Reorganize source tree.

2007-01-08  Nickolay V. Shmyrev  <nshmyrev@yandex.ru>

	* Makefile.am:
	* backend/Makefile.am:
	* backend/comics/Makefile.am:
	* backend/djvu/Makefile.am:
	* backend/dvi/Makefile.am:
	* backend/ev-async-renderer.c:
	* backend/ev-async-renderer.h:
	* backend/ev-attachment.c:
	* backend/ev-attachment.h:
	* backend/ev-backend-marshal.c:
	* backend/ev-document-factory.c:
	* backend/ev-document-factory.h:
	* backend/ev-document-find.c:
	* backend/ev-document-find.h:
	* backend/ev-document-fonts.c:
	* backend/ev-document-fonts.h:
	* backend/ev-document-images.c:
	* backend/ev-document-images.h:
	* backend/ev-document-info.h:
	* backend/ev-document-links.c:
	* backend/ev-document-links.h:
	* backend/ev-document-misc.c:
	* backend/ev-document-misc.h:
	* backend/ev-document-security.c:
	* backend/ev-document-security.h:
	* backend/ev-document-thumbnails.c:
	* backend/ev-document-thumbnails.h:
	* backend/ev-document-transition.c:
	* backend/ev-document-transition.h:
	* backend/ev-document.c:
	* backend/ev-document.h:
	* backend/ev-file-exporter.c:
	* backend/ev-file-exporter.h:
	* backend/ev-image.c:
	* backend/ev-image.h:
	* backend/ev-link-action.c:
	* backend/ev-link-action.h:
	* backend/ev-link-dest.c:
	* backend/ev-link-dest.h:
	* backend/ev-link.c:
	* backend/ev-link.h:
	* backend/ev-render-context.c:
	* backend/ev-render-context.h:
	* backend/ev-selection.c:
	* backend/ev-selection.h:
	* backend/impress/Makefile.am:
	* backend/pdf/Makefile.am:
	* backend/pixbuf/Makefile.am:
	* backend/ps/Makefile.am:
	* backend/ps/ps-document.c: (push_pixbuf), (interpreter_failed),
	(ps_document_widget_event), (setup_pixmap), (setup_page), (input),
	(start_interpreter), (stop_interpreter), (document_load),
	(ps_document_next_page), (render_page):
	* backend/tiff/Makefile.am:
	* comics/Makefile.am:
	* comics/comics-document.c:
	* comics/comics-document.h:
	* configure.ac:
	* cut-n-paste/zoom-control/ephy-zoom-control.c:
	* djvu/Makefile.am:
	* djvu/djvu-document-private.h:
	* djvu/djvu-document.c:
	* djvu/djvu-document.h:
	* djvu/djvu-links.c:
	* djvu/djvu-links.h:
	* djvu/djvu-text-page.c:
	* djvu/djvu-text-page.h:
	* djvu/djvu-text.c:
	* djvu/djvu-text.h:
	* dvi/Makefile.am:
	* dvi/dvi-document.c:
	* dvi/dvi-document.h:
	* dvi/fonts.c:
	* dvi/fonts.h:
	* dvi/mdvi-lib/Makefile.am:
	* dvi/mdvi-lib/afmparse.c:
	* dvi/mdvi-lib/afmparse.h:
	* dvi/mdvi-lib/bitmap.c:
	* dvi/mdvi-lib/bitmap.h:
	* dvi/mdvi-lib/color.c:
	* dvi/mdvi-lib/color.h:
	* dvi/mdvi-lib/common.c:
	* dvi/mdvi-lib/common.h:
	* dvi/mdvi-lib/defaults.h:
	* dvi/mdvi-lib/dvimisc.c:
	* dvi/mdvi-lib/dviopcodes.h:
	* dvi/mdvi-lib/dviread.c:
