCAD_FONT::bold, ORCAD_FONT::face, FromOrcadString(), KIFONT::FONT::GetFont(), ORCAD_FONT::italic, m_design, EDA_TEXT::SetBold(), EDA_TEXT::SetFont(), and EDA_TEXT::SetItalic().

Referenced by addSymbolPrimitive(), placeGraphics(), placeSymbolFields(), and placeWires().

◆ applyPageSettings()

void ORCAD_CONVERTER::applyPageSettings	(	ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

Fit the page and set the screen's PAGE_INFO.

Content is shifted clear of the frame: dx = max( 0, MARGIN_L - minX ), dy likewise for Y, both rounded UP to the 10-DBU grid (connectivity preserved), applied via offsetPage(). Paper size: nominal = stored page size converted to mm (mils * 0.0254, or um * 0.001 when isMetric); needed = (maxX + MARGIN_R, maxY + MARGIN_B) DBU

0.254 mm; final = ceil of the max of both per axis, as a custom "User" page (PAGE_INFO::SetCustomWidthMils / SetCustomHeightMils then SetType).

Definition at line 613 of file orcad_converter_sheet.cpp.

References FromOrcadString(), BOX2< Vec >::GetBottom(), BOX2< Vec >::GetLeft(), BOX2< Vec >::GetRight(), BOX2< Vec >::GetTop(), PAGE_INFO::GetType(), ORCAD_RAW_PAGE::height, ORCAD_RAW_PAGE::isMetric, MARGIN_B_DBU, MARGIN_L_DBU, MARGIN_R_DBU, MARGIN_T_DBU, offsetPage(), pageExtentDbu(), ORCAD_RAW_PAGE::pageSize, PAGE_INFO::SetCustomHeightMils(), PAGE_INFO::SetCustomWidthMils(), SCH_SCREEN::SetPageSettings(), PAGE_INFO::SetType(), User, and ORCAD_RAW_PAGE::width.

Referenced by Convert().

◆ applyTitleBlock()

void ORCAD_CONVERTER::applyTitleBlock	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

Fill the screen TITLE_BLOCK from the first page title block carrying properties: Title, date ("Page Modify Date", else "Doc Date"), revision ("RevCode"), company ("OrgName"), comments ("Doc", "OrgAddr1", "OrgAddr2").

Definition at line 864 of file orcad_converter_sheet.cpp.

References ORCAD_GRAPHIC_INST::bbox, FromOrcadString(), m_design, ORCAD_GRAPHIC_INST::mirror, ORCAD_GRAPHIC_INST::name, OrcadOrientOf(), placeDefinitionImages(), placeDefinitionVectors(), ORCAD_GRAPHIC_INST::props, ORCAD_GRAPHIC_INST::rotation, TITLE_BLOCK::SetComment(), TITLE_BLOCK::SetCompany(), TITLE_BLOCK::SetDate(), TITLE_BLOCK::SetRevision(), TITLE_BLOCK::SetTitle(), SCH_SCREEN::SetTitleBlock(), text, ORCAD_RAW_PAGE::titleBlocks, ORCAD_BBOX::x1, and ORCAD_BBOX::y1.

Referenced by convertPage().

◆ buildNetLookup()

void ORCAD_CONVERTER::buildNetLookup ( const ORCAD_RAW_PAGE & aPage )

private

Rebuild m_wireEndpoints for a page (both endpoints of every wire).

Definition at line 1068 of file orcad_converter_sheet.cpp.

References m_wireEndpoints, ORCAD_RAW_PAGE::wires, ORCAD_WIRE::x1, ORCAD_WIRE::x2, ORCAD_WIRE::y1, and ORCAD_WIRE::y2.

Referenced by convertPage().

◆ BuildSymbolLibrary()

std::vector< LIB_SYMBOL * > ORCAD_CONVERTER::BuildSymbolLibrary ( )

Build KiCad library symbols from the design cache and packages alone (no schematic pages), for importing an OrCAD .OLB library.

One entry per package (multi-unit from its devices), plus any cache symbol not owned by a package. The returned symbols are owned by the caller. [orcad_converter_symbols.cpp]

Definition at line 236 of file orcad_converter_symbols.cpp.

References computeFontBaseline(), ORCAD_PACKAGE::devices, ORCAD_CONVERTER::LIB_ENTRY::footprint, ORCAD_CONVERTER::LIB_ENTRY::isPower, kicadSymbolFor(), m_design, m_libSymbols, ORCAD_CONVERTER::LIB_ENTRY::name, ORCAD_ST_GLOBAL_SYMBOL, ORCAD_ST_LIBRARY_PART, ORCAD_PACKAGE::pcbFootprint, ORCAD_CONVERTER::LIB_ENTRY::powerNet, ORCAD_PACKAGE::refDes, ORCAD_CONVERTER::LIB_ENTRY::refPrefix, SymbolId(), and ORCAD_CONVERTER::LIB_ENTRY::units.

Referenced by SCH_IO_ORCAD::loadOlbSymbols().

◆ computeFontBaseline()

void ORCAD_CONVERTER::computeFontBaseline ( )

private

Find the design's dominant text height (most frequent font height over all alias and display-prop font references); that height renders as KiCad's default 1.27 mm and every other height scales relative to it, so uniform designs come out uniform.

0 when the design has no font references.

Definition at line 1650 of file orcad_converter_symbols.cpp.

References ORCAD_WIRE::aliases, ORCAD_PLACED_INSTANCE::displayProps, fontHeightDbu(), ORCAD_ALIAS::fontIdx, ORCAD_DISPLAY_PROP::fontIdx, ORCAD_RAW_PAGE::instances, m_design, m_fontBaselineDbu, and ORCAD_RAW_PAGE::wires.

Referenced by BuildSymbolLibrary(), and prepareSymbols().

◆ computeJunctions()

std::vector< VECTOR2I > ORCAD_CONVERTER::computeJunctions ( const ORCAD_RAW_PAGE & aPage ) const

private

Junction points (DBU) from wire geometry + shared net ids.

For every candidate point (wire endpoints and T0x10/block pin positions) count wire ends end, wires passing strictly through through, and pin presence pin (0/1); a junction is needed when end + 2*through + pin >= 3 AND end + pin >= 1 AND end + through >= 2 (three or more connection contributions meet, at least one terminating here).

Definition at line 1204 of file orcad_converter_sheet.cpp.

References ORCAD_RAW_PAGE::blocks, end, ORCAD_RAW_PAGE::instances, onSegment(), pin, ORCAD_DRAWN_INSTANCE::pins, ORCAD_PLACED_INSTANCE::pins, ORCAD_RAW_PAGE::wires, ORCAD_WIRE::x1, ORCAD_WIRE::x2, ORCAD_WIRE::y1, and ORCAD_WIRE::y2.

Referenced by placeJunctions().

◆ Convert()

SCH_SHEET * ORCAD_CONVERTER::Convert ( SCH_SHEET * aRootSheet )

Populate the schematic.

[orcad_converter_sheet.cpp]

Parameters

aRootSheet the top-level sheet, already registered on the SCHEMATIC with a screen attached and the sheet UUID set to the screen UUID (the standard importer boilerplate).

Returns: aRootSheet.

Steps:

prepareSymbols() — placeholders, lib-entry registration, font baseline.
An unambiguous Capture hierarchy becomes KiCad sheets at the source block positions, with source sheet pins and hierarchical labels. Otherwise, pages become separate top-level sheets in source page order.
Per page: applyPageSettings(), then convertPage() with the page's SCH_SHEET_PATH (references are set against that path).

Polls the PROGRESS_REPORTER (when present) once per page; a cancel throws IO_ERROR.

Definition at line 256 of file orcad_converter_sheet.cpp.

