page-sizer.cpp revision 153362cd6667a5a3eaf7549513643fe1f8855268
/**
* @file
*
* Paper-size widget and helper functions
*/
/*
* Authors:
* bulia byak <buliabyak@users.sf.net>
* Lauris Kaplinski <lauris@kaplinski.com>
* Jon Phillips <jon@rejon.org>
* Ralf Stephan <ralf@ark.in-berlin.de> (Gtkmm)
* Bob Jamison <ishmal@users.sf.net>
* Abhishek Sharma
*
* Copyright (C) 2000 - 2006 Authors
*
* Released under GNU GPL. Read the file 'COPYING' for more information
*/
#ifdef HAVE_CONFIG_H
# include <config.h>
#endif
#include "page-sizer.h"
#include <cmath>
#include <string>
#include <string.h>
#include <vector>
#include "desktop-handles.h"
#include "document.h"
#include "desktop.h"
#include "helper/action-context.h"
#include "inkscape.h"
#include "sp-namedview.h"
#include "sp-root.h"
#include "ui/widget/scalar-unit.h"
#include "verbs.h"
namespace Inkscape {
namespace UI {
namespace Widget {
/** \note
* The ISO page sizes in the table below differ from ghostscript's idea of page sizes (by
* less than 1pt). Being off by <1pt should be OK for most purposes, but may cause fuzziness
* (antialiasing) problems when printing to 72dpi or 144dpi printers or bitmap files due to
* postscript's different coordinate system (y=0 meaning bottom of page in postscript and top
* of page in SVG). I haven't looked into whether this does in fact cause fuzziness, I merely
* will also affect whether fuzziness occurs.
*
* The remainder of this comment discusses the origin of the numbers used for ISO page sizes in
* this table and in ghostscript.
*
* The versions here, in mm, are the official sizes according to
* at 2005-01-25. (The ISO entries in the below table
* were produced mechanically from the table on that page.)
*
* (The rule seems to be that A0, B0, ..., D0. sizes are rounded to the nearest number of mm
* from the "theoretical size" (i.e. 1000 * sqrt(2) or pow(2.0, .25) or the like), whereas
* going from e.g. A0 to A1 always take the floor of halving -- which by chance coincides
* exactly with flooring the "theoretical size" for n != 0 instead of the rounding to nearest
* done for n==0.)
*
* Ghostscript paper sizes are given in gs_statd.ps according to gs(1). gs_statd.ps always
* uses an integer number of pt: sometimes gs_statd.ps rounds to nearest (e.g. a1), sometimes
* floors (e.g. a10), sometimes ceils (e.g. a8).
*
* I'm not sure how ghostscript's gs_statd.ps was calculated: it isn't just rounding the
* "theoretical size" of each page to pt (see a0), nor is it rounding the a0 size times an
* appropriate power of two (see a1). Possibly it was prepared manually, with a human applying
* inconsistent rounding rules when converting from mm to pt.
*/
/** \todo
* Should we include the JIS B series (used in Japan)
* (JIS B0 is sometimes called JB0, and similarly for JB1 etc)?
* Should we exclude B7--B10 and A7--10 to make the list smaller ?
* Should we include any of the ISO C, D and E series (see below) ?
*/
struct PaperSizeRec {
char const * const name; //name
double const smaller; //lesser dimension
double const larger; //greater dimension
};
// list of page formats that should be in landscape automatically
static void
}
static PaperSizeRec const inkscape_papers[] = {
{ "A4", 210, 297, "mm" },
{ "US Letter", 8.5, 11, "in" },
{ "US Legal", 8.5, 14, "in" },
{ "US Executive", 7.25, 10.5, "in" },
{ "A0", 841, 1189, "mm" },
{ "A1", 594, 841, "mm" },
{ "A2", 420, 594, "mm" },
{ "A3", 297, 420, "mm" },
{ "A5", 148, 210, "mm" },
{ "A6", 105, 148, "mm" },
{ "A7", 74, 105, "mm" },
{ "A8", 52, 74, "mm" },
{ "A9", 37, 52, "mm" },
{ "A10", 26, 37, "mm" },
{ "B0", 1000, 1414, "mm" },
{ "B1", 707, 1000, "mm" },
{ "B2", 500, 707, "mm" },
{ "B3", 353, 500, "mm" },
{ "B4", 250, 353, "mm" },
{ "B5", 176, 250, "mm" },
{ "B6", 125, 176, "mm" },
{ "B7", 88, 125, "mm" },
{ "B8", 62, 88, "mm" },
{ "B9", 44, 62, "mm" },
{ "B10", 31, 44, "mm" },
//#if 0
/*
Whether to include or exclude these depends on how
big we mind our page size menu
becoming. C series is used for envelopes;
don't know what D and E series are used for.