	* dvi/mdvi-lib/files.c:
	* dvi/mdvi-lib/font.c:
	* dvi/mdvi-lib/fontmap.c:
	* dvi/mdvi-lib/fontmap.h:
	* dvi/mdvi-lib/fontsrch.c:
	* dvi/mdvi-lib/gf.c:
	* dvi/mdvi-lib/hash.c:
	* dvi/mdvi-lib/hash.h:
	* dvi/mdvi-lib/list.c:
	* dvi/mdvi-lib/mdvi.h:
	* dvi/mdvi-lib/pagesel.c:
	* dvi/mdvi-lib/paper.c:
	* dvi/mdvi-lib/paper.h:
	* dvi/mdvi-lib/pk.c:
	* dvi/mdvi-lib/private.h:
	* dvi/mdvi-lib/setup.c:
	* dvi/mdvi-lib/sp-epsf.c:
	* dvi/mdvi-lib/special.c:
	* dvi/mdvi-lib/sysdeps.h:
	* dvi/mdvi-lib/t1.c:
	* dvi/mdvi-lib/tfm.c:
	* dvi/mdvi-lib/tfmfile.c:
	* dvi/mdvi-lib/tt.c:
	* dvi/mdvi-lib/util.c:
	* dvi/mdvi-lib/vf.c:
	* dvi/pixbuf-device.c:
	* dvi/pixbuf-device.h:
	* impress/Makefile.am:
	* impress/common.h:
	* impress/document.c:
	* impress/f_oasis.c:
	* impress/f_oo13.c:
	* impress/iksemel.c:
	* impress/iksemel.h:
	* impress/imposter.h:
	* impress/impress-document.c:
	* impress/impress-document.h:
	* impress/internal.h:
	* impress/r_back.c:
	* impress/r_draw.c:
	* impress/r_geometry.c:
	* impress/r_gradient.c:
	* impress/r_style.c:
	* impress/r_text.c:
	* impress/render.c:
	* impress/render.h:
	* impress/zip.c:
	* impress/zip.h:
	* lib/Makefile.am:
	* lib/ev-debug.c:
	* lib/ev-debug.h:
	* lib/ev-file-helpers.c:
	* lib/ev-file-helpers.h:
	* lib/ev-gui.c:
	* lib/ev-gui.h:
	* lib/ev-tooltip.c:
	* lib/ev-tooltip.h:
	* libdocument/Makefile.am:
	* libdocument/ev-file-helpers.c:
	* pdf/Makefile.am:
	* pdf/ev-poppler.cc:
	* pdf/ev-poppler.h:
	* pixbuf/Makefile.am:
	* pixbuf/pixbuf-document.c:
	* pixbuf/pixbuf-document.h:
	* properties/Makefile.am:
	* ps/Makefile.am:
	* ps/gsdefaults.c:
	* ps/gsdefaults.h:
	* ps/gsio.c:
	* ps/gsio.h:
	* ps/gstypes.h:
	* ps/ps-document.c:
	* ps/ps-document.h:
	* ps/ps.c:
	* ps/ps.h:
	* shell/Makefile.am:
	* shell/ev-application.h:
	* shell/ev-sidebar-links.c:
	* shell/ev-sidebar-links.h:
	* shell/ev-utils.c: (ev_gui_sanitise_popup_position),
	(ev_gui_menu_position_tree_selection):
	* shell/ev-utils.h:
	* shell/ev-view.c: (ev_view_finalize):
	* shell/ev-window.c:
	* shell/main.c: (main):
	* thumbnailer/Makefile.am:
	* tiff/Makefile.am:
	* tiff/tiff-document.c:
	* tiff/tiff-document.h:
	* tiff/tiff2ps.c:
	* tiff/tiff2ps.h:
	
	Reorganize source tree.



svn path=/trunk/; revision=2197

1 files changed, 0 insertions, 386 deletions

diff --git a/impress/r_gradient.c b/impress/r_gradient.c
deleted file mode 100644
index f6b9af2..0000000
--- a/impress/r_gradient.c
+++ /dev/null
@@ -1,386 +0,0 @@
-/* imposter (OO.org Impress viewer)
-** Copyright (C) 2003-2005 Gurer Ozen
-** This code is free software; you can redistribute it and/or
-** modify it under the terms of GNU General Public License.
