水杉-动画人

maya曲线生成骨骼

非均匀

global proc curveToBones() {
string $selection[] = `ls -sl`;
for($crvi = 0; $crvi < size($selection); $crvi++) {
string $curveName = $selection[$crvi];
string $polypoints = "";
string $pointlist = "";
string $ps = "tmp_poly";

int $numCV = `getAttr ($curveName+".degree")` + `getAttr ($curveName+".spans")`;
int $origCV = 0;

if ($numCV < 2) {
	confirmDialog -title "Error" -message "不要选择只有一个点的线" -button "Thank you Sir, may I have another." -dismissString "Yes";
	print "\n\一般最需要少三个点\n\n";
	return;
}

$newcurveName = "N_" + $curveName;
string $origcurveName = $curveName;

if ($numCV == 2) {
	duplicate -name $newcurveName $curveName;
	$curveName = $newcurveName;
	$numCV = 3;
	$origCV = 2;
	float $secondpoint[] = `xform -q -ws -translation ($newcurveName+".cv[1]")`;
	$ycoord = $secondpoint[1] - 1;
	print $secondpoint[0] ; print $ycoord ; print $secondpoint[2];
	curve -ws -a -p $secondpoint[0] $ycoord $secondpoint[2] $newcurveName;
}


	

for ($i = 0; $i < $numCV; $i++) {
      float $point[] = `xform -q -ws -translation ($curveName+".cv["+$i+"]")`;
      $pointlist = " -p " + $point[0] + " " + $point[1] + " " + $point[2] + " ";
      $polypoints = $polypoints + $pointlist;
}

eval ("polyCreateFacet -ch on -tx 1 -s 1 " + $polypoints + "-n " + $ps);
      
string $loc1 = "tmp_skel_locator";
string $loc2 = "tmp_skel_locator2";
string $loc1n = $loc1 + "_normalConstraint1";

string $jn[];
string $psvt2[];
for ($i = 0; $i < $numCV; $i++) {
	int $k=$i + 1; 
	if ($origCV == 2) {
	$jn[$i] = ($origcurveName + "_j" + $k); 
	} else {
	$jn[$i] = ($curveName + "_j" + $k); 
	}
	$psvt2[$i] = $ps + ".vtx[" + $i + "]";
}


string $psvt = $curveName + ".cv[0]";
float $move[] = `xform -q -ws -translation $psvt`;
spaceLocator -name $loc1;
xform -translation $move[0] $move[1] $move[2] $loc1;
select -r $ps ;
select -add $loc1 ;
normalConstraint -weight 1 -aimVector 0 0 1 -upVector 0 1 0 -worldUpVector 0 1 0;
select -r $loc1n;
delete ;
select -cl;


duplicate -name $loc2 $loc1;
select -r $ps ;
select -add $loc2 ;
parent;
select -r $loc2 ;
move -ls 1 0 0 ;
move -ls 1 1 0 ;
rotate 0 0 0 ;
select -cl;

float $ptpos[];

for ($i = 0; $i < $numCV; $i++) {
	string $tmpname = $psvt2[$i];
	float $newmove[] = `xform -q -ws -translation $tmpname`;
	int $mult = $i * 3;
	$ptpos[$mult] = $newmove[0];
	$ptpos[($mult+1)] = $newmove[1];
	$ptpos[($mult+2)] = $newmove[2];
}

select -cl;

joint -p $ptpos[0] $ptpos[1] $ptpos[2] -n $jn[0];
for ($i = 1; $i < $numCV; $i++) {
	int $kk = $i - 1;
	int $mult = $i * 3;
	joint -p $ptpos[$mult] $ptpos[($mult+1)] $ptpos[($mult+2)] -n $jn[$i];
	joint -e  -zso -oj xyz $jn[$kk]; 
}

if ($origCV == 2) {
	select -r $jn[2];
	delete;
	select -r $newcurveName;
	delete;
}
select -r $jn[0] ;
select -add $loc2 ;
parent;
select -r $loc1 ;
select -add $loc2 ;
pointConstraint -weight 1;
orientConstraint -weight 1;
select -r $jn[0] ;
parent -world;
select -r $loc2 ;
delete;
select -r $loc1 ;
delete;



}
}

curveToBones();