以下显示了一个示例 .atom 文件，其中保存了球体、圆锥体和平面的动画数据。对于每个元素的详细描述，请参见 ATOM 格式描述。
atomVersion 1.0;
mayaVersion 2014 x64;
mayaSceneFile C:/Users/user/Documents/maya/projects/default/scenes/test.ma;
timeUnit film;
linearUnit cm;
angularUnit deg;
startTime 1;
endTime 8;
offlineFile ;
animLayers { BaseAnimation AnimLayer1 }
animLayer {
BaseAnimation 0 0;
static mute mute 0;
{ 0 }
static lock lock 1;
{ 0 }
static solo solo 2;
{ 0 }
static override override 3;
{ 1 }
static passthrough passthrough 4;
{ 1 }
static preferred preferred 5;
{ 0 }
static weight weight 6;
{ 1 }
static rotationAccumulationMode rotationAccumulationMode 7;
{ 0 }
static scaleAccumulationMode scaleAccumulationMode 8;
{ 1 }
}
animLayer {
AnimLayer1 0 0;
static mute mute 0;
{ 0 }
static lock lock 1;
{ 0 }
static solo solo 2;
{ 0 }
static override override 3;
{ 0 }
static passthrough passthrough 4;
{ 1 }
static preferred preferred 5;
{ 0 }
static weight weight 6;
{ 1 }
static rotationAccumulationMode rotationAccumulationMode 7;
{ 0 }
static scaleAccumulationMode scaleAccumulationMode 8;
{ 1 }
}
dagNode {
pSphere1 1 1;
anim translate.translateY translateY 0;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
10 -0.48952813 auto auto 1 1 0;
}
}
anim translate.translateZ translateZ 1;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 13.557135 auto auto 1 1 0;
10 -1.0012812 auto auto 1 1 0;
}
}
anim visibility visibility 2;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 spline step 1 1 0;
10 1 spline step 1 1 0;
}
}
anim rotate.rotateX rotateX 3;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
10 0 auto auto 1 1 0;
}
}
anim rotate.rotateY rotateY 4;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
10 0 auto auto 1 1 0;
}
}
anim rotate.rotateZ rotateZ 5;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
10 0 auto auto 1 1 0;
}
}
anim scale.scaleX scaleX 6;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
10 1 auto auto 1 1 0;
}
}
anim scale.scaleY scaleY 7;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
10 1 auto auto 1 1 0;
}
}
anim scale.scaleZ scaleZ 8;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
10 1 auto auto 1 1 0;
}
}
cached translate.translateX translateX 0;
{ -5.2988979 -4.7870473 -3.4152877 -1.4293071 0.92520503 3.4025622 5.4610407 0.70032059 }
}
dagNode {
pPlane1 1 2;
static rotate.rotateX rotateX 0;
{ 0 }
static rotate.rotateY rotateY 1;
{ 0 }
static rotate.rotateZ rotateZ 2;
{ 0 }
static scale.scaleX scaleX 3;
{ 1 }
static scale.scaleY scaleY 4;
{ 1 }
static scale.scaleZ scaleZ 5;
{ 1 }
static visibility visibility 9;
{ 1 }
}
dagNode {
pCone1 1 1;
anim translate.translateX translateX 0 AnimLayer1;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
8 0 flat auto 1 1 0;
}
}
anim translate.translateY translateY 1 AnimLayer1;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 6.3375941 auto auto 1 1 0;
8 0 flat auto 1 1 0;
}
}
anim translate.translateZ translateZ 2 AnimLayer1;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
8 0 flat auto 1 1 0;
}
}
anim visibility visibility 3 AnimLayer1;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 spline step 1 1 0;
8 1 spline step 1 1 0;
}
}
anim rotate.rotateX rotateX 4 AnimLayer1;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
8 0 flat auto 1 1 0;
}
}
anim rotate.rotateY rotateY 5 AnimLayer1;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
8 0 flat auto 1 1 0;
}
}
anim rotate.rotateZ rotateZ 6 AnimLayer1;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
8 0 flat auto 1 1 0;
}
}
anim scale.scaleX scaleX 7 AnimLayer1;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
8 1 flat auto 1 1 0;
}
}
anim scale.scaleY scaleY 8 AnimLayer1;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