References std::abs(), SCH_SHEET::AddPin(), applyPageSettings(), BIDIRECTIONAL, ORCAD_RAW_PAGE::blocks, BOTTOM, ORCAD_OCC_BLOCK::childFolder, convertPage(), FromOrcadString(), SCH_SHEET::GetField(), SCH_SHEET::GetScreen(), SCH_SCREEN::GetUuid(), INPUT, L_BIDI, L_INPUT, L_OUTPUT, L_TRISTATE, L_UNSPECIFIED, LEFT, m_currentOccRefs, m_design, m_progressReporter, m_rootSheet, m_schematic, m_usedSheetNames, EDA_ITEM::m_Uuid, MakePageFileName(), name, ORCAD_BLOCK_PIN::name, ORCAD_RAW_PAGE::name, OrcadDbuToIu(), OrcadPageOrder(), OUTPUT, ORCAD_OCC_SCOPE::partRefs, pin, ORCAD_BLOCK_PIN::portType, prepareSymbols(), SCH_SHEET_PATH::push_back(), RIGHT, ORCAD_OCC_BLOCK::scope, SCH_SCREEN::SetFileName(), SCH_SHEET_PATH::SetPageNumber(), SCH_SHEET::SetScreen(), SCH_FIELD::SetText(), SHEET_FILENAME, SHEET_NAME, ORCAD_OCC_BLOCK::targetDbId, TOP, TRI_STATE, ORCAD_BLOCK_PIN::x, and ORCAD_BLOCK_PIN::y.

Referenced by SCH_IO_ORCAD::LoadSchematicFile().

◆ convertPage()

void ORCAD_CONVERTER::convertPage	(	ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen,
		const SCH_SHEET_PATH &	aSheetPath )

private

Convert one page onto a screen: applyTitleBlock(), buildNetLookup(), then junctions, no-connects, bus entries, wires + alias labels, off-page connectors, ports, page graphics, part instances and power symbols.

Definition at line 553 of file orcad_converter_sheet.cpp.

References applyTitleBlock(), buildNetLookup(), ORCAD_RAW_PAGE::globals, ORCAD_RAW_PAGE::instances, placeBusEntries(), placeGraphics(), placeInstance(), placeJunctions(), placeNoConnects(), placeOffpageConnectors(), placePorts(), placePowerSymbol(), placeWires(), powerNet(), and SCH_SHEET_PATH::size().

Referenced by Convert().

◆ effectiveProps()

std::map< std::string, std::string > ORCAD_CONVERTER::effectiveProps	(	const ORCAD_PLACED_INSTANCE &	aInst,
		const ORCAD_SYMBOL_DEF &	aDef ) const

private

Properties in effect for a placement.

The cached part definition and package properties are overlaid with the placement's own overrides. OrCAD stores a property once on the part and repeats it on an instance only where that instance differs, so reading the instance alone drops everything the library defines.

Definition at line 610 of file orcad_converter_symbols.cpp.

References name, packageFor(), ORCAD_PLACED_INSTANCE::props, and ORCAD_SYMBOL_DEF::props.

Referenced by placeInstance(), and placeSymbolFields().

◆ fontHeightDbu()

int ORCAD_CONVERTER::fontHeightDbu ( int aFontIdx ) const

private

|lfHeight| of a 1-based font index; 0 for invalid/default indices.

Definition at line 1703 of file orcad_converter_symbols.cpp.

References std::abs(), and m_design.

Referenced by computeFontBaseline(), and textSizeIU().

◆ graphicPinPos()

VECTOR2I ORCAD_CONVERTER::graphicPinPos ( const ORCAD_GRAPHIC_INST & aInst ) const

private

Absolute connection point (DBU) of a GraphicInst-derived instance (power symbol / off-page connector / port): the cache symbol's first pin hot point transformed with base = placed bbox min corner (NOT the anchor).

Falls back to the anchor when the symbol or its pins are unknown.

Definition at line 1150 of file orcad_converter_sheet.cpp.

References ORCAD_GRAPHIC_INST::bbox, ORCAD_SYMBOL_DEF::bbox, m_design, ORCAD_GRAPHIC_INST::mirror, ORCAD_GRAPHIC_INST::name, OrcadOrientOf(), OrcadTransformPoint(), pin, ORCAD_SYMBOL_DEF::pins, ORCAD_GRAPHIC_INST::rotation, ORCAD_GRAPHIC_INST::x, ORCAD_BBOX::x1, ORCAD_BBOX::x2, ORCAD_GRAPHIC_INST::y, ORCAD_BBOX::y1, and ORCAD_BBOX::y2.

Referenced by offpageNets(), placePorts(), placePowerSymbol(), and powerNet().

◆ kicadSymbolFor()

LIB_SYMBOL * ORCAD_CONVERTER::kicadSymbolFor ( const std::string & aLibName )

private

Return the fully built KiCad LIB_SYMBOL for a registered LIB_ENTRY, building and caching it on first use.

The symbol gets SetName + SetLibId (LIB_NICK nickname), unit count from the entry, per-unit body graphics and pins (Y-down, same as the cache definition space), and KiCad-style field defaults: Reference = refPrefix (power: "#PWR", hidden), Value = lib name (power: net name), hidden Footprint/Datasheet. Power symbols get SetGlobalPower() and a single invisible power-input pin named after the net.

Definition at line 812 of file orcad_converter_symbols.cpp.

References addSymbolPin(), addSymbolPrimitive(), ORCAD_SYMBOL_DEF::bbox, ORCAD_SYMBOL_DEF::color, LIB_ID::FixIllegalChars(), FromOrcadString(), ORCAD_SYMBOL_DEF::generalFlags, ORCAD_CONVERTER::LIB_ENTRY::isPower, ORCAD_CONVERTER::LIB_ENTRY::kicadSymbol, LIB_NICK, m_libSymbols, name, ORCAD_CONVERTER::LIB_ENTRY::name, ORCAD_SYMBOL_PIN::name, ORCAD_IU_PER_DBU, ORCAD_CONVERTER::UNIT_INFO::pinNumbers, ORCAD_SYMBOL_DEF::pins, ORCAD_CONVERTER::LIB_ENTRY::powerNet, ORCAD_SYMBOL_DEF::primitives, ORCAD_CONVERTER::LIB_ENTRY::refPrefix, SCH_FIELD::SetText(), EDA_TEXT::SetTextPos(), EDA_TEXT::SetVisible(), ORCAD_CONVERTER::UNIT_INFO::symbol, ORCAD_CONVERTER::LIB_ENTRY::units, UTF8::wx_str(), and ORCAD_BBOX::y1.

Referenced by BuildSymbolLibrary(), placeInstance(), and placePowerSymbol().

◆ libForInstance()

std::pair< std::string, int > ORCAD_CONVERTER::libForInstance ( const ORCAD_PLACED_INSTANCE & aInst )

private

Resolve/register the emitted lib symbol and unit number for a placed part.

Lib name = sanitized package base name, with "_v<n+1>" appended for variant index n >= 1. Unit letters sort alphabetically and define the 1-based unit numbers; inserting a new letter renumbers, so stale PKG_KEY map entries for the lib are rebuilt. Pin numbers come from the package device whose unitRef equals the BARE unit letter (':View' suffix stripped — DeMorgan views share the Normal view's pin map); an instance without a cached symbol gets a placeholder (with warning).

Returns: (lib name, unit number).

Definition at line 628 of file orcad_converter_symbols.cpp.