*/
{ "C0", 917, 1297, "mm" },
{ "C1", 648, 917, "mm" },
{ "C2", 458, 648, "mm" },
{ "C3", 324, 458, "mm" },
{ "C4", 229, 324, "mm" },
{ "C5", 162, 229, "mm" },
{ "C6", 114, 162, "mm" },
{ "C7", 81, 114, "mm" },
{ "C8", 57, 81, "mm" },
{ "C9", 40, 57, "mm" },
{ "C10", 28, 40, "mm" },
{ "D1", 545, 771, "mm" },
{ "D2", 385, 545, "mm" },
{ "D3", 272, 385, "mm" },
{ "D4", 192, 272, "mm" },
{ "D5", 136, 192, "mm" },
{ "D6", 96, 136, "mm" },
{ "D7", 68, 96, "mm" },
{ "E3", 400, 560, "mm" },
{ "E4", 280, 400, "mm" },
{ "E5", 200, 280, "mm" },
{ "E6", 140, 200, "mm" },
//#endif
{ "CSE", 462, 649, "pt" },
{ "US #10 Envelope", 4.125, 9.5, "in" },
/* See http://www.hbp.com/content/PCR_envelopes.cfm for a much larger list of US envelope
sizes. */
{ "DL Envelope", 110, 220, "mm" },
means different sizes to different people: different people may expect the width to be
either 8, 8.25 or 8.5 inches, and the height to be either 13 or 13.5 inches, even
restricting our interpretation to foolscap folio. If you wish to introduce a folio-like
page size to the list, then please consider using a name more specific than just `Folio' or
`Foolscap Folio'. */
{ "Banner 468x60", 60, 468, "px" },
{ "Icon 16x16", 16, 16, "px" },
{ "Icon 32x32", 32, 32, "px" },
{ "Icon 48x48", 48, 48, "px" },
/* business cards */
{ "Business Card (ISO 7810)", 53.98, 85.60, "mm" },
{ "Business Card (US)", 2, 3.5, "in" },
{ "Business Card (Europe)", 55, 85, "mm" },
// Start Arch Series List
{ "Arch A", 9, 12, "in" }, // 229 x 305 mm
{ "Arch B", 12, 18, "in" }, // 305 x 457 mm
{ "Arch C", 18, 24, "in" }, // 457 x 610 mm
{ "Arch D", 24, 36, "in" }, // 610 x 914 mm
{ "Arch E", 36, 48, "in" }, // 914 x 1219 mm
{ "Arch E1", 30, 42, "in" }, // 762 x 1067 mm
/*
* The above list of Arch sizes were taken from the following site:
* Further detail can be found at http://www.ansi.org
* Sizes are assumed to be arbitrary rounding to MM unless shown to be otherwise
* No conflicting information was found regarding sizes in MM
* September 2009 - DAK
*/
{ NULL, 0, 0, "px" },
};
//########################################################################
//# P A G E S I Z E R
//########################################################################
/**
* Constructor
*/
_lockMarginUpdate(false),
{
// set precision of scalar entry boxes
_wr.setUpdating (true);
_wr.setUpdating (false);
//# Set up the Paper Size combo box
_paperSizeList.set_headers_visible(false);
{
char formatBuf[80];
}
//Gtk::TreeModel::iterator iter = _paperSizeListStore->children().begin();
//if (iter)
// _paperSizeListSelection->select(iter);
pack_start (_paperSizeListScroller, true, true, 0);
//## Set up orientation radio buttons
pack_start (_orientationBox, false, false, 0);
_landscapeButton.set_active(true);
_portraitButton.set_active(true);
_portraitButton.set_active (true);
// Setting default custom unit to document unit
_wr.setUpdating (true);
if (nv->page_size_units) {
} else if (nv->display_units) {
}
_wr.setUpdating (false);
//## Set up custom size frame
pack_start (_customFrame, false, false, 0);
#if WITH_GTKMM_3_0
#else
#endif
//## Set up fit page expander
//## Set up margin settings
#if WITH_GTKMM_3_0
#else
#endif
_fitPageButton.set_tooltip_text(_("Resize the page to fit the current selection, or the entire drawing if there is no selection"));
}
/**
* Destructor
*/
{
}
/**
* Initialize or reset this widget
*/
void
{
_landscape_connection = _landscapeButton.signal_toggled().connect (sigc::mem_fun (*this, &PageSizer::on_landscape));
_portrait_connection = _portraitButton.signal_toggled().connect (sigc::mem_fun (*this, &PageSizer::on_portrait));
_changedw_connection = _dimensionWidth.signal_value_changed().connect (sigc::mem_fun (*this, &PageSizer::on_value_changed));
_changedh_connection = _dimensionHeight.signal_value_changed().connect (sigc::mem_fun (*this, &PageSizer::on_value_changed));
_changedu_connection = _dimensionUnits.getUnitMenu()->signal_changed().connect (sigc::mem_fun (*this, &PageSizer::on_units_changed));
_fitPageButton.signal_clicked().connect(sigc::mem_fun(*this, &PageSizer::fire_fit_canvas_to_selection_or_drawing));
}
/**
* Set document dimensions (if not called by Doc prop's update()) and
* set the PageSizer's widgets and text entries accordingly. If
* 'changeList' is true, then adjust the paperSizeList to show the closest
* standard page size.
