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poi/src/ooxml/java/org/apache/poi/xslf/usermodel/XSLFPresetGeometry.java

XSLFPresetGeometry.java 27KB
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  1. /*

  2.  *  ====================================================================

  3.  *    Licensed to the Apache Software Foundation (ASF) under one or more

  4.  *    contributor license agreements.  See the NOTICE file distributed with

  5.  *    this work for additional information regarding copyright ownership.

  6.  *    The ASF licenses this file to You under the Apache License, Version 2.0

  7.  *    (the "License"); you may not use this file except in compliance with

  8.  *    the License.  You may obtain a copy of the License at

  9.  *

  10.  *        http://www.apache.org/licenses/LICENSE-2.0

  11.  *

  12.  *    Unless required by applicable law or agreed to in writing, software

  13.  *    distributed under the License is distributed on an "AS IS" BASIS,

  14.  *    WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.

  15.  *    See the License for the specific language governing permissions and

  16.  *    limitations under the License.

  17.  * ====================================================================

  18.  */

  19. 

  20. package org.apache.poi.xslf.usermodel;

  21. 

  22. import java.awt.*;

  23. import java.awt.geom.*;

  24. 

  25. /**

  26.  * TODO: re-write and initialize from presetShapeDefinitions.xml

  27.  *

  28.  * @author Yegor Kozlov

  29.  */

  30. public class XSLFPresetGeometry {

  31.     public static final int LINE = 1;

  32.     public static final int LINE_INV = 2;

  33.     public static final int TRIANGLE = 3;

  34.     public static final int RT_TRIANGLE = 4;

  35.     public static final int RECT = 5;

  36.     public static final int DIAMOND = 6;

  37.     public static final int PARALLELOGRAM = 7;

  38.     public static final int TRAPEZOID = 8;

  39.     public static final int NON_ISOSCELES_TRAPEZOID = 9;

  40.     public static final int PENTAGON = 10;

  41.     public static final int HEXAGON = 11;

  42.     public static final int HEPTAGON = 12;

  43.     public static final int OCTAGON = 13;

  44.     public static final int DECAGON = 14;

  45.     public static final int DODECAGON = 15;

  46.     public static final int STAR_4 = 16;

  47.     public static final int STAR_5 = 17;

  48.     public static final int STAR_6 = 18;

  49.     public static final int STAR_7 = 19;

  50.     public static final int STAR_8 = 20;

  51.     public static final int STAR_10 = 21;

  52.     public static final int STAR_12 = 22;

  53.     public static final int STAR_16 = 23;

  54.     public static final int STAR_24 = 24;

  55.     public static final int STAR_32 = 25;

  56.     public static final int ROUND_RECT = 26;

  57.     public static final int ROUND_1_RECT = 27;

  58.     public static final int ROUND_2_SAME_RECT = 28;

  59.     public static final int ROUND_2_DIAG_RECT = 29;

  60.     public static final int SNIP_ROUND_RECT = 30;

  61.     public static final int SNIP_1_RECT = 31;

  62.     public static final int SNIP_2_SAME_RECT = 32;

  63.     public static final int SNIP_2_DIAG_RECT = 33;

  64.     public static final int PLAQUE = 34;

  65.     public static final int ELLIPSE = 35;

  66.     public static final int TEARDROP = 36;

  67.     public static final int HOME_PLATE = 37;

  68.     public static final int CHEVRON = 38;

  69.     public static final int PIE_WEDGE = 39;

  70.     public static final int PIE = 40;

  71.     public static final int BLOCK_ARC = 41;

  72.     public static final int DONUT = 42;

  73.     public static final int NO_SMOKING = 43;

  74.     public static final int RIGHT_ARROW = 44;

  75.     public static final int LEFT_ARROW = 45;

  76.     public static final int UP_ARROW = 46;

  77.     public static final int DOWN_ARROW = 47;

  78.     public static final int STRIPED_RIGHT_ARROW = 48;

  79.     public static final int NOTCHED_RIGHT_ARROW = 49;

  80.     public static final int BENT_UP_ARROW = 50;