-*/
-
-#include "common.h"
-#include "internal.h"
-#include <math.h>
-
-#define GRAD_LINEAR 0
-#define GRAD_AXIAL 1
-#define GRAD_SQUARE 2
-#define GRAD_RECTANGULAR 3
-#define GRAD_RADIAL 4
-#define GRAD_ELLIPTICAL 5
-
-typedef struct Gradient_s {
-	int type;
-	ImpColor start;
-	int start_intensity;
-	ImpColor end;
-	int end_intensity;
-	int angle;
-	int border;
-	int steps;
-	int offset_x;
-	int offset_y;
-} Gradient;
-
-typedef struct Rectangle_s {
-	int Left;
-	int Top;
-	int Right;
-	int Bottom;
-} Rectangle;
-
-static void
-poly_rotate (ImpPoint *poly, int n, int cx, int cy, double fAngle)
-{
-	int i;
-	long nX, nY;
-
-	for (i = 0; i < n; i++) {
-		nX = poly->x - cx;
-		nY = poly->y - cy;
-		poly->x = (cos(fAngle) * nX + sin(fAngle) * nY) + cx;
-		poly->y = - (sin(fAngle)* nX - cos(fAngle) * nY) + cy;
-		poly++;
-	}
-}
-
-static void
-r_draw_gradient_simple (ImpRenderCtx *ctx, void *drw_data, Gradient *grad)
-{
-	Rectangle rRect = { 0, 0, ctx->pix_w - 1, ctx->pix_h - 1 };
-	Rectangle aRect, aFullRect;
-	ImpPoint poly[4], tempoly[2];
-	ImpColor gcol;
-	double fW, fH, fDX, fDY, fAngle;
-	double fScanLine, fScanInc;
-	long redSteps, greenSteps, blueSteps;
-	long nBorder;
-	int i, nSteps, nSteps2;
-	int cx, cy;
-
-	cx = rRect.Left + (rRect.Right - rRect.Left) / 2;
-	cy = rRect.Top + (rRect.Bottom - rRect.Top) / 2;
-
-	aRect = rRect;
-	aRect.Top--; aRect.Left--; aRect.Bottom++; aRect.Right++;
-	fW = rRect.Right - rRect.Left;
-	fH = rRect.Bottom - rRect.Top;
-	fAngle = (((double) grad->angle) * 3.14 / 1800.0);
-	fDX = fW * fabs (cos (fAngle)) + fH * fabs (sin (fAngle));
-	fDY = fH * fabs (cos (fAngle)) + fW * fabs (sin (fAngle));
-	fDX = (fDX - fW) * 0.5 - 0.5;
-	fDY = (fDY - fH) * 0.5 - 0.5;
-	aRect.Left -= fDX;
-	aRect.Right += fDX;
-	aRect.Top -= fDY;
-	aRect.Bottom += fDY;
-	aFullRect = aRect;
-
-	nBorder = grad->border * (aRect.Bottom - aRect.Top) / 100;
-	if (grad->type == GRAD_LINEAR) {
-		aRect.Top += nBorder;
-	} else {
-		nBorder >>= 1;
-		aRect.Top += nBorder;
-		aRect.Bottom -= nBorder;
-	}
-
-	if (aRect.Top > (aRect.Bottom - 1))
-		aRect.Top = aRect.Bottom - 1;
-
-	poly[0].x = aFullRect.Left;
-	poly[0].y = aFullRect.Top;
-	poly[1].x = aFullRect.Right;
-	poly[1].y = aFullRect.Top;
-	poly[2].x = aRect.Right;
-	poly[2].y = aRect.Top;
-	poly[3].x = aRect.Left;
-	poly[3].y = aRect.Top;
-	poly_rotate (&poly[0], 4, cx, cy, fAngle);
-
-	redSteps = grad->end.red - grad->start.red;
-	greenSteps = grad->end.green - grad->start.green;
-	blueSteps = grad->end.blue - grad->start.blue;
-	nSteps = grad->steps;
-	if (nSteps == 0) {
-		long mr;
-		mr = aRect.Bottom - aRect.Top;
-		if (mr < 50)
-			nSteps = mr / 2;
-		else
-			nSteps = mr / 4;
-		mr = abs(redSteps);