References _, ORCAD_PACKAGE::devices, ORCAD_CONVERTER::LIB_ENTRY::footprint, FromOrcadString(), ORCAD_CONVERTER::UNIT_INFO::letter, m_design, m_libSymbols, m_pkgToLib, ORCAD_CONVERTER::LIB_ENTRY::name, ORCAD_SYMBOL_DEF::name, ORCAD_PACKAGE::pcbFootprint, pickVariant(), ORCAD_CONVERTER::UNIT_INFO::pinNumbers, ORCAD_DEVICE::pinNumbers, ORCAD_PLACED_INSTANCE::pkgName, ORCAD_PACKAGE::refDes, ORCAD_PLACED_INSTANCE::reference, ORCAD_CONVERTER::LIB_ENTRY::refPrefix, ORCAD_PLACED_INSTANCE::sourcePackage, ORCAD_CONVERTER::UNIT_INFO::symbol, SymbolId(), ORCAD_SYMBOL_DEF::typeId, unitLetter(), ORCAD_DEVICE::unitRef, ORCAD_CONVERTER::LIB_ENTRY::units, and warn().

Referenced by placeInstance(), and prepareSymbols().

◆ MakeBmpFromDib()

bool ORCAD_CONVERTER::MakeBmpFromDib	(	const std::vector< uint8_t > &	aDib,
		wxMemoryBuffer &	aOut )

staticprivate

Synthesize a .BMP in front of a raw DIB (BITMAPINFOHEADER + optional palette + pixels): pixel data offset = 14 + biSize + 4 * paletteEntries (paletteEntries = biClrUsed, else 2^biBitCount when biBitCount <= 8, else 0) + 12 when biCompression == BI_BITFIELDS.

Rejects headers with biSize < 40 or > 200.

Returns: false when the DIB is not usable.

Definition at line 1687 of file orcad_converter_sheet.cpp.

Referenced by placeBitmap().

◆ MakePageFileName()

wxString ORCAD_CONVERTER::MakePageFileName	(	int	aPageIndex,
		const std::string &	aPageName )

staticprivate

"P%02d_<pagename>.kicad_sch" (1-based index), sanitized: control characters and the characters <>:"/|?

replaced by '_', leading/trailing spaces and dots stripped, "unnamed" when empty; then ReplaceIllegalFileNameChars.

Definition at line 575 of file orcad_converter_sheet.cpp.

References ReplaceIllegalFileNameChars(), and SanitizeFileName().

Referenced by Convert().

◆ netAt()

std::string ORCAD_CONVERTER::netAt	(	const ORCAD_RAW_PAGE &	aPage,
		int	aX,
		int	aY ) const

private

Net name at a point: first a wire with an endpoint here whose id is in the page net table; then any wire passing strictly through the point (id in table); then the first alias of an endpoint wire; else "".

Definition at line 1080 of file orcad_converter_sheet.cpp.

References ORCAD_WIRE::aliases, ORCAD_WIRE::id, m_wireEndpoints, ORCAD_ALIAS::name, ORCAD_RAW_PAGE::netmap, onSegment(), and ORCAD_RAW_PAGE::wires.

Referenced by offpageNets(), and powerNet().

◆ note()

void ORCAD_CONVERTER::note ( const wxString & aMsg )

private

Fact about the source design (not a conversion problem): RPT_SEVERITY_INFO.

Definition at line 192 of file orcad_converter_sheet.cpp.

References m_reporter, and RPT_SEVERITY_INFO.

Referenced by placeInstance(), placeOffpageConnectors(), and prepareSymbols().

◆ offpageNets()

std::vector< ORCAD_CONVERTER::OFFPAGE_NET > ORCAD_CONVERTER::offpageNets ( const ORCAD_RAW_PAGE & aPage ) const

private

Resolve every off-page connector on the page to (index, net, pin position).

Definition at line 1175 of file orcad_converter_sheet.cpp.

References graphicPinPos(), ORCAD_CONVERTER::OFFPAGE_NET::index, ORCAD_GRAPHIC_INST::logicalName, ORCAD_CONVERTER::OFFPAGE_NET::net, netAt(), ORCAD_RAW_PAGE::offpage, pin, ORCAD_CONVERTER::OFFPAGE_NET::x, and ORCAD_CONVERTER::OFFPAGE_NET::y.

Referenced by placeOffpageConnectors().

◆ offsetPage()

void ORCAD_CONVERTER::offsetPage	(	ORCAD_RAW_PAGE &	aPage,
		int	aDx,
		int	aDy )

staticprivate

Shift every drawable coordinate on the page by (aDx, aDy) DBU: wires and their aliases, instances (anchor, bbox, pin positions), graphic instances (anchor, bbox, nested primitive coordinates including points/start/end), bus entries and blocks.

aDx/aDy must be multiples of the 10-DBU grid.

Definition at line 764 of file orcad_converter_sheet.cpp.

References ORCAD_WIRE::aliases, ORCAD_PLACED_INSTANCE::bbox, ORCAD_RAW_PAGE::blocks, ORCAD_RAW_PAGE::busEntries, ORCAD_PRIMITIVE::end, ORCAD_RAW_PAGE::ercObjects, ORCAD_RAW_PAGE::globals, ORCAD_RAW_PAGE::graphics, ORCAD_RAW_PAGE::instances, ORCAD_RAW_PAGE::offpage, pin, ORCAD_DRAWN_INSTANCE::pins, ORCAD_PLACED_INSTANCE::pins, ORCAD_PRIMITIVE::points, ORCAD_RAW_PAGE::ports, ORCAD_PRIMITIVE::start, ORCAD_RAW_PAGE::wires, ORCAD_ALIAS::x, ORCAD_PLACED_INSTANCE::x, ORCAD_POINT::x, ORCAD_BBOX::x1, ORCAD_BUS_ENTRY::x1, ORCAD_DRAWN_INSTANCE::x1, ORCAD_PRIMITIVE::x1, ORCAD_WIRE::x1, ORCAD_BBOX::x2, ORCAD_BUS_ENTRY::x2, ORCAD_PRIMITIVE::x2, ORCAD_WIRE::x2, ORCAD_ALIAS::y, ORCAD_PLACED_INSTANCE::y, ORCAD_POINT::y, ORCAD_BBOX::y1, ORCAD_BUS_ENTRY::y1, ORCAD_DRAWN_INSTANCE::y1, ORCAD_PRIMITIVE::y1, ORCAD_WIRE::y1, ORCAD_BBOX::y2, ORCAD_BUS_ENTRY::y2, ORCAD_PRIMITIVE::y2, and ORCAD_WIRE::y2.

Referenced by applyPageSettings().

◆ onSegment()

bool ORCAD_CONVERTER::onSegment	(	int	aX,
		int	aY,
		const ORCAD_WIRE &	aWire )

staticprivate

True when the point lies strictly INSIDE (not at an endpoint of) an H/V wire.

Definition at line 1774 of file orcad_converter_sheet.cpp.

References ORCAD_WIRE::x1, ORCAD_WIRE::x2, ORCAD_WIRE::y1, and ORCAD_WIRE::y2.

Referenced by computeJunctions(), and netAt().

◆ packageFor()

const ORCAD_PACKAGE * ORCAD_CONVERTER::packageFor ( const ORCAD_PLACED_INSTANCE & aInst ) const

private

The cache package backing a placement, or nullptr when the design has none.

Definition at line 597 of file orcad_converter_symbols.cpp.

References m_design, ORCAD_PLACED_INSTANCE::pkgName, and ORCAD_PLACED_INSTANCE::sourcePackage.

Referenced by effectiveProps().

◆ pageExtentDbu()

BOX2I ORCAD_CONVERTER::pageExtentDbu ( const ORCAD_RAW_PAGE & aPage )

staticprivate

Bounding box (DBU) of everything drawable on the page: wire ends, instance placed bboxes + T0x10 pin positions, anchor + bbox of ports/globals/ off-page/ERC objects, bus entries, block rectangles + pins, and — for free graphics — ONLY the nested primitives' coordinates (the outer bbox of a Graphic*Inst is anchor-relative junk).

Returns (0, 0, 3800, 2700) for an empty page.

Definition at line 670 of file orcad_converter_sheet.cpp.