  81.     public static final int LEFT_RIGHT_ARROW = 51;

  82.     public static final int UP_DOWN_ARROW = 52;

  83.     public static final int LEFT_UP_ARROW = 53;

  84.     public static final int LEFT_RIGHT_UP_ARROW = 54;

  85.     public static final int QUAD_ARROW = 55;

  86.     public static final int LEFT_ARROW_CALLOUT = 56;

  87.     public static final int RIGHT_ARROW_CALLOUT = 57;

  88.     public static final int UP_ARROW_CALLOUT = 58;

  89.     public static final int DOWN_ARROW_CALLOUT = 59;

  90.     public static final int LEFT_RIGHT_ARROW_CALLOUT = 60;

  91.     public static final int UP_DOWN_ARROW_CALLOUT = 61;

  92.     public static final int QUAD_ARROW_CALLOUT = 62;

  93.     public static final int BENT_ARROW = 63;

  94.     public static final int UTURN_ARROW = 64;

  95.     public static final int CIRCULAR_ARROW = 65;

  96.     public static final int LEFT_CIRCULAR_ARROW = 66;

  97.     public static final int LEFT_RIGHT_CIRCULAR_ARROW = 67;

  98.     public static final int CURVED_RIGHT_ARROW = 68;

  99.     public static final int CURVED_LEFT_ARROW = 69;

  100.     public static final int CURVED_UP_ARROW = 70;

  101.     public static final int CURVED_DOWN_ARROW = 71;

  102.     public static final int SWOOSH_ARROW = 72;

  103.     public static final int CUBE = 73;

  104.     public static final int CAN = 74;

  105.     public static final int LIGHTNING_BOLT = 75;

  106.     public static final int HEART = 76;

  107.     public static final int SUN = 77;

  108.     public static final int MOON = 78;

  109.     public static final int SMILEY_FACE = 79;

  110.     public static final int IRREGULAR_SEAL_1 = 80;

  111.     public static final int IRREGULAR_SEAL_2 = 81;

  112.     public static final int FOLDED_CORNER = 82;

  113.     public static final int BEVEL = 83;

  114.     public static final int FRAME = 84;

  115.     public static final int HALF_FRAME = 85;

  116.     public static final int CORNER = 86;

  117.     public static final int DIAG_STRIPE = 87;

  118.     public static final int CHORD = 88;

  119.     public static final int ARC = 89;

  120.     public static final int LEFT_BRACKET = 90;

  121.     public static final int RIGHT_BRACKET = 91;

  122.     public static final int LEFT_BRACE = 92;

  123.     public static final int RIGHT_BRACE = 93;

  124.     public static final int BRACKET_PAIR = 94;

  125.     public static final int BRACE_PAIR = 95;

  126.     public static final int STRAIGHT_CONNECTOR_1 = 96;

  127.     public static final int BENT_CONNECTOR_2 = 97;

  128.     public static final int BENT_CONNECTOR_3 = 98;

  129.     public static final int BENT_CONNECTOR_4 = 99;

  130.     public static final int BENT_CONNECTOR_5 = 100;

  131.     public static final int CURVED_CONNECTOR_2 = 101;

  132.     public static final int CURVED_CONNECTOR_3 = 102;

  133.     public static final int CURVED_CONNECTOR_4 = 103;

  134.     public static final int CURVED_CONNECTOR_5 = 104;

  135.     public static final int CALLOUT_1 = 105;

  136.     public static final int CALLOUT_2 = 106;

  137.     public static final int CALLOUT_3 = 107;

  138.     public static final int ACCENT_CALLOUT_1 = 108;

  139.     public static final int ACCENT_CALLOUT_2 = 109;

  140.     public static final int ACCENT_CALLOUT_3 = 110;

  141.     public static final int BORDER_CALLOUT_1 = 111;

  142.     public static final int BORDER_CALLOUT_2 = 112;

  143.     public static final int BORDER_CALLOUT_3 = 113;

  144.     public static final int ACCENT_BORDER_CALLOUT_1 = 114;