-		if (abs(greenSteps) > mr) mr = abs(greenSteps);
-		if (abs(blueSteps) > mr) mr = abs(blueSteps);
-		if (mr < nSteps) nSteps = mr;
-	}
-
-	if (grad->type == GRAD_AXIAL) {
-		if (nSteps & 1) nSteps++;
-		nSteps2 = nSteps + 2;
-		gcol = grad->end;
-		redSteps <<= 1;
-		greenSteps <<= 1;
-		blueSteps <<= 1;
-	} else {
-		nSteps2 = nSteps + 1;
-		gcol = grad->start;
-	}
-
-	fScanLine = aRect.Top;
-	fScanInc  = (double)(aRect.Bottom - aRect.Top) / (double)nSteps;
-
-	for (i = 0; i < nSteps2; i++) {
-		// draw polygon
-		ctx->drw->set_fg_color(drw_data, &gcol);
-		ctx->drw->draw_polygon(drw_data, 1, &poly[0], 4);
-		// calc next polygon
-		aRect.Top = (long)(fScanLine += fScanInc);
-		if (i == nSteps) {
-			tempoly[0].x = aFullRect.Left;
-			tempoly[0].y = aFullRect.Bottom;
-			tempoly[1].x = aFullRect.Right;
-			tempoly[1].y = aFullRect.Bottom;
-		} else {
-			tempoly[0].x = aRect.Left;
-			tempoly[0].y = aRect.Top;
-			tempoly[1].x = aRect.Right;
-			tempoly[1].y = aRect.Top;
-		}
-		poly_rotate (&tempoly[0], 2, cx, cy, fAngle);
-		poly[0] = poly[3];
-		poly[1] = poly[2];
-		poly[2] = tempoly[1];
-		poly[3] = tempoly[0];
-		// calc next color
-		if (grad->type == GRAD_LINEAR) {
-			gcol.red = grad->start.red + ((redSteps * i) / nSteps2);
-			gcol.green = grad->start.green + ((greenSteps * i) / nSteps2);
-			gcol.blue = grad->start.blue + ((blueSteps * i) / nSteps2);
-		} else {
-			if (i >= nSteps) {
-				gcol.red = grad->end.red;
-				gcol.green = grad->end.green;
-				gcol.blue = grad->end.blue;
-			} else {
-				if (i <= (nSteps / 2)) {
-					gcol.red = grad->end.red - ((redSteps * i) / nSteps2);
-					gcol.green = grad->end.green - ((greenSteps * i) / nSteps2);
-					gcol.blue = grad->end.blue - ((blueSteps * i) / nSteps2);
-				} else {
-					int i2 = i - nSteps / 2;
-					gcol.red = grad->start.red + ((redSteps * i2) / nSteps2);
-					gcol.green = grad->start.green + ((greenSteps * i2) / nSteps2);
-					gcol.blue = grad->start.blue + ((blueSteps * i2) / nSteps2);
-				}
-			}
-		}
-	}
-}
-
-static void
-r_draw_gradient_complex (ImpRenderCtx *ctx, void *drw_data, Gradient *grad)
-{
-	Rectangle rRect = { 0, 0, ctx->pix_w - 1, ctx->pix_h - 1 };
-	Rectangle aRect = rRect;
-	ImpColor gcol;
-	ImpPoint poly[4];
-	double fAngle = (((double) grad->angle) * 3.14 / 1800.0);
-	long redSteps, greenSteps, blueSteps;
-	long nZW, nZH;
-	long bX, bY;
-	long sW, sH;
-	long cx, cy;
-	int i;
-	long nSteps;
-	double sTop, sLeft, sRight, sBottom, sInc;
-	int minRect;
-
-	redSteps = grad->end.red - grad->start.red;
-	greenSteps = grad->end.green - grad->start.green;
-	blueSteps = grad->end.blue - grad->start.blue;
-
-	if (grad->type == GRAD_SQUARE || grad->type == GRAD_RECTANGULAR) {
-		double fW = aRect.Right - aRect.Left;