References ORCAD_PLACED_INSTANCE::bbox, ORCAD_RAW_PAGE::blocks, ORCAD_RAW_PAGE::busEntries, ORCAD_RAW_PAGE::ercObjects, ORCAD_RAW_PAGE::globals, ORCAD_RAW_PAGE::graphics, ORCAD_DRAWN_INSTANCE::h, ORCAD_RAW_PAGE::instances, ORCAD_GRAPHIC_INST::nested, ORCAD_RAW_PAGE::offpage, pin, ORCAD_DRAWN_INSTANCE::pins, ORCAD_PLACED_INSTANCE::pins, ORCAD_PRIMITIVE::points, ORCAD_RAW_PAGE::ports, ORCAD_SYMBOL_DEF::primitives, ORCAD_DRAWN_INSTANCE::w, ORCAD_RAW_PAGE::wires, ORCAD_POINT::x, ORCAD_BBOX::x1, ORCAD_BUS_ENTRY::x1, ORCAD_DRAWN_INSTANCE::x1, ORCAD_PRIMITIVE::x1, ORCAD_WIRE::x1, ORCAD_BBOX::x2, ORCAD_BUS_ENTRY::x2, ORCAD_PRIMITIVE::x2, ORCAD_WIRE::x2, ORCAD_POINT::y, ORCAD_BBOX::y1, ORCAD_BUS_ENTRY::y1, ORCAD_DRAWN_INSTANCE::y1, ORCAD_PRIMITIVE::y1, ORCAD_WIRE::y1, ORCAD_BBOX::y2, ORCAD_BUS_ENTRY::y2, ORCAD_PRIMITIVE::y2, and ORCAD_WIRE::y2.

Referenced by applyPageSettings().

◆ pickVariant()

std::pair< const ORCAD_SYMBOL_DEF *, int > ORCAD_CONVERTER::pickVariant ( const ORCAD_PLACED_INSTANCE & aInst ) const

private

The cache may hold several stale library versions of one symbol name; pick the variant whose transformed pin hot points match this instance's T0x10 records exactly (pin count must match too), else the first cache entry.

Returns: (definition, variant index); (nullptr, 0) when the name is uncached.

Definition at line 546 of file orcad_converter_symbols.cpp.

References ORCAD_SYMBOL_DEF::bbox, m_design, ORCAD_PLACED_INSTANCE::mirror, OrcadOrientOf(), OrcadTransformPoint(), ORCAD_PLACED_INSTANCE::pins, ORCAD_SYMBOL_DEF::pins, ORCAD_PLACED_INSTANCE::pkgName, ORCAD_PLACED_INSTANCE::rotation, ORCAD_SYMBOL_DEF::variants, ORCAD_PLACED_INSTANCE::x, VECTOR2< T >::x, ORCAD_BBOX::x1, ORCAD_BBOX::x2, ORCAD_PLACED_INSTANCE::y, VECTOR2< T >::y, ORCAD_BBOX::y1, and ORCAD_BBOX::y2.

Referenced by libForInstance().

◆ placeBitmap()

void ORCAD_CONVERTER::placeBitmap	(	const ORCAD_PRIMITIVE &	aPrim,
		SCH_SCREEN *	aScreen,
		int	aOrient = 0 )

private

One image primitive -> SCH_BITMAP centered on the primitive's page extent, scaled from its native pixel size to the extent.

Plain DIB payloads have a BMP file header synthesized in front of them (see MakeBmpFromDib). OLE payloads use their native bitmap or rasterized WMF preview. Undecodable payloads are skipped with a warning. Extents smaller than 2 DBU or empty payloads are ignored.

Definition at line 1609 of file orcad_converter_sheet.cpp.

References _, std::abs(), ORCAD_ORIENT_ENTRY::angle, SCH_SCREEN::Append(), BMP, center, ORCAD_OLE_PREVIEW::data, ORCAD_PRIMITIVE::data, DIB, REFERENCE_IMAGE::GetSize(), image, MakeBmpFromDib(), ORCAD_ORIENT_ENTRY::mirror, ORCAD_IU_PER_DBU, ORCAD_ORIENT_TABLE, OrcadExtractOlePreview(), OrcadRenderWmf(), REFERENCE_IMAGE::ReadImageFile(), REFERENCE_IMAGE::SetImage(), REFERENCE_IMAGE::SetImageScale(), ORCAD_OLE_PREVIEW::type, warn(), WMF, VECTOR2< T >::x, ORCAD_PRIMITIVE::x1, ORCAD_PRIMITIVE::x2, VECTOR2< T >::y, ORCAD_PRIMITIVE::y1, and ORCAD_PRIMITIVE::y2.

Referenced by placeDefinitionImages(), and placeGraphics().

◆ placeBusEntries()

void ORCAD_CONVERTER::placeBusEntries	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

SCH_BUS_WIRE_ENTRY per bus entry (position x1,y1; size x2-x1, y2-y1).

Definition at line 1311 of file orcad_converter_sheet.cpp.

References SCH_SCREEN::Append(), ORCAD_RAW_PAGE::busEntries, ORCAD_BUS_ENTRY::color, DEFAULT, ORCAD_IU_PER_DBU, OrcadColor(), OrcadDbuToIu(), SCH_BUS_ENTRY_BASE::SetSize(), SCH_BUS_ENTRY_BASE::SetStroke(), ORCAD_BUS_ENTRY::x1, ORCAD_BUS_ENTRY::x2, ORCAD_BUS_ENTRY::y1, and ORCAD_BUS_ENTRY::y2.

Referenced by convertPage().

◆ placeDefinitionImages()

void ORCAD_CONVERTER::placeDefinitionImages	(	const ORCAD_SYMBOL_DEF &	aDefinition,
		int	aBaseX,
		int	aBaseY,
		int	aOrient,
		SCH_SCREEN *	aScreen )

private

Definition at line 1029 of file orcad_converter_sheet.cpp.

References std::abs(), ORCAD_SYMBOL_DEF::bbox, center, GROUP, IMAGE, image, OrcadTransformPoint(), placeBitmap(), ORCAD_SYMBOL_DEF::primitives, ORCAD_BBOX::x1, ORCAD_BBOX::x2, ORCAD_BBOX::y1, and ORCAD_BBOX::y2.

Referenced by applyTitleBlock(), and placeInstance().

◆ placeDefinitionVectors()

void ORCAD_CONVERTER::placeDefinitionVectors	(	const ORCAD_SYMBOL_DEF &	aDefinition,
		int	aBaseX,
		int	aBaseY,
		int	aOrient,
		SCH_SCREEN *	aScreen )

private

◆ placeGraphics()

void ORCAD_CONVERTER::placeGraphics	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

Free page graphics from the nested primitives of each Graphic*Inst (the outer record itself is not drawable): comment text as SCH_TEXT (angle 0/90; quadrants 2/3 fold to 0), lines/rects/polylines/polygons/beziers as LAYER_NOTES polylines (rects closed, polygons closed), arcs/ellipses as polyline approximations, images via placeBitmap().

Definition at line 1418 of file orcad_converter_sheet.cpp.

References std::abs(), ANGLE_VERTICAL, SCH_SCREEN::Append(), applyFont(), ARC, BEZIER, ORCAD_PRIMITIVE::children, ORCAD_GRAPHIC_INST::color, ELLIPSE, ORCAD_PRIMITIVE::end, ORCAD_PRIMITIVE::fontIdx, FromOrcadString(), GR_TEXT_H_ALIGN_LEFT, GR_TEXT_V_ALIGN_TOP, ORCAD_RAW_PAGE::graphics, GROUP, IMAGE, ORCAD_PRIMITIVE::kind, LAYER_NOTES, LINE, ORCAD_PRIMITIVE::lineStyle, ORCAD_PRIMITIVE::lineWidth, M_PI, ORCAD_GRAPHIC_INST::nested, NO_FILL, OrcadColor(), OrcadDbuToIu(), OrcadLineStyle(), OrcadLineWidthIu(), placeBitmap(), ORCAD_PRIMITIVE::points, POLYGON, POLYLINE, ORCAD_SYMBOL_DEF::primitives, RECT, ORCAD_GRAPHIC_INST::rotation, EDA_SHAPE::SetBezierC1(), EDA_SHAPE::SetBezierC2(), EDA_SHAPE::SetEnd(), EDA_SHAPE::SetFillMode(), SCH_SHAPE::SetPosition(), SCH_SHAPE::SetStroke(), ORCAD_PRIMITIVE::start, TEXT, text, ORCAD_PRIMITIVE::text, textSizeIU(), ORCAD_POINT::x, ORCAD_PRIMITIVE::x1, ORCAD_PRIMITIVE::x2, ORCAD_POINT::y, ORCAD_PRIMITIVE::y1, and ORCAD_PRIMITIVE::y2.