  145.     public static final int ACCENT_BORDER_CALLOUT_2 = 115;

  146.     public static final int ACCENT_BORDER_CALLOUT_3 = 116;

  147.     public static final int WEDGE_RECT_CALLOUT = 117;

  148.     public static final int WEDGE_ROUND_RECT_CALLOUT = 118;

  149.     public static final int WEDGE_ELLIPSE_CALLOUT = 119;

  150.     public static final int CLOUD_CALLOUT = 120;

  151.     public static final int CLOUD = 121;

  152.     public static final int RIBBON = 122;

  153.     public static final int RIBBON_2 = 123;

  154.     public static final int ELLIPSE_RIBBON = 124;

  155.     public static final int ELLIPSE_RIBBON_2 = 125;

  156.     public static final int LEFT_RIGHT_RIBBON = 126;

  157.     public static final int VERTICAL_SCROLL = 127;

  158.     public static final int HORIZONTAL_SCROLL = 128;

  159.     public static final int WAVE = 129;

  160.     public static final int DOUBLE_WAVE = 130;

  161.     public static final int PLUS = 131;

  162.     public static final int FLOW_CHART_PROCESS = 132;

  163.     public static final int FLOW_CHART_DECISION = 133;

  164.     public static final int FLOW_CHART_INPUT_OUTPUT = 134;

  165.     public static final int FLOW_CHART_PREDEFINED_PROCESS = 135;

  166.     public static final int FLOW_CHART_INTERNAL_STORAGE = 136;

  167.     public static final int FLOW_CHART_DOCUMENT = 137;

  168.     public static final int FLOW_CHART_MULTIDOCUMENT = 138;

  169.     public static final int FLOW_CHART_TERMINATOR = 139;

  170.     public static final int FLOW_CHART_PREPARATION = 140;

  171.     public static final int FLOW_CHART_MANUAL_INPUT = 141;

  172.     public static final int FLOW_CHART_MANUAL_OPERATION = 142;

  173.     public static final int FLOW_CHART_CONNECTOR = 143;

  174.     public static final int FLOW_CHART_PUNCHED_CARD = 144;

  175.     public static final int FLOW_CHART_PUNCHED_TAPE = 145;

  176.     public static final int FLOW_CHART_SUMMING_JUNCTION = 146;

  177.     public static final int FLOW_CHART_OR = 147;

  178.     public static final int FLOW_CHART_COLLATE = 148;

  179.     public static final int FLOW_CHART_SORT = 149;

  180.     public static final int FLOW_CHART_EXTRACT = 150;

  181.     public static final int FLOW_CHART_MERGE = 151;

  182.     public static final int FLOW_CHART_OFFLINE_STORAGE = 152;

  183.     public static final int FLOW_CHART_ONLINE_STORAGE = 153;

  184.     public static final int FLOW_CHART_MAGNETIC_TAPE = 154;

  185.     public static final int FLOW_CHART_MAGNETIC_DISK = 155;

  186.     public static final int FLOW_CHART_MAGNETIC_DRUM = 156;

  187.     public static final int FLOW_CHART_DISPLAY = 157;

  188.     public static final int FLOW_CHART_DELAY = 158;

  189.     public static final int FLOW_CHART_ALTERNATE_PROCESS = 159;

  190.     public static final int FLOW_CHART_OFFPAGE_CONNECTOR = 160;

  191.     public static final int ACTION_BUTTON_BLANK = 161;

  192.     public static final int ACTION_BUTTON_HOME = 162;

  193.     public static final int ACTION_BUTTON_HELP = 163;

  194.     public static final int ACTION_BUTTON_INFORMATION = 164;

  195.     public static final int ACTION_BUTTON_FORWARD_NEXT = 165;

  196.     public static final int ACTION_BUTTON_BACK_PREVIOUS = 166;

  197.     public static final int ACTION_BUTTON_END = 167;

  198.     public static final int ACTION_BUTTON_BEGINNING = 168;

  199.     public static final int ACTION_BUTTON_RETURN = 169;

  200.     public static final int ACTION_BUTTON_DOCUMENT = 170;