8 1 flat auto 1 1 0;
}
}
anim scale.scaleZ scaleZ 9 AnimLayer1;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
8 1 flat auto 1 1 0;
}
}
anim translate.translateX translateX 0 BaseAnimation;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 -7.4455079 auto auto 1 1 0;
12 7.8797983 auto auto 1 1 0;
}
}
anim translate.translateY translateY 1 BaseAnimation;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 4.2260763 auto auto 1 1 0;
12 4.2260763 auto auto 1 1 0;
}
}
anim translate.translateZ translateZ 2 BaseAnimation;
animData {
input time;
output linear;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 11.26556 auto auto 1 1 0;
12 11.26556 auto auto 1 1 0;
}
}
anim visibility visibility 3 BaseAnimation;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 spline step 1 1 0;
12 1 spline step 1 1 0;
}
}
anim rotate.rotateX rotateX 4 BaseAnimation;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
12 0 auto auto 1 1 0;
}
}
anim rotate.rotateY rotateY 5 BaseAnimation;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
12 0 auto auto 1 1 0;
}
}
anim rotate.rotateZ rotateZ 6 BaseAnimation;
animData {
input time;
output angular;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 0 auto auto 1 1 0;
12 0 auto auto 1 1 0;
}
}
anim scale.scaleX scaleX 7 BaseAnimation;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
12 1 auto auto 1 1 0;
}
}
anim scale.scaleY scaleY 8 BaseAnimation;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
12 1 auto auto 1 1 0;
}
}
anim scale.scaleZ scaleZ 9 BaseAnimation;
animData {
input time;
output unitless;
weighted 0;
preInfinity constant;
postInfinity constant;
keys {
1 1 auto auto 1 1 0;
12 1 auto auto 1 1 0;
}
}
}
offlineFileData //Maya ASCII 2013ff03 scene
//Name: test.editMA
//Last modified: Tue, Jan 24, 2012 09:59:53 AM
//Codeset: 1252
requires maya "2013ff03";
currentUnit -l centimeter -a degree -t film;
fileInfo "fileCreationSource" "ExportEdits";
createNode pointConstraint -n "pPlane1_pointConstraint1";
addAttr -ci true -k true -sn "w0" -ln "pSphere1W0" -dv 1 -min 0 -at "double";
setAttr -k on ".nds";
setAttr -k off ".v";
setAttr -k off ".tx";
setAttr -k off ".ty";
setAttr -k off ".tz";
setAttr -k off ".rx";
setAttr -k off ".ry";
setAttr -k off ".rz";
setAttr -k off ".sx";
setAttr -k off ".sy";
setAttr -k off ".sz";
setAttr ".erp" yes;
setAttr ".rst" -type "double3" -5.2988978951515193 0 13.55713549736865 ;
setAttr -k on ".w0";
createNode blendWeighted -n "blendWeighted1";
setAttr -s 2 ".i";
setAttr -s 2 ".i";
setAttr ".c" 1;
createNode animCurveUL -n "animCurveUL1";
setAttr ".tan" 18;
setAttr ".wgt" no;
setAttr -s 3 ".ktv[0:2]" -7.4455080032348633 0 0.8176116943359375
0 6.9187831878662109 -19.794294861417818;
connectAttr "pPlane1_pointConstraint1.ctx" "<main>:pPlane1.tx";
connectAttr "pPlane1_pointConstraint1.cty" "<main>:pPlane1.ty";
connectAttr "pPlane1_pointConstraint1.ctz" "<main>:pPlane1.tz";
connectAttr "<main>:pPlane1.pim" "pPlane1_pointConstraint1.cpim";
connectAttr "<main>:pPlane1.rp" "pPlane1_pointConstraint1.crp";
connectAttr "<main>:pPlane1.rpt" "pPlane1_pointConstraint1.crt";
connectAttr "<main>:pSphere1.t" "pPlane1_pointConstraint1.tg[0].tt";
connectAttr "<main>:pSphere1.rp" "pPlane1_pointConstraint1.tg[0].trp";
connectAttr "<main>:pSphere1.rpt" "pPlane1_pointConstraint1.tg[0].trt";
connectAttr "<main>:pSphere1.pm" "pPlane1_pointConstraint1.tg[0].tpm";
connectAttr "pPlane1_pointConstraint1.w0" "pPlane1_pointConstraint1.tg[0].tw";
connectAttr "blendWeighted1.o" "<main>:pSphere1.tx";
connectAttr "<main>:pSphere1_translateX.o" "blendWeighted1.i[0]";
connectAttr "animCurveUL1.o" "blendWeighted1.i[1]";
connectAttr "<main>:pCone1.tx" "animCurveUL1.i";
// End of test.editMA
;