Referenced by convertPage(), and placeDefinitionVectors().

◆ placeInstance()

void ORCAD_CONVERTER::placeInstance	(	ORCAD_RAW_PAGE &	aPage,
		const ORCAD_PLACED_INSTANCE &	aInst,
		SCH_SCREEN *	aScreen,
		const SCH_SHEET_PATH &	aSheetPath )

private

Place one part instance on a screen: SCH_SYMBOL from the built LIB_SYMBOL (flattened-copy constructor route), position = anchor + orientation offset, orientation via toKicadOrientation(), fields via placeSymbolFields(), SetRef( aSheetPath, reference ), unit selection, then screen->Append.

Verifies the transformed pin hot points against the instance's T0x10 records: mismatch is a warning (note when the definition is synthesized).

Definition at line 1226 of file orcad_converter_symbols.cpp.

References _, SCH_SCREEN::Append(), ORCAD_SYMBOL_DEF::bbox, effectiveProps(), LIB_ID::FixIllegalChars(), ORCAD_CONVERTER::LIB_ENTRY::footprint, FromOrcadString(), kicadSymbolFor(), LIB_NICK, libForInstance(), m_libSymbols, ORCAD_PLACED_INSTANCE::mirror, ORCAD_CONVERTER::LIB_ENTRY::name, ORCAD_RAW_PAGE::name, note(), OrcadDbuToIu(), OrcadOrientOf(), OrcadOrientOffset(), OrcadTransformPoint(), pin, ORCAD_PLACED_INSTANCE::pins, ORCAD_SYMBOL_DEF::pins, placeDefinitionImages(), placeSymbolFields(), ORCAD_PLACED_INSTANCE::reference, resolveReference(), ORCAD_PLACED_INSTANCE::rotation, SCH_SYMBOL::SetExcludedFromBoard(), SCH_SYMBOL::SetOrientation(), SCH_SYMBOL::SetRef(), SCH_SYMBOL::SetUnitSelection(), ORCAD_CONVERTER::UNIT_INFO::symbol, ORCAD_SYMBOL_DEF::synthesized, toKicadOrientation(), ORCAD_CONVERTER::LIB_ENTRY::units, ORCAD_PLACED_INSTANCE::value, warn(), ORCAD_PLACED_INSTANCE::x, VECTOR2< T >::x, ORCAD_BBOX::x1, ORCAD_BBOX::x2, ORCAD_PLACED_INSTANCE::y, VECTOR2< T >::y, ORCAD_BBOX::y1, and ORCAD_BBOX::y2.

Referenced by convertPage().

◆ placeJunctions()

void ORCAD_CONVERTER::placeJunctions	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

Append computed junctions as SCH_JUNCTION items.

Definition at line 1259 of file orcad_converter_sheet.cpp.

References SCH_SCREEN::Append(), computeJunctions(), and OrcadDbuToIu().

Referenced by convertPage().

◆ placeNoConnects()

void ORCAD_CONVERTER::placeNoConnects	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

SCH_NO_CONNECT per ERC object, at the object's anchor.

Definition at line 1325 of file orcad_converter_sheet.cpp.

References SCH_SCREEN::Append(), erc, ORCAD_RAW_PAGE::ercObjects, and OrcadDbuToIu().

Referenced by convertPage().

◆ placeOffpageConnectors()

void ORCAD_CONVERTER::placeOffpageConnectors	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

SCH_GLOBALLABEL per resolved off-page connector, at the connection point; an unconnected connector (empty net) is skipped with a note.

Spin: with a wire endpoint at the point, the label points away from the wire (x1 + x2 - 2*px <= 0 selects the angle-0 spin, else angle-180); hide the INTERSHEET_REFS field.

Definition at line 1332 of file orcad_converter_sheet.cpp.

References _, std::abs(), SCH_SCREEN::Append(), SPIN_STYLE::BOTTOM, FromOrcadString(), SCH_GLOBALLABEL::GetField(), INTERSHEET_REFS, L_BIDI, SPIN_STYLE::LEFT, m_wireEndpoints, ORCAD_RAW_PAGE::name, note(), ORCAD_RAW_PAGE::offpage, offpageNets(), OrcadColor(), OrcadDbuToIu(), SPIN_STYLE::RIGHT, SCH_LABEL_BASE::SetShape(), SCH_GLOBALLABEL::SetSpinStyle(), EDA_TEXT::SetTextColor(), SPIN_STYLE::UP, ORCAD_WIRE::x1, ORCAD_WIRE::x2, ORCAD_WIRE::y1, and ORCAD_WIRE::y2.

Referenced by convertPage().

◆ placePorts()

void ORCAD_CONVERTER::placePorts	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen,
		bool	aHierarchical )

private

SCH_HIERLABEL per port on a hierarchical child page, otherwise SCH_GLOBALLABEL.

Net = logical name, else the symbol name; empty nets are skipped. Shape: "LEFT" in the symbol name -> input, "RIGHT" -> output, else bidirectional.

Definition at line 1375 of file orcad_converter_sheet.cpp.

References SCH_SCREEN::Append(), ORCAD_GRAPHIC_INST::color, FromOrcadString(), graphicPinPos(), INTERSHEET_REFS, L_BIDI, L_INPUT, L_OUTPUT, ORCAD_GRAPHIC_INST::logicalName, ORCAD_GRAPHIC_INST::name, OrcadColor(), OrcadDbuToIu(), ORCAD_RAW_PAGE::ports, SPIN_STYLE::RIGHT, SCH_LABEL_BASE::SetShape(), SCH_LABEL_BASE::SetSpinStyle(), EDA_TEXT::SetTextColor(), VECTOR2< T >::x, and VECTOR2< T >::y.

Referenced by convertPage().

◆ placePowerSymbol()

void ORCAD_CONVERTER::placePowerSymbol	(	ORCAD_RAW_PAGE &	aPage,
		const ORCAD_GRAPHIC_INST &	aInst,
		const std::string &	aNet,
		SCH_SCREEN *	aScreen,
		const SCH_SHEET_PATH &	aSheetPath )

private

Place one power symbol: transform base = placed bbox min corner (fall back to the anchor when the bbox is all zero), reference "#PWR%04d" from a design-wide counter (hidden), value = net name centered on the body — above it, or below it for ground-style symbols whose pin connects in the top quarter of the placed bbox.

Definition at line 1366 of file orcad_converter_symbols.cpp.

