f4f9549c70
* Features:
- option to auto-save documents and recover auto-saves (after Edward Yang,
Aiwarrior, Timo Kluck)
- new Export to PDF code using cairo (and config option to enable legacy
code)
- horizontal view mode
- improved touchscreen handling
- pencil cursor option (patch by Luciano Siqueira)
- added "new pages duplicate background" option (new default is false)
- updated Windows build and packaging instructions
* XInput device handling:
- ignore events from non-drawing devices by default (ignore_other_devices)
- "touchscreen as hand tool" option (after Rumen Zarev and Daniel German)
- "pen disables touchscreen" option; dialog box to designate touch device
- tweaks to xinput event processing for touchscreens
* Bugfixes:
- generate cursors from pixbufs (fixes a Win32 bug)
- work around Win32 bug: refuse paste if mismatched format
- fix configure.in for automake-1.13 (Florian Bruhin, Andreas Huettel)
- smoother icons for eraser and shapes buttons (by Colin Macdonald)
- fix a cross-platform g_basename() issue (after Daniel German)
- bugfix for file paths with non-English characters in Win32
- add some margin around lasso selection rectangle (after Niklas Beisert)
- warn for fontconfig cache generation in Win32
* Translations:
- Chinese (simplified) translation (by Mutse)
- updated German translation (Stefan Holtzhauer)
- Polish translation (by Mis Uszatek)
- Chinese (traditional) translation (William Chao)
- Japanese translation (by Hiroshi Saito)
56 lines
1.3 KiB
C
56 lines
1.3 KiB
C
$NetBSD: patch-src_xo-shapes.c,v 1.1 2016/01/04 02:06:48 markd Exp $
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gcc 5.3 didn't like the "inline"s
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--- src/xo-shapes.c.orig 2014-06-15 20:21:05.000000000 +0000
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+++ src/xo-shapes.c
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@@ -72,42 +73,42 @@ void calc_inertia(double *pt, int start,
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/* compute normalized quantities */
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-inline double center_x(struct Inertia s)
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+double center_x(struct Inertia s)
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{
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return s.sx/s.mass;
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}
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-inline double center_y(struct Inertia s)
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+double center_y(struct Inertia s)
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{
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return s.sy/s.mass;
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}
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-inline double I_xx(struct Inertia s)
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+double I_xx(struct Inertia s)
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{
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if (s.mass <= 0.) return 0.;
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return (s.sxx - s.sx*s.sx/s.mass)/s.mass;
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}
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-inline double I_xy(struct Inertia s)
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+double I_xy(struct Inertia s)
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{
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if (s.mass <= 0.) return 0.;
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return (s.sxy - s.sx*s.sy/s.mass)/s.mass;
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}
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-inline double I_yy(struct Inertia s)
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+double I_yy(struct Inertia s)
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{
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if (s.mass <= 0.) return 0.;
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return (s.syy - s.sy*s.sy/s.mass)/s.mass;
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}
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-inline double I_rad(struct Inertia s)
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+double I_rad(struct Inertia s)
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{
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double ixx = I_xx(s), iyy = I_yy(s);
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if (ixx+iyy <= 0.) return 0.;
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return sqrt(ixx+iyy);
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}
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-inline double I_det(struct Inertia s)
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+double I_det(struct Inertia s)
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{
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double ixx = I_xx(s), iyy = I_yy(s), ixy = I_xy(s);
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if (s.mass <= 0.) return 0.;
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