-		double fH = aRect.Bottom - aRect.Top;
-		double fDX = fW * fabs (cos (fAngle)) + fH * fabs (sin (fAngle));
-		double fDY = fH * fabs (cos (fAngle)) + fW * fabs (sin (fAngle));
-		fDX = (fDX - fW) * 0.5 - 0.5;
-		fDY = (fDY - fH) * 0.5 - 0.5;
-		aRect.Left -= fDX;
-		aRect.Right += fDX;
-		aRect.Top -= fDY;
-		aRect.Bottom += fDY;
-	}
-
-	sW = aRect.Right - aRect.Left;
-	sH = aRect.Bottom - aRect.Top;
-
-	if (grad->type == GRAD_SQUARE) {
-		if (sW > sH) sH = sW; else sW = sH;
-	} else if (grad->type == GRAD_RADIAL) {
-		sW = 0.5 + sqrt ((double)sW*(double)sW + (double)sH*(double)sH);
-		sH = sW;
-	} else if (grad->type == GRAD_ELLIPTICAL) {
-		sW = 0.5 + (double)sW * 1.4142;
-		sH = 0.5 + (double)sH * 1.4142;
-	}
-
-	nZW = (aRect.Right - aRect.Left) * grad->offset_x / 100;
-	nZH = (aRect.Bottom - aRect.Top) * grad->offset_y / 100;
-	bX = grad->border * sW / 100;
-	bY = grad->border * sH / 100;
-	cx = aRect.Left + nZW;
-	cy = aRect.Top + nZH;
-
-	sW -= bX;
-	sH -= bY;
-
-	aRect.Left = cx - ((aRect.Right - aRect.Left) >> 1);
-	aRect.Top = cy - ((aRect.Bottom - aRect.Top) >> 1);
-
-	nSteps = grad->steps;
-	minRect = aRect.Right - aRect.Left;
-	if (aRect.Bottom - aRect.Top < minRect) minRect = aRect.Bottom - aRect.Top;
-	if (nSteps == 0) {
-		long mr;
-		if (minRect < 50)
-			nSteps = minRect / 2;
-		else
-			nSteps = minRect / 4;
-		mr = abs(redSteps);
-		if (abs(greenSteps) > mr) mr = abs(greenSteps);
-		if (abs(blueSteps) > mr) mr = abs(blueSteps);
-		if (mr < nSteps) nSteps = mr;
-	}
-
-	sLeft = aRect.Left;
-	sTop = aRect.Top;
-	sRight = aRect.Right;
-	sBottom = aRect.Bottom;
-	sInc = (double) minRect / (double) nSteps * 0.5;
-
-	gcol = grad->start;
-	poly[0].x = rRect.Left;
-	poly[0].y = rRect.Top;
-	poly[1].x = rRect.Right;
-	poly[1].y = rRect.Top;
-	poly[2].x = rRect.Right;
-	poly[2].y = rRect.Bottom;
-	poly[3].x = rRect.Left;
-	poly[3].y = rRect.Bottom;
-	ctx->drw->set_fg_color(drw_data, &gcol);
-	ctx->drw->draw_polygon(drw_data, 1, &poly[0], 4);
-
-	for (i = 0; i < nSteps; i++) {
-		aRect.Left = (long) (sLeft += sInc);
-		aRect.Top = (long) (sTop += sInc);
-		aRect.Right = (long) (sRight -= sInc);
-		aRect.Bottom = (long) (sBottom -= sInc);
-		if (aRect.Bottom - aRect.Top < 2 || aRect.Right - aRect.Left < 2)
-			break;
-
-		gcol.red = grad->start.red + (redSteps * (i+1) / nSteps);
-		gcol.green = grad->start.green + (greenSteps * (i+1) / nSteps);
-		gcol.blue = grad->start.blue + (blueSteps * (i+1) / nSteps);
-		ctx->drw->set_fg_color(drw_data, &gcol);
-
-		if (grad->type == GRAD_RADIAL || grad->type == GRAD_ELLIPTICAL) {
-			ctx->drw->draw_arc(drw_data, 1, aRect.Left, aRect.Top,
-				aRect.Right - aRect.Left, aRect.Bottom - aRect.Top,
-				0, 360);
-		} else {