*
* \param w, h
* \param changeList whether to modify the paper size list
*/
void
{
static bool _called = false;
if (_called) {
return;
}
_called = true;
// The origin for the user is in the lower left corner; this point should remain stationary when
// changing the page size. The SVG's origin however is in the upper left corner, so we must compensate for this
}
if ( w != h ) {
_landscapeButton.set_sensitive(true);
_portraitButton.set_sensitive (true);
_landscape = ( w > h );
} else {
_landscapeButton.set_sensitive(false);
_portraitButton.set_sensitive (false);
}
if (changeList)
{
if (row)
}
_called = false;
}
/**
* Updates the scalar widgets for the fit margins. (Just changes the value
* of the ui widgets to match the xml).
*/
void
{
if (!_lockMarginUpdate) {
double value = 0.0;
}
}
}
}
}
}
/**
* Returns an iterator pointing to a row in paperSizeListStore which
* contains a paper of the specified size, or
* paperSizeListStore->children().end() if no such paper exists.
*
* The code is not tested for the case where w and h have different units.
*/
{
// The code below assumes that w < h, so make sure that's the case:
if ( h < w ) {
swap(h,w);
}
g_return_val_if_fail(smallX.quantity < largeX.quantity + 0.001, _paperSizeListStore->children().end());
// We need to search paperSizeListStore explicitly for the
// specified paper size because it is sorted in a different
// way than paperSizeTable (which is sorted alphabetically)
for ( ; p != pend; ++p) {
return p;
}
}
}
}
}
/**
* Tell the desktop to fit the page size to the selection or drawing.
*/
void
{
if (!dt) {
return;
}
_lockMarginUpdate = true;
_lockMarginUpdate = false;
}
if (verb) {
if (action) {
}
}
}
/**
* Paper Size list callback for when a user changes the selection
*/
void
{
//Glib::ustring name = _paperSizeList.get_active_text();
if(!miter)
{
//error?
return;
}
return;
}
if (std::find(lscape_papers.begin(), lscape_papers.end(), paper.name.c_str()) != lscape_papers.end()) {
// enforce landscape mode if this is desired for the given page format
_landscape = true;
} else {
// otherwise we keep the current mode
}
if (_landscape)
setDim (h, w, false);
else
setDim (w, h, false);
}
/**
* Portrait button callback
*/
void
{
if (!_portraitButton.get_active())
return;
Inkscape::Util::Quantity w = Inkscape::Util::Quantity(_dimensionWidth.getValue(""), _dimensionWidth.getUnit());
Inkscape::Util::Quantity h = Inkscape::Util::Quantity(_dimensionHeight.getValue(""), _dimensionHeight.getUnit());
if (h < w) {
setDim (h, w);
}
}
/**
* Landscape button callback
*/
void
{
if (!_landscapeButton.get_active())
return;
Inkscape::Util::Quantity w = Inkscape::Util::Quantity(_dimensionWidth.getValue(""), _dimensionWidth.getUnit());
Inkscape::Util::Quantity h = Inkscape::Util::Quantity(_dimensionHeight.getValue(""), _dimensionHeight.getUnit());
if (w < h) {
setDim (h, w);
}
}
/**
* Callback for the dimension widgets
*/
void
{
if (_widgetRegistry->isUpdating()) return;
}
void
{
if (_widgetRegistry->isUpdating()) return;
}
} // namespace Widget
} // namespace UI
} // namespace Inkscape
/*
Local Variables:
mode:c++
c-file-style:"stroustrup"
c-file-offsets:((innamespace . 0)(inline-open . 0)(case-label . +))
indent-tabs-mode:nil
fill-column:99
End:
*/
// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:fileencoding=utf-8:textwidth=99 :