  201.     public static final int ACTION_BUTTON_SOUND = 171;

  202.     public static final int ACTION_BUTTON_MOVIE = 172;

  203.     public static final int GEAR_6 = 173;

  204.     public static final int GEAR_9 = 174;

  205.     public static final int FUNNEL = 175;

  206.     public static final int MATH_PLUS = 176;

  207.     public static final int MATH_MINUS = 177;

  208.     public static final int MATH_MULTIPLY = 178;

  209.     public static final int MATH_DIVIDE = 179;

  210.     public static final int MATH_EQUAL = 180;

  211.     public static final int MATH_NOT_EQUAL = 181;

  212.     public static final int CORNER_TABS = 182;

  213.     public static final int SQUARE_TABS = 183;

  214.     public static final int PLAQUE_TABS = 184;

  215.     public static final int CHART_X = 185;

  216.     public static final int CHART_STAR = 186;

  217.     public static final int CHART_PLUS = 187;

  218. 

  219.     private static interface ShapeOutline {

  220.         java.awt.Shape getOutline(XSLFAutoShape shape);

  221.     }

  222.     

  223.     

  224.     static ShapeOutline[] shapes;

  225.     static {

  226.         shapes = new ShapeOutline[255];

  227. 

  228.         shapes[RECT] = new ShapeOutline(){

  229.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  230.                 Rectangle2D path = new Rectangle2D.Float(0, 0, 21600, 21600);

  231.                 return path;

  232.             }

  233.         };

  234. 

  235.         shapes[ROUND_RECT] = new ShapeOutline(){

  236.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  237.                 int adjval = shape.getAdjustValue("adj1", 5400);

  238.                 RoundRectangle2D path = new RoundRectangle2D.Float(0, 0, 21600, 21600, adjval, adjval);

  239.                 return path;

  240.             }

  241.         };

  242. 

  243.         shapes[ELLIPSE] = new ShapeOutline(){

  244.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  245.                 Ellipse2D path = new Ellipse2D.Float(0, 0, 21600, 21600);

  246.                 return path;

  247.             }

  248.         };

  249. 

  250.         shapes[DIAMOND] = new ShapeOutline(){

  251.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  252.                 GeneralPath path = new GeneralPath();

  253.                 path.moveTo(10800, 0);

  254.                 path.lineTo(21600, 10800);

  255.                 path.lineTo(10800, 21600);

  256.                 path.lineTo(0, 10800);

  257.                 path.closePath();

  258.                 return path;

  259.            }

  260.         };

  261. 

  262.         //m@0,l,21600r21600

  263.         shapes[TRIANGLE] = new ShapeOutline(){

  264.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  265.                 int adjval = shape.getAdjustValue("adj1", 5400);

  266.                 GeneralPath path = new GeneralPath();

  267.                 path.moveTo(adjval, 0);

  268.                 path.lineTo(0, 21600);

  269.                 path.lineTo(21600, 21600);

  270.                 path.closePath();

  271.                 return path;

  272.            }

  273.         };

  274. 

  275.         shapes[RT_TRIANGLE] = new ShapeOutline(){

  276.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  277.                 GeneralPath path = new GeneralPath();

  278.                 path.moveTo(0, 0);

  279.                 path.lineTo(21600, 21600);

  280.                 path.lineTo(0, 21600);

  281.                 path.closePath();

  282.                 return path;

  283.            }

  284.         };

  285. 

  286.         shapes[PARALLELOGRAM] = new ShapeOutline(){

  287.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  288.                 int adjval = shape.getAdjustValue("adj1", 5400);

  289. 

  290.                 GeneralPath path = new GeneralPath();

  291.                 path.moveTo(adjval, 0);

  292.                 path.lineTo(21600, 0);

  293.                 path.lineTo(21600 - adjval, 21600);

  294.                 path.lineTo(0, 21600);

  295.                 path.closePath();

  296.                 return path;

  297.             }

  298.         };

  299. 