References ANGLE_HORIZONTAL, ANGLE_VERTICAL, SCH_SCREEN::Append(), ORCAD_GRAPHIC_INST::bbox, ORCAD_SYMBOL_DEF::bbox, BOX2< Vec >::Centre(), DATASHEET, LIB_ID::FixIllegalChars(), FOOTPRINT, FromOrcadString(), SCH_SYMBOL::GetBodyBoundingBox(), BOX2< Vec >::GetBottom(), SCH_SYMBOL::GetField(), BOX2< Vec >::GetTop(), SYMBOL::GetTransform(), GR_TEXT_H_ALIGN_CENTER, GR_TEXT_V_ALIGN_BOTTOM, GR_TEXT_V_ALIGN_TOP, graphicPinPos(), kicadSymbolFor(), LIB_NICK, m_libSymbols, m_powerCount, ORCAD_GRAPHIC_INST::mirror, ORCAD_GRAPHIC_INST::name, OrcadDbuToIu(), OrcadOrientOf(), OrcadOrientOffset(), powerLibFor(), REFERENCE, ORCAD_GRAPHIC_INST::rotation, EDA_TEXT::SetHorizJustify(), SCH_SYMBOL::SetOrientation(), SCH_FIELD::SetPosition(), SCH_SYMBOL::SetRef(), EDA_TEXT::SetTextAngle(), SCH_SYMBOL::SetUnitSelection(), SCH_SYMBOL::SetValueFieldText(), EDA_TEXT::SetVertJustify(), EDA_TEXT::SetVisible(), toKicadOrientation(), ORCAD_CONVERTER::LIB_ENTRY::units, VALUE, ORCAD_GRAPHIC_INST::x, VECTOR2< T >::x, ORCAD_BBOX::x1, ORCAD_BBOX::x2, ORCAD_GRAPHIC_INST::y, VECTOR2< T >::y, ORCAD_BBOX::y1, TRANSFORM::y1, and ORCAD_BBOX::y2.

Referenced by convertPage().

◆ placeSymbolFields()

void ORCAD_CONVERTER::placeSymbolFields	(	SCH_SYMBOL *	aSymbol,
		const ORCAD_PLACED_INSTANCE &	aInst,
		const ORCAD_SYMBOL_DEF &	aDef,
		int	aOrient,
		const std::string &	aValue,
		const std::string &	aFootprint )

private

KiCad-style field placement for a placed part, always reading horizontally (fields rotate with the symbol, so a 90/270-degree placement gets a compensating 90-degree field angle).

The true body box is derived from the symbol bbox + orientation transform (the placed bbox includes displayed text). Vertical two-pin passives (placement angle 0/180, exactly 2 pins, vertical pin span >= horizontal) get Reference/Value stacked to the right of the body, left-justified, centered on it; everything else gets Reference above and Value below, centered. Visibility follows the source: a field is shown only when the instance carries a display prop for it ("Part Reference" / "Value"). Value fallback: instance value, else the "Value" property, else the lib name. Footprint: "PCB Footprint" property, else the package footprint (hidden). Remaining properties become user fields — visible at their display-prop position (transformed to canvas) when displayed, hidden at the anchor otherwise; bookkeeping names ("Part Reference", "Reference", "Name", "Graphic", "Implementation", "Implementation Path", "Implementation Type", "Source Library", "Source Package", "Source Part") are dropped.

Definition at line 1453 of file orcad_converter_symbols.cpp.

References std::abs(), SCH_SYMBOL::AddField(), ANGLE_HORIZONTAL, ANGLE_VERTICAL, applyFont(), ORCAD_SYMBOL_DEF::bbox, ORCAD_DISPLAY_PROP::color, DATASHEET, DESCRIPTION, ORCAD_PLACED_INSTANCE::displayProps, ORCAD_DISPLAY_PROP::dispMode, effectiveProps(), ORCAD_DISPLAY_PROP::fontIdx, FOOTPRINT, FromOrcadString(), SCH_SYMBOL::GetField(), SCH_SYMBOL::GetPosition(), SYMBOL::GetTransform(), GR_TEXT_H_ALIGN_CENTER, GR_TEXT_H_ALIGN_LEFT, GR_TEXT_V_ALIGN_TOP, ORCAD_DISPLAY_PROP::name, ORCAD_IU_PER_DBU, ORCAD_ORIENT_TABLE, OrcadColor(), OrcadDbuToIu(), OrcadTransformPoint(), ORCAD_PLACED_INSTANCE::pins, ORCAD_SYMBOL_DEF::pins, REFERENCE, SCH_SYMBOL::SetFootprintFieldText(), EDA_TEXT::SetHorizJustify(), SCH_FIELD::SetPosition(), SCH_FIELD::SetText(), EDA_TEXT::SetTextAngle(), EDA_TEXT::SetTextColor(), EDA_TEXT::SetTextSize(), SCH_SYMBOL::SetValueFieldText(), EDA_TEXT::SetVertJustify(), EDA_TEXT::SetVisible(), textSizeIU(), USER, VALUE, ORCAD_DISPLAY_PROP::x, ORCAD_PLACED_INSTANCE::x, VECTOR2< T >::x, ORCAD_BBOX::x1, ORCAD_BBOX::x2, ORCAD_DISPLAY_PROP::y, ORCAD_PLACED_INSTANCE::y, VECTOR2< T >::y, ORCAD_BBOX::y1, TRANSFORM::y1, and ORCAD_BBOX::y2.

Referenced by placeInstance().

◆ placeWires()

void ORCAD_CONVERTER::placeWires	(	const ORCAD_RAW_PAGE &	aPage,
		SCH_SCREEN *	aScreen )

private

Wires/buses as SCH_LINE on LAYER_WIRE / LAYER_BUS, plus a local SCH_LABEL per wire alias: anchor snapped from the alias's free display position onto the owning wire segment (snapToWire) so KiCad binds it electrically; text angle 0/90 (source quadrants 2/3 fold onto 0/90); size from textSizeIU().

Definition at line 1266 of file orcad_converter_sheet.cpp.

References ORCAD_WIRE::aliases, anchor, SCH_SCREEN::Append(), applyFont(), ORCAD_ALIAS::color, ORCAD_WIRE::color, ORCAD_ALIAS::fontIdx, FromOrcadString(), ORCAD_WIRE::isBus, LAYER_BUS, LAYER_WIRE, ORCAD_WIRE::lineStyle, ORCAD_WIRE::lineWidth, ORCAD_ALIAS::name, OrcadColor(), OrcadDbuToIu(), OrcadLineStyle(), OrcadLineWidthIu(), SPIN_STYLE::RIGHT, ORCAD_ALIAS::rotation, SCH_LINE::SetEndPoint(), SCH_LINE::SetLineColor(), SCH_LINE::SetLineStyle(), SCH_LINE::SetLineWidth(), SCH_LABEL_BASE::SetSpinStyle(), EDA_TEXT::SetTextColor(), EDA_TEXT::SetTextSize(), snapToWire(), text, textSizeIU(), SPIN_STYLE::UP, ORCAD_RAW_PAGE::wires, ORCAD_ALIAS::x, ORCAD_WIRE::x1, ORCAD_WIRE::x2, ORCAD_ALIAS::y, ORCAD_WIRE::y1, and ORCAD_WIRE::y2.

Referenced by convertPage().

◆ powerLibFor()

std::string ORCAD_CONVERTER::powerLibFor	(	const std::string &	aSymbolName,
		const std::string &	aNetName )

private

Resolve/register the power lib symbol for a power-symbol instance.

Power lib symbols are keyed by NET name — "PWR_" + sanitized net — because users rename power ports (e.g. a VCC_BAR symbol naming the net +3V3); the graphics come from the named cache symbol (empty definition when uncached). The entry has isPower = true, powerNet = aNetName, refPrefix = "#PWR" and a single unit with pin number "1".

Returns: the lib name.

Definition at line 766 of file orcad_converter_symbols.cpp.

References ORCAD_CONVERTER::LIB_ENTRY::isPower, m_design, m_libSymbols, ORCAD_CONVERTER::LIB_ENTRY::name, ORCAD_SYMBOL_DEF::name, ORCAD_ST_GLOBAL_SYMBOL, ORCAD_CONVERTER::UNIT_INFO::pinNumbers, ORCAD_CONVERTER::LIB_ENTRY::powerNet, ORCAD_CONVERTER::LIB_ENTRY::refPrefix, ORCAD_CONVERTER::UNIT_INFO::symbol, SymbolId(), ORCAD_SYMBOL_DEF::typeId, and ORCAD_CONVERTER::LIB_ENTRY::units.

