nanoblock_mel();//-----------------------------------------------------------------------------------------//-------   所有的颗粒类型   --------------------------------------------//-----------------------------------------------------------------------------------------global string $arrayTypeAC[]={"1x1y","1x1","1x2","1x3","1x4","1x6","1x8","1x10","1x3g","3x1y",                    "2x2","2x3","2x4","2x6","2x8","2x10",                    "1x1p","1x2p","1x3p","1x4p","1x6p","1x8p","2x2p","2x3p","2x4p",                    "1x1z","1x2z","1x3z","1x4z","2x1z","1x3l","1x3t",                    "1x2y","1x3y","1x4y","2x2y",                    "1x2ao","1x2tu","2x2ao","2x2tu","1x2ti","2x1ti",                    "1x2x","2x1x","1x2o","1x3x","2x3x","2x4x","2x2x",                    "1x1c","1x1h","2x2z","3x3g",                    "4x4","4x6","4x8","6x8","8x8","10x10","14x14","7x25","20x20","36x36"                                        };global int $allColor=92;global string $allSelectA[];//-----------------------------------------------------------------------------------------//-------  所有的颗粒颜色   --------------------------------------------------------------//-----------------------------------------------------------------------------------------global proc nanoblock_mel(){    //定义全局变量    global string $arrayTypeAC[];    print("arrayTypeAC:"+size($arrayTypeAC));    global int $allColor;    //创建工具窗口    if (`window -q -ex createNanoblockUI`)deleteUI createNanoblockUI;    window -t "SCBlock 2015年10月新版" -w 200 -h 30 createNanoblockUI;           string $tabs=`tabLayout`;           ///       		string $child0=`rowColumnLayout -nc 1 `;         		text -l "D:/Work/nanoblock/maya/Mel_1009/" path;        		text -l "";        		        		//添加颜色和摄像机                   button -c "onImport Color"  -l  "Color";                //添加线段                text -l "";	            button -l "快速选择" -c "onQuickSelectUI";                button -l "去除小数点"  -c "onDel";                button -l "打组镜像"  -c "onMirr";                button -l "快速打组" -c "onGroup";                text -l "";                button -c "onImport Line"  -l  "Line";                text -l "";                button -l "    红线    " -bgc 1 0 0 -c "onLineR";                button -l "    蓝线    " -bgc 0 0.5 1 -c "onLineB";                button -l "    绿线    " -bgc 0 1 0 -c "onLineG" ;                text -l "";                button -l "统计颗粒" -c "onKeli";                text -l "";                button -l "打开渲染目录" -c "openRenderFile";        		button -l "渲染前合并模型" -c "preRender";        		setParent..;        	///        	string $child1=`rowColumnLayout -nc 10 `;             	string $pathFile=`text -q -l path`;                    string $tt;                    for($tt in $arrayTypeAC){                        //print($tt+"   ");                            iconTextButton -style "iconAndTextVertical" -image1 ($pathFile+"type/"+$tt+"_0.png") -label ($tt+"") -c ("onImport SC_"+$tt);                    }        	setParent..;            ///            string $child2=`rowColumnLayout -nc 13 `;              string $pathFile=`text -q -l path`;                //根据 全局变量 颗粒颜色 创建颗粒按钮                for($t=0;$t<$allColor;$t++){                    iconTextButton -style "iconAndTextVertical" -image1 ($pathFile+"color/"+$t+".png") -label ($t+"") -c ("onColor vray_"+$t+" "+$t);                    if($t==29){text -l "森宝→" -bgc 0.2 0.2 0.2 ;}                }        		setParent..;            ///            string $child3=`rowColumnLayout -nc 7 -bgc 0 1 1`;         		setParent..;        		        		            tabLayout -edit             -tabLabel $child0 "准备" -tabLabel $child1 "颗粒" -tabLabel $child2 "颜色"  -tabLabel $child3 "工具"            $tabs;    showWindow createNanoblockUI;}//打开渲染目录-----------------------------------------proc openRenderFile(){    string $pro=`internalVar -userWorkspaceDir`;    $pro+="default/images/";    system("load " + $pro);}//打组镜像------------------------------------------------------------------------------------------------------proc onMirr(){    Group;    duplicate -rr;    string $sel[]=`ls -sl`;    setAttr  ($sel[0]+".scaleX") -1;}//导入颗粒------------------------------------------------------------------------------------------------------proc onImport(string $_name){	string $pathFile=`text -q -l path`;	print("导入文件："+($pathFile+"mc/"+$_name+".mb"));	file -import -type "mayaBinary" -gr -ra true  -options "v=0"  -pr -loadReferenceDepth "all" ($pathFile+"mc/"+$_name+".mb");	}//给颗粒上颜色-------------------------------------------------------------------------------proc onColor(string $_name,int $_num){        string $sel[]=`ls -sl`;    for ($ppName in $sel){		if(`attributeQuery -node $ppName -ex "Color"`){			setAttr ($ppName+".Color") $_num;		}else{			addAttr -ln "Color"  -at long  $ppName;		    //setAttr -k on ($ppName+".Color");		    setAttr -e -channelBox true ($ppName+".Color");		    setAttr ($ppName+".Color") $_num;		}		//defaultNavigation -source ("Color_"+$_name) -destination ($ppName+"Shape.instObjGroups[0]") -connectToExisting;		