-			poly[0].x = aRect.Left;
-			poly[0].y = aRect.Top;
-			poly[1].x = aRect.Right;
-			poly[1].y = aRect.Top;
-			poly[2].x = aRect.Right;
-			poly[2].y = aRect.Bottom;
-			poly[3].x = aRect.Left;
-			poly[3].y = aRect.Bottom;
-			poly_rotate (&poly[0], 4, cx, cy, fAngle);
-			ctx->drw->draw_polygon(drw_data, 1, &poly[0], 4);
-		}
-	}
-}
-
-void
-r_draw_gradient (ImpRenderCtx *ctx, void *drw_data, iks *node)
-{
-//	GdkGC *gc;
-	Gradient grad;
-	char *stil, *tmp;
-	iks *x;
-
-	stil = r_get_style (ctx, node, "draw:fill-gradient-name");
-	x = iks_find_with_attrib (iks_find (ctx->styles, "office:styles"),
-		"draw:gradient", "draw:name", stil);
-	if (x) {
-		memset (&grad, 0, sizeof (Gradient));
-		grad.type = -1;
-		grad.offset_x = 50;
-		grad.offset_y = 50;
-
-		tmp = iks_find_attrib (x, "draw:start-color");
-		if (tmp) r_parse_color (tmp, &grad.start);
-		tmp = iks_find_attrib (x, "draw:start-intensity");
-		if (tmp) {
-			int val = atoi (tmp);
-			grad.start.red = grad.start.red * val / 100;
-			grad.start.green = grad.start.green * val / 100;
-			grad.start.blue = grad.start.blue * val / 100;
-		}
-		tmp = iks_find_attrib (x, "draw:end-color");
-		if (tmp) r_parse_color (tmp, &grad.end);
-		tmp = iks_find_attrib (x, "draw:end-intensity");
-		if (tmp) {
-			int val = atoi (tmp);
-			grad.end.red = grad.end.red * val / 100;
-			grad.end.green = grad.end.green * val / 100;
-			grad.end.blue = grad.end.blue * val / 100;
-		}
-		tmp = iks_find_attrib (x, "draw:angle");
-		if (tmp) grad.angle = atoi(tmp) % 3600;
-		tmp = iks_find_attrib (x, "draw:border");
-		if (tmp) grad.border = atoi(tmp);
-		tmp = r_get_style (ctx, node, "draw:gradient-step-count");
-		if (tmp) grad.steps = atoi (tmp);
-		tmp = iks_find_attrib (x, "draw:cx");
-		if (tmp) grad.offset_x = atoi (tmp);
-		tmp = iks_find_attrib (x, "draw:cy");
-		if (tmp) grad.offset_y = atoi (tmp);
-		tmp = iks_find_attrib (x, "draw:style");
-		if (iks_strcmp (tmp, "linear") == 0)
-			grad.type = GRAD_LINEAR;
-		else if (iks_strcmp (tmp, "axial") == 0)
-			grad.type = GRAD_AXIAL;
-		else if (iks_strcmp (tmp, "radial") == 0)
-			grad.type = GRAD_RADIAL;
-		else if (iks_strcmp (tmp, "rectangular") == 0)
-			grad.type = GRAD_RECTANGULAR;
-		else if (iks_strcmp (tmp, "ellipsoid") == 0)
-			grad.type = GRAD_ELLIPTICAL;
-		else if (iks_strcmp (tmp, "square") == 0)
-			grad.type = GRAD_SQUARE;
-
-		if (grad.type == -1) return;
-
-//		gc = ctx->gc;
-//		ctx->gc = gdk_gc_new (ctx->d);
-//		gdk_gc_copy (ctx->gc, gc);
-
-		if (grad.type == GRAD_LINEAR || grad.type == GRAD_AXIAL)
-			r_draw_gradient_simple (ctx, drw_data, &grad);
-		else
-			r_draw_gradient_complex (ctx, drw_data, &grad);
-
-//		gdk_gc_unref (ctx->gc);
-//		ctx->gc = gc;
-	}
-}