Referenced by placePowerSymbol().

◆ powerNet()

std::string ORCAD_CONVERTER::powerNet	(	const ORCAD_RAW_PAGE &	aPage,
		const ORCAD_GRAPHIC_INST &	aInst ) const

private

Net stamped by a power-symbol instance: the net of the wire its pin touches (authoritative — ports can be renamed), falling back to the symbol name.

Trimmed of surrounding whitespace.

Definition at line 1123 of file orcad_converter_sheet.cpp.

References graphicPinPos(), ORCAD_GRAPHIC_INST::logicalName, ORCAD_GRAPHIC_INST::name, netAt(), pin, and ORCAD_GRAPHIC_INST::props.

Referenced by convertPage().

◆ prepareSymbols()

void ORCAD_CONVERTER::prepareSymbols ( )

private

Pre-pass over all pages: synthesize placeholder definitions for symbols absent from the cache (one note per name), register a LIB_ENTRY + unit for every placed instance via libForInstance(), then computeFontBaseline().

Definition at line 179 of file orcad_converter_symbols.cpp.

References _, computeFontBaseline(), FromOrcadString(), ORCAD_RAW_PAGE::instances, libForInstance(), m_design, name, note(), ORCAD_PLACED_INSTANCE::pkgName, and synthesizeSymbol().

Referenced by Convert().

◆ resolveReference()

wxString ORCAD_CONVERTER::resolveReference ( const ORCAD_PLACED_INSTANCE & aInst ) const

private

Resolve a placed instance's reference designator, falling back to the Hierarchy-stream occurrence designator when the instance carries only the unannotated "C?" template; returns "?" when neither is annotated.

Definition at line 1340 of file orcad_converter_symbols.cpp.

References ORCAD_PLACED_INSTANCE::dbId, FromOrcadString(), m_currentOccRefs, and ORCAD_PLACED_INSTANCE::reference.

Referenced by placeInstance().

◆ SanitizeFileName()

wxString ORCAD_CONVERTER::SanitizeFileName ( const std::string & aName )

staticprivate

Filesystem-safe name: control characters and <>:"/|?

replaced by '_', surrounding spaces/dots stripped, "unnamed" when empty.

Definition at line 586 of file orcad_converter_sheet.cpp.

References FromOrcadString().

Referenced by MakePageFileName().

◆ snapToWire()

VECTOR2I ORCAD_CONVERTER::snapToWire	(	int	aX,
		int	aY,
		const ORCAD_WIRE &	aWire )

staticprivate

Closest point (DBU) on a wire segment to (aX, aY); exact for H/V wires.

Definition at line 1748 of file orcad_converter_sheet.cpp.

References KiROUND(), ORCAD_WIRE::x1, ORCAD_WIRE::x2, ORCAD_WIRE::y1, and ORCAD_WIRE::y2.

Referenced by placeWires().

◆ SymbolId()

std::string ORCAD_CONVERTER::SymbolId ( const std::string & aName )

staticprivate

LIB_ID-safe symbol name: ':', '"', '/' and whitespace runs -> '_'; "SYM" if empty.

Definition at line 1753 of file orcad_converter_symbols.cpp.

Referenced by BuildSymbolLibrary(), libForInstance(), and powerLibFor().

◆ synthesizeSymbol()

ORCAD_SYMBOL_DEF ORCAD_CONVERTER::synthesizeSymbol	(	const std::string &	aPkgName,
		const std::vector< const ORCAD_PLACED_INSTANCE * > &	aInstances ) const

private

Best-effort placeholder for a cache-less symbol, built from the instances' T0x10 absolute pin records and the placed bbox: rectangle body with pins on the sides where they actually sit.

Uses the instance closest to the reference orientation (code 0 preferred); local pin p solves T = I + t(w, h) + M*p, and the t-term cancels for instances sharing the reference orientation, so connectivity is exact there. With no pin records the body comes from the inverse-transformed placed bbox. Sets synthesized = true.

Definition at line 329 of file orcad_converter_symbols.cpp.

References ORCAD_ORIENT_ENTRY::a, ORCAD_ORIENT_ENTRY::b, ORCAD_PLACED_INSTANCE::bbox, ORCAD_SYMBOL_DEF::bbox, ORCAD_ORIENT_ENTRY::c, ORCAD_ORIENT_ENTRY::d, ORCAD_PRIMITIVE::kind, ORCAD_PLACED_INSTANCE::mirror, ORCAD_SYMBOL_DEF::name, ORCAD_ORIENT_TABLE, ORCAD_ST_LIBRARY_PART, OrcadOrientOf(), OrcadOrientOffset(), PASSIVE, pin, PIN_LEN_DBU, ORCAD_PLACED_INSTANCE::pins, ORCAD_SYMBOL_DEF::pins, ORCAD_SYMBOL_DEF::primitives, RECT, ORCAD_PLACED_INSTANCE::rotation, ORCAD_SYMBOL_DEF::synthesized, ORCAD_SYMBOL_DEF::typeId, ORCAD_PIN_INST::x, ORCAD_PLACED_INSTANCE::x, ORCAD_POINT::x, ORCAD_BBOX::x1, ORCAD_PRIMITIVE::x1, ORCAD_BBOX::x2, ORCAD_PRIMITIVE::x2, ORCAD_PIN_INST::y, ORCAD_PLACED_INSTANCE::y, ORCAD_POINT::y, ORCAD_BBOX::y1, ORCAD_PRIMITIVE::y1, ORCAD_BBOX::y2, and ORCAD_PRIMITIVE::y2.

Referenced by prepareSymbols().

◆ textSizeIU()

int ORCAD_CONVERTER::textSizeIU ( int aFontIdx ) const

private

Text size in IU for a font reference: 1.27 mm when the height is unknown; with a baseline, 1.27 mm * height / baseline clamped to [0.7, 5.0] mm; without a baseline, height * 25.4 * 0.75 / 96 mm with a 0.7 mm floor.

Definition at line 1712 of file orcad_converter_symbols.cpp.

References fontHeightDbu(), and m_fontBaselineDbu.

Referenced by addSymbolPrimitive(), placeGraphics(), placeSymbolFields(), and placeWires().

◆ toKicadOrientation()

int ORCAD_CONVERTER::toKicadOrientation ( int aOrient )

staticprivate

Map an orientation code to the composed SYMBOL_ORIENTATION_T value for SCH_SYMBOL::SetOrientation(): 0 -> SYM_ORIENT_0 4 -> SYM_ORIENT_0 + SYM_MIRROR_Y 1 -> SYM_ORIENT_90 5 -> SYM_ORIENT_90 + SYM_MIRROR_X 2 -> SYM_ORIENT_180 6 -> SYM_ORIENT_0 + SYM_MIRROR_X 3 -> SYM_ORIENT_270 7 -> SYM_ORIENT_270 + SYM_MIRROR_X.

Definition at line 1209 of file orcad_converter_symbols.cpp.

References SYM_MIRROR_X, SYM_MIRROR_Y, SYM_ORIENT_0, SYM_ORIENT_180, SYM_ORIENT_270, and SYM_ORIENT_90.

Referenced by placeInstance(), and placePowerSymbol().

◆ unitLetter()

std::string ORCAD_CONVERTER::unitLetter ( const ORCAD_PLACED_INSTANCE & aInst ) const

private

Unit discriminator of an instance: the part of pkgName between the package base name and the '.View' suffix ("A", "-16", "", ...), plus ":View" when the view is not "Normal" (DeMorgan variants).

Definition at line 510 of file orcad_converter_symbols.cpp.

References ORCAD_PLACED_INSTANCE::pkgName, and ORCAD_PLACED_INSTANCE::sourcePackage.