  300.         shapes[TRAPEZOID] = new ShapeOutline(){

  301.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  302.                 int adjval = shape.getAdjustValue("adj1", 5400);

  303. 

  304.                 GeneralPath path = new GeneralPath();

  305.                 path.moveTo(0, 0);

  306.                 path.lineTo(adjval, 21600);

  307.                 path.lineTo(21600 - adjval, 21600);

  308.                 path.lineTo(21600, 0);

  309.                 path.closePath();

  310.                 return path;

  311.             }

  312.         };

  313. 

  314.         shapes[HEXAGON] = new ShapeOutline(){

  315.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  316.                 int adjval = shape.getAdjustValue("adj1", 5400);

  317. 

  318.                 GeneralPath path = new GeneralPath();

  319.                 path.moveTo(adjval, 0);

  320.                 path.lineTo(21600 - adjval, 0);

  321.                 path.lineTo(21600, 10800);

  322.                 path.lineTo(21600 - adjval, 21600);

  323.                 path.lineTo(adjval, 21600);

  324.                 path.lineTo(0, 10800);

  325.                 path.closePath();

  326.                 return path;

  327.             }

  328.         };

  329. 

  330.         shapes[OCTAGON] = new ShapeOutline(){

  331.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  332.                 int adjval = shape.getAdjustValue("adj1", 6324);

  333. 

  334.                 GeneralPath path = new GeneralPath();

  335.                 path.moveTo(adjval, 0);

  336.                 path.lineTo(21600 - adjval, 0);

  337.                 path.lineTo(21600, adjval);

  338.                 path.lineTo(21600, 21600-adjval);

  339.                 path.lineTo(21600-adjval, 21600);

  340.                 path.lineTo(adjval, 21600);

  341.                 path.lineTo(0, 21600-adjval);

  342.                 path.lineTo(0, adjval);

  343.                 path.closePath();

  344.                 return path;

  345.             }

  346.         };

  347. 

  348.         shapes[PLUS] = new ShapeOutline(){

  349.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  350.                 int adjval = shape.getAdjustValue("adj1", 5400);

  351. 

  352.                 GeneralPath path = new GeneralPath();

  353.                 path.moveTo(adjval, 0);

  354.                 path.lineTo(21600 - adjval, 0);

  355.                 path.lineTo(21600 - adjval, adjval);

  356.                 path.lineTo(21600, adjval);

  357.                 path.lineTo(21600, 21600-adjval);

  358.                 path.lineTo(21600-adjval, 21600-adjval);

  359.                 path.lineTo(21600-adjval, 21600);

  360.                 path.lineTo(adjval, 21600);

  361.                 path.lineTo(adjval, 21600-adjval);

  362.                 path.lineTo(0, 21600-adjval);

  363.                 path.lineTo(0, adjval);

  364.                 path.lineTo(adjval, adjval);

  365.                 path.closePath();

  366.                 return path;

  367.             }

  368.         };

  369. 

  370.         shapes[PENTAGON] = new ShapeOutline(){

  371.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  372. 

  373.                 GeneralPath path = new GeneralPath();

  374.                 path.moveTo(10800, 0);

  375.                 path.lineTo(21600, 8259);

  376.                 path.lineTo(21600 - 4200, 21600);

  377.                 path.lineTo(4200, 21600);

  378.                 path.lineTo(0, 8259);

  379.                 path.closePath();

  380.                 return path;

  381.             }

  382.         };

  383. 

  384.         shapes[HOME_PLATE] = new ShapeOutline(){

  385.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  386. 

  387.                 GeneralPath path = new GeneralPath();

  388.                 int adjval = shape.getAdjustValue("adj1", 16200);

  389.                 path.moveTo(0, 0);

  390.                 path.lineTo(adjval, 0 );

  391.                 path.lineTo(21600, 10800);

  392.                 path.lineTo(adjval, 21600);

  393.                 path.lineTo(0, 21600);

  394.                 path.closePath();

  395.                 return path;

  396.             }

  397.         };

  398. 

