Honeycomb arrangement Type

Abstract: According to the different parameters, intelligent display cellular layout, the effect of:

Production steps:

1. Build a MC binding name "MYMC" in the Library

2, build a document class, the code is as follows:

1  Package2 {3     ImportFlash.display.Sprite;4 5     /**6 * @author ChB7 * @data 2015-8-268 * @email [email protected]9      */Ten  One      Public classReseaulayoutextendsSprite A     { -         Private varContainer:sprite; -          Public functionreseaulayout () the         { - init (); -         } -  +         Private functionInit ():void -         { +container =NewSprite (); A              This. AddChild (container); atcontainer.x = stage.stagewidth * 0.5; -CONTAINER.Y = 200; -SetLayout (15,175,3); -         } -         /* - * @param number of _count hexagons in * @param itemw hexagon Width - * @param gap interval to * @param type of honeycomb, a group of how many hexagons + * @param num number in each group -         * the         */ *  $         Private functionSetLayout (_count: Number, ITEMW: Number, Gap: Number, type: Number= 3,num: Number= 1):voidPanax Notoginseng         { -             if(_count > 10) the             { +Type = 5; A             } the  +             varItemy: Number= ITEMW * Math.Cos (30*math.pi/180);//Represents the y-axis gap between every two hexagons -             varItemX: Number= ITEMW * 0.5;//represents the X-axis gap between each of the two hexagons $  $              for(varI Number= 0; i<_count; i++) -             { -                 varItem:sprite =NewMYMC ();//hexagon Unit, inside the library bound the container.addchild (item); -                 varGroupnum: Number= Int (i/Type);Wuyi                 if(num = = 1) the                 { -item.x = groupnum* (itemw+gap); WuITEM.Y = Itemy * 2; -                 } About                 Else if(num = = 2) $                 { -  -Item.x = ITEMW/2+groupnum* (ITEMW+GAP); -ITEM.Y = Itemy * 2-itemy-Gap; A  +                 } the                 Else if(num = = 3) -                 { $Item.x = ITEMW/2+groupnum* (ITEMW+GAP); theITEM.Y = Itemy * 2 + itemy +Gap; the                 } the                 Else if(num = = 4) the                 { -Item.x = ITEMW/2+groupnum* (ITEMW+GAP) + ITEMW/2 +Gap; inITEM.Y = Itemy * 2-itemy * 2-gap*2; the                 } the                 Else if(num = = 5) About                 { theItem.x = ITEMW/2+groupnum* (itemw+3) + ITEMW/2 +Gap; theITEM.Y = Itemy * 2 + itemy * 2 + gap*2; the                 } +num++; -                 if(num = = (type+1)) the                 {Bayinum = 1; the                 } the             } -         } -  the     } the  the}

Honeycomb arrangement Type