Referenced by libForInstance().

◆ warn()

void ORCAD_CONVERTER::warn ( const wxString & aMsg )

private

Conversion problem: REPORTER at RPT_SEVERITY_WARNING.

Definition at line 185 of file orcad_converter_sheet.cpp.

References m_reporter, and RPT_SEVERITY_WARNING.

Referenced by libForInstance(), placeBitmap(), and placeInstance().

Member Data Documentation

◆ LIB_NICK

const char* ORCAD_CONVERTER::LIB_NICK = "orcad_import"

staticconstexpr

Symbol library nickname used in every emitted LIB_ID.

Definition at line 244 of file orcad_converter.h.

Referenced by kicadSymbolFor(), placeInstance(), and placePowerSymbol().

◆ m_currentOccRefs

const std::map<uint32_t, std::string>* ORCAD_CONVERTER::m_currentOccRefs = nullptr

private

Occurrence reference designators of the scope currently being converted; set per page so a child schematic reused by several block occurrences takes each occurrence's own designators.

Null when the design has no occurrence tree.

Definition at line 687 of file orcad_converter.h.

Referenced by Convert(), and resolveReference().

◆ m_design

ORCAD_DESIGN& ORCAD_CONVERTER::m_design

private

Definition at line 673 of file orcad_converter.h.

Referenced by applyFont(), applyTitleBlock(), BuildSymbolLibrary(), computeFontBaseline(), Convert(), fontHeightDbu(), graphicPinPos(), libForInstance(), ORCAD_CONVERTER(), packageFor(), pickVariant(), powerLibFor(), and prepareSymbols().

◆ m_fontBaselineDbu

int ORCAD_CONVERTER::m_fontBaselineDbu

private

dominant text height; 0 = none

Definition at line 682 of file orcad_converter.h.

Referenced by computeFontBaseline(), ORCAD_CONVERTER(), and textSizeIU().

◆ m_libSymbols

std::map<std::string, LIB_ENTRY> ORCAD_CONVERTER::m_libSymbols

private

keyed by emitted lib name

Definition at line 679 of file orcad_converter.h.

Referenced by BuildSymbolLibrary(), kicadSymbolFor(), libForInstance(), placeInstance(), placePowerSymbol(), and powerLibFor().

◆ m_pkgToLib

std::map<PKG_KEY, std::pair<std::string, int> > ORCAD_CONVERTER::m_pkgToLib

private

Definition at line 680 of file orcad_converter.h.

Referenced by libForInstance().

◆ m_powerCount

int ORCAD_CONVERTER::m_powerCount

private

"#PWR%04d" counter

Definition at line 681 of file orcad_converter.h.

Referenced by ORCAD_CONVERTER(), and placePowerSymbol().

◆ m_progressReporter

PROGRESS_REPORTER* ORCAD_CONVERTER::m_progressReporter

private

Definition at line 676 of file orcad_converter.h.

Referenced by Convert(), and ORCAD_CONVERTER().

◆ m_reporter

REPORTER* ORCAD_CONVERTER::m_reporter

private

Definition at line 675 of file orcad_converter.h.

Referenced by note(), ORCAD_CONVERTER(), and warn().

◆ m_rootSheet

SCH_SHEET* ORCAD_CONVERTER::m_rootSheet

private

Definition at line 677 of file orcad_converter.h.

Referenced by Convert(), and ORCAD_CONVERTER().

◆ m_schematic

SCHEMATIC* ORCAD_CONVERTER::m_schematic

private

Definition at line 674 of file orcad_converter.h.

Referenced by Convert(), and ORCAD_CONVERTER().

◆ m_usedSheetNames

std::set<wxString> ORCAD_CONVERTER::m_usedSheetNames

private

Lower-cased sheet names already emitted, to keep sibling sheet names unique.

Definition at line 690 of file orcad_converter.h.

Referenced by Convert().

◆ m_wireEndpoints

std::map<std::pair<int, int>, std::vector<const ORCAD_WIRE*> > ORCAD_CONVERTER::m_wireEndpoints

private

Per-page wire lookup: endpoint -> wires ending there. Rebuilt by buildNetLookup().

Definition at line 693 of file orcad_converter.h.

Referenced by buildNetLookup(), netAt(), and placeOffpageConnectors().

◆ MARGIN_B_DBU

int ORCAD_CONVERTER::MARGIN_B_DBU = 100

staticconstexprprivate

Definition at line 292 of file orcad_converter.h.

Referenced by applyPageSettings().

◆ MARGIN_L_DBU

int ORCAD_CONVERTER::MARGIN_L_DBU = 60

staticconstexprprivate

Page content margins, DBU.

KiCad draws its frame about 10 mm inside the paper edge, so content needs clearance the OrCAD canvas did not; the bottom margin leaves extra room for KiCad's title block strip.

Definition at line 289 of file orcad_converter.h.

Referenced by applyPageSettings().

◆ MARGIN_R_DBU

int ORCAD_CONVERTER::MARGIN_R_DBU = 60

staticconstexprprivate

Definition at line 291 of file orcad_converter.h.

Referenced by applyPageSettings().

◆ MARGIN_T_DBU

int ORCAD_CONVERTER::MARGIN_T_DBU = 60

staticconstexprprivate

Definition at line 290 of file orcad_converter.h.

Referenced by applyPageSettings().

◆ PIN_LEN_DBU

int ORCAD_CONVERTER::PIN_LEN_DBU = 10

staticconstexprprivate

Standard OrCAD pin length used for synthesized placeholder pins, DBU.

Definition at line 284 of file orcad_converter.h.

Referenced by synthesizeSymbol().

The documentation for this class was generated from the following files:

Classes

Public Member Functions

Static Public Attributes

Private Types

Private Member Functions

Static Private Member Functions

Private Attributes

Static Private Attributes

Detailed Description

Member Typedef Documentation

◆ PKG_KEY

Constructor & Destructor Documentation

◆ ORCAD_CONVERTER()

◆ ~ORCAD_CONVERTER()

Member Function Documentation

◆ addSymbolArc()

◆ addSymbolPin()

◆ addSymbolPrimitive()

◆ applyFont()

◆ applyPageSettings()

◆ applyTitleBlock()

◆ buildNetLookup()

◆ BuildSymbolLibrary()

◆ computeFontBaseline()

◆ computeJunctions()

◆ Convert()

◆ convertPage()

◆ effectiveProps()

◆ fontHeightDbu()

◆ graphicPinPos()

◆ kicadSymbolFor()

◆ libForInstance()

◆ MakeBmpFromDib()

◆ MakePageFileName()

◆ netAt()

◆ note()

◆ offpageNets()

◆ offsetPage()

◆ onSegment()

◆ packageFor()

◆ pageExtentDbu()

◆ pickVariant()

◆ placeBitmap()

◆ placeBusEntries()

◆ placeDefinitionImages()

◆ placeDefinitionVectors()

◆ placeGraphics()

◆ placeInstance()

◆ placeJunctions()

◆ placeNoConnects()

◆ placeOffpageConnectors()

◆ placePorts()

◆ placePowerSymbol()

◆ placeSymbolFields()

◆ placeWires()

◆ powerLibFor()

◆ powerNet()

◆ prepareSymbols()

◆ resolveReference()

◆ SanitizeFileName()

◆ snapToWire()

◆ SymbolId()

◆ synthesizeSymbol()

◆ textSizeIU()

◆ toKicadOrientation()

◆ unitLetter()

◆ warn()

Member Data Documentation

◆ LIB_NICK

◆ m_currentOccRefs

◆ m_design

◆ m_fontBaselineDbu

◆ m_libSymbols

◆ m_pkgToLib

◆ m_powerCount

◆ m_progressReporter

◆ m_reporter

◆ m_rootSheet

◆ m_schematic

◆ m_usedSheetNames