  399.         shapes[CHEVRON] = new ShapeOutline(){

  400.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  401.                 GeneralPath path = new GeneralPath();

  402.                 int adjval = shape.getAdjustValue("adj1", 16200);

  403.                 path.moveTo(0, 0);

  404.                 path.lineTo(adjval, 0 );

  405.                 path.lineTo(21600, 10800);

  406.                 path.lineTo(adjval, 21600);

  407.                 path.lineTo(0, 21600);

  408.                 path.lineTo(21600 - adjval, 10800);

  409.                 path.closePath();

  410.                 return path;

  411.            }

  412.         };

  413. 

  414.         shapes[CAN] = new ShapeOutline(){

  415.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  416.                 int adjval = shape.getAdjustValue("adj1", 5400);

  417.                 GeneralPath path = new GeneralPath();

  418.                 path.moveTo(0, 0);

  419.                 path.lineTo(21600, 0);

  420.                 path.lineTo(21600, 21600);

  421.                 path.lineTo(0, 21600);

  422. 

  423.                 //path.lineTo(21600, adjval);

  424. 

  425.                 path.closePath();

  426.                 path.moveTo(10800, 0);

  427.                 //path.append(new Arc2D.Float(10800, 0, 10800, adjval, 0, 90, Arc2D.OPEN), true);

  428.                 path.moveTo(10800, adjval/2);

  429.                 path.append(new Arc2D.Float(10800, adjval/2, 10800, adjval, 90, 180, Arc2D.OPEN), true);

  430.                 //path.append(new Arc2D.Float(0, adjval/2, 10800, adjval, 180, 270, Arc2D.OPEN), true);

  431.                 //path.append(new Arc2D.Float(0, 0, 10800, adjval, 270, 360, Arc2D.OPEN), true);

  432.                 return path;

  433.             }

  434.         };

  435. 

  436.         shapes[DOWN_ARROW] = new ShapeOutline(){

  437.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  438.                 //m0@0 l@1@0 @1,0 @2,0 @2@0,21600@0,10800,21600xe

  439.                 int adjval = shape.getAdjustValue("adj1", 16200);

  440.                 int adjval2 = shape.getAdjustValue("adj2", 5400);

  441.                 GeneralPath path = new GeneralPath();

  442.                 path.moveTo(0, adjval);

  443.                 path.lineTo(adjval2, adjval);

  444.                 path.lineTo(adjval2, 0);

  445.                 path.lineTo(21600-adjval2, 0);

  446.                 path.lineTo(21600-adjval2, adjval);

  447.                 path.lineTo(21600, adjval);

  448.                 path.lineTo(10800, 21600);

  449.                 path.closePath();

  450.                 return path;

  451.             }

  452.         };

  453. 

  454.         shapes[UP_ARROW] = new ShapeOutline(){

  455.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  456.                 //m0@0 l@1@0 @1,21600@2,21600@2@0,21600@0,10800,xe

  457.                 int adjval = shape.getAdjustValue("adj1", 5400);

  458.                 int adjval2 = shape.getAdjustValue("adj2", 5400);

  459.                 GeneralPath path = new GeneralPath();

  460.                 path.moveTo(0, adjval);

  461.                 path.lineTo(adjval2, adjval);

  462.                 path.lineTo(adjval2, 21600);

  463.                 path.lineTo(21600-adjval2, 21600);

  464.                 path.lineTo(21600-adjval2, adjval);

  465.                 path.lineTo(21600, adjval);

  466.                 path.lineTo(10800, 0);

  467.                 path.closePath();

  468.                 return path;

  469.             }

  470.         };

  471. 

  472.         shapes[RIGHT_ARROW] = new ShapeOutline(){

  473.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  474.                 //m@0, l@0@1 ,0@1,0@2@0@2@0,21600,21600,10800xe

  475.                 int adjval = shape.getAdjustValue("adj1", 16200);

  476.                 int adjval2 = shape.getAdjustValue("adj2", 5400);

  477.                 GeneralPath path = new GeneralPath();

  478.                 path.moveTo(adjval, 0);

  479.                 path.lineTo(adjval, adjval2);

  480.                 path.lineTo(0, adjval2);

  481.                 path.lineTo(0, 21600-adjval2);

  482.                 path.lineTo(adjval, 21600-adjval2);

  483.                 path.lineTo(adjval, 21600);

  484.                 path.lineTo(21600, 10800);

  485.                 path.closePath();

  486.                 return path;

  487.             }

  488.         };

  489. 