hyperShade -assign ("Color_"+$_name);	}	    //hyperShade -assign ("Color_"+$_name);    //print("Color_"+$_name);}//获取场景中所有颗粒的类型  并计算颗粒的数量-----------------------------------------------------------------proc onKeli(){    global string $allSelectA[];    select -all;    select -hi;    string $selAll[]=`ls -sl`;    string $obj;    select -cl;    //--创建类型 和颜色 的数值    //string $mcType[];     string $mc_Type_Color[];    int $mcTypeNum=0;    float $mcWeight;    float $mcPrice;    for($obj in $selAll){            if(`nodeType  $obj`=="transform"){               if(`attributeQuery -node $obj -ex "Type"`){                   print("mcTpyeNum:"+$mcTpyeNum);                   string $getType=`getAttr -as ($obj+".Type")`;                   string $getColor=`getAttr -as ($obj+".Color")`;                   $mc_Type_Color[$mcTypeNum]=$getType+"_"+$getColor;                   $mcTypeNum++;                   $mcWeight+=`getAttr -as ($obj+".Weight")`;               }                if(`attributeQuery -node $obj -ex "Price"`){                   $mcPrice+=`getAttr -as ($obj+".Price")`;               }                         }    }         ArrangeB($mc_Type_Color);    print(size($mc_Type_Color));    //print("--------产品总重量约："+$mcWeight+"克"+"\n");    //获取场景中类型与颜色的数组 --------------$mcTypeA-----$mcColorA    string $mcType_rd[]=stringArrayRemoveDuplicates($mc_Type_Color);    int $mcType_count[];    print($mcType_rd);        for($i=0;$i
     
      -1;$i--){        for($a in $array){            string $arraySTSA[];            $arraySTSA = stringToStringArray($a, "_");              string $name=$arraySTSA[1];            if($name==$arrIndex[$i]){                $arr_0[$int_0]=$a;                $int_0 ++;            }        }        $newArray=stringArrayCatenate($arr_0,$newArray);        clear $arr_0;        $int_0=0;    }        clear $array;    $array=$newArray;    }    //重新排列类型-------------------------------------------------------------------proc ArrangeB(string $array[]){    global string $arrayTypeAC[];    global string $arrayColor[];    string $arrIndex[]=$arrayTypeAC;    //定义临时数组    string $arr_0[];     //定义临时数组索引           int $int_0=0;          string $newArray[];    //执行前清空数组    clear $arr_0;    clear $newArray;    string $a;    for($i=size($arrIndex)-1;$i>-1;$i--){        for($a in $array){            string $arraySTSA[];            $arraySTSA = stringToStringArray($a, "_");              string $name=$arraySTSA[0];            print("$name:"+$name+"\n");            if($name==$arrIndex[$i]){                $arr_0[$int_0]=$a;                $int_0 ++;            }        }        $newArray=stringArrayCatenate($arr_0,$newArray);        clear $arr_0;        $int_0=0;    }     clear $array;    $array=$newArray;    Arrange($array);} //自动处理渲染所需要的模型proc preRender(){    global string $allSelectA[];    select -all;    select -hi;    string $selAll[]=`ls -sl`;    string $obj;    select -cl;    //--创建类型 和颜色 的数值    //string $mcType[];     string $mc_Type_Color[];    int $mcTypeNum=0;    for($obj in $selAll){            if(`nodeType  $obj`=="transform"){               if(`attributeQuery -node $obj -ex "Type"`){                   print("mcTpyeNum:"+$mcTpyeNum);                   string $getColor=`getAttr -as ($obj+".Color")`;                   $mc_Type_Color[$mcTypeNum]=$getColor;                   $mcTypeNum++;                                  }                          }    }     //print("--------产品总重量约："+$mcWeight+"克"+"\n");    //获取场景中类型与颜色的数组 --------------$mcTypeA-----$mcColorA    string $mcType_rd[]=stringArrayRemoveDuplicates($mc_Type_Color);    int $mcType_count[];        print("_____"+size($mcType_rd));                   //--------------                    for($i in $mcType_rd)   {           select -all;            select -hi;            string $selAll[]=`ls -sl`;            string $obj;            select -cl;            for($obj in $selAll){                if(`nodeType  $obj`=="transform"){                   if(`attributeQuery -node $obj -ex "Type"`){                       string $getColor=`getAttr -as ($obj+".Color")`;                       if($getColor==$i){                           select -add $obj;                       }                   }                                  }                          }            print("$i"+$i);            string $selAllB[]=`ls -sl`;                        for($i in $selAllB){                polyBevel -com 0 -fraction 1.5 -offsetAsFraction 1 -autoFit 1 -segments 2 -worldSpace 1                 -uvAssignment 1 -smoothingAngle 30 -fillNgons 1 -mergeVertices 1 -mergeVertexTolerance 0.0001                 -miteringAngle 180 -angleTolerance 180 -ch 1 $i;                                }            if(size($selAllB)>1){                CombinePolygons;                string $ss[]=`ls -sl`;                rename $ss[0] ("n_"+$i);                DeleteHistory;            }else{                 parent -w;                   string $ss[]=`ls -sl`;                rename $ss[0] ("n_"+$i);                DeleteHistory;              }       }         }