  490.         shapes[LEFT_ARROW] = new ShapeOutline(){

  491.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  492.                 //m@0, l@0@1,21600@1,21600@2@0@2@0,21600,,10800xe

  493.                 int adjval = shape.getAdjustValue("adj1", 5400);

  494.                 int adjval2 = shape.getAdjustValue("adj2", 5400);

  495.                 GeneralPath path = new GeneralPath();

  496.                 path.moveTo(adjval, 0);

  497.                 path.lineTo(adjval, adjval2);

  498.                 path.lineTo(21600, adjval2);

  499.                 path.lineTo(21600, 21600-adjval2);

  500.                 path.lineTo(adjval, 21600-adjval2);

  501.                 path.lineTo(adjval, 21600);

  502.                 path.lineTo(0, 10800);

  503.                 path.closePath();

  504.                 return path;

  505.             }

  506.         };

  507.         shapes[LEFT_BRACE] = new ShapeOutline(){

  508.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  509.                 //m21600,qx10800@0l10800@2qy0@11,10800@3l10800@1qy21600,21600e

  510.                 int adjval = shape.getAdjustValue("adj1", 1800);

  511.                 int adjval2 = shape.getAdjustValue("adj2", 10800);

  512. 

  513.                 GeneralPath path = new GeneralPath();

  514.                 path.moveTo(21600, 0);

  515. 

  516.                 path.append(new Arc2D.Float(10800, 0, 21600, adjval*2, 90, 90, Arc2D.OPEN), false);

  517.                 path.moveTo(10800, adjval);

  518. 

  519.                 path.lineTo(10800, adjval2 - adjval);

  520. 

  521.                 path.append(new Arc2D.Float(-10800, adjval2 - 2*adjval, 21600, adjval*2, 270, 90, Arc2D.OPEN), false);

  522.                 path.moveTo(0, adjval2);

  523. 

  524.                 path.append(new Arc2D.Float(-10800, adjval2, 21600, adjval*2, 0, 90, Arc2D.OPEN), false);

  525.                 path.moveTo(10800, adjval2 + adjval);

  526. 

  527.                 path.lineTo(10800, 21600 - adjval);

  528. 

  529.                 path.append(new Arc2D.Float(10800, 21600 - 2*adjval, 21600, adjval*2, 180, 90, Arc2D.OPEN), false);

  530. 

  531.                 return path;

  532.             }

  533.         };

  534. 

  535.         shapes[RIGHT_BRACE] = new ShapeOutline(){

  536.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  537.                 //m,qx10800@0 l10800@2qy21600@11,10800@3l10800@1qy,21600e

  538.                 int adjval = shape.getAdjustValue("adj1", 1800);

  539.                 int adjval2 = shape.getAdjustValue("adj2", 10800);

  540. 

  541.                 GeneralPath path = new GeneralPath();

  542.                 path.moveTo(0, 0);

  543. 

  544.                 path.append(new Arc2D.Float(-10800, 0, 21600, adjval*2, 0, 90, Arc2D.OPEN), false);

  545.                 path.moveTo(10800, adjval);

  546. 

  547.                 path.lineTo(10800, adjval2 - adjval);

  548. 

  549.                 path.append(new Arc2D.Float(10800, adjval2 - 2*adjval, 21600, adjval*2, 180, 90, Arc2D.OPEN), false);

  550.                 path.moveTo(21600, adjval2);

  551. 

  552.                 path.append(new Arc2D.Float(10800, adjval2, 21600, adjval*2, 90, 90, Arc2D.OPEN), false);

  553.                 path.moveTo(10800, adjval2 + adjval);

  554. 

  555.                 path.lineTo(10800, 21600 - adjval);

  556. 

  557.                 path.append(new Arc2D.Float(-10800, 21600 - 2*adjval, 21600, adjval*2, 270, 90, Arc2D.OPEN), false);

  558. 

  559.                 return path;

  560.             }

  561.         };

  562. 

  563. 

  564.         shapes[LEFT_RIGHT_ARROW] = new ShapeOutline(){

  565.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  566.                 //m,10800l@0,21600@0@3@2@3@2,21600,21600,10800@2,0@2@1@0@1@0,xe

  567.                 int adjval = shape.getAdjustValue("adj1", 4320);

  568.                 int adjval2 = shape.getAdjustValue("adj2", 5400);

  569. 

  570.                 GeneralPath path = new GeneralPath();

  571.                 path.moveTo(0, 10800);

  572.                 path.lineTo(adjval, 0);

  573.                 path.lineTo(adjval, adjval2);

  574.                 path.lineTo(21600 - adjval, adjval2);

  575.                 path.lineTo(21600 - adjval, 0);

  576.                 path.lineTo(21600, 10800);

  577.                 path.lineTo(21600 - adjval, 21600);

  578.                 path.lineTo(21600 - adjval, 21600 - adjval2);

  579.                 path.lineTo(adjval, 21600 - adjval2);

  580.                 path.lineTo(adjval, 21600);

  581.                 path.closePath();

  582.                 return path;

  583.             }

  584.         };

  585. 

  586.         shapes[UP_DOWN_ARROW] = new ShapeOutline(){

  587.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  588.                 //m10800,l21600@0@3@0@3@2,21600@2,10800,21600,0@2@1@2@1@0,0@0xe

  589.                 int adjval1 = shape.getAdjustValue("adj1", 5400);

  590.                 int adjval2 = shape.getAdjustValue("adj2", 4320);

  591. 

  592.                 GeneralPath path = new GeneralPath();

  593.                 path.moveTo(10800, 0);

  594.                 path.lineTo(21600, adjval2);

  595.                 path.lineTo(21600 - adjval1, adjval2);

  596.                 path.lineTo(21600 - adjval1, 21600 - adjval2);

  597.                 path.lineTo(21600, 21600 - adjval2);

  598. 

  599.                 path.lineTo(10800, 21600);

  600.                 path.lineTo(0, 21600 - adjval2);

  601.                 path.lineTo(adjval1, 21600 - adjval2);

  602.                 path.lineTo(adjval1, adjval2);

  603.                 path.lineTo(0, adjval2);

  604. 

  605.                 path.closePath();

  606.                 return path;

  607.             }

  608.         };

  609. 

  610.         shapes[NOTCHED_RIGHT_ARROW] = new ShapeOutline(){

  611.             public java.awt.Shape getOutline(XSLFAutoShape shape){

  612.                 //m@0,l@0@1,0@1@5,10800,0@2@0@2@0,21600,21600,10800xe

  613.                 int adjval1 = shape.getAdjustValue("adj1", 16200);

  614.                 int adjval2 = shape.getAdjustValue("adj2", 5400);

  615. 

  616.                 GeneralPath path = new GeneralPath();

  617.                 path.moveTo(adjval1, 0);

  618.                 path.lineTo(adjval1, adjval2);

  619.                 path.lineTo(0, adjval2);

  620.                 //The notch at the end stays adjusted so that it matches the shape of the arrowhead.

  621.                 int notch = (21600-2*adjval2)*(21600-adjval1)/21600;

  622.                 path.lineTo(notch, 10800);

  623.                 path.lineTo(0, 21600 - adjval2);

  624.                 path.lineTo(adjval1, 21600 - adjval2);

  625.                 path.lineTo(adjval1, 21600);

  626.                 path.lineTo(21600, 10800);

  627.                 path.closePath();

  628.                 return path;

  629.             }

  630.         };

  631.     }

  632.     

  633.     static Shape getOutline(XSLFAutoShape shape){

  634.         ShapeOutline outline = shapes[shape.getShapeType()];

  635.         return outline == null ? null : outline.getOutline(shape);

  636.     }

  637. }