如何参数化两个对象的相对距离

大家好，我想知道如何参数化两个对象的相对距离。
我想物理地将一个物体相对于由气隙隔开距离Z0的另一物体移位。
然后我想按照我的要求沿X，Y或Z方向移动物体。
我该怎么做呢？
可以将诸如协同仿真的EMPro结果导回到ADS 2011布局工具中吗？
我在PCB上看到了一个关于youtube的演示，并在PCB上安装了一个3D对象。
该演示包括原理图，布局和布局包括3D对象虽然在2D中是平的，但是当击中3D视图时它将显示组件。
我想用两根天线做类似的事情。
我想将电压源应用于一个天线（参考），由气隙隔开的第二个天线将拾取H场，并产生电压/电流输出（EMPro域）。
我想获取该电流/电压（EMPro - >布局域）并将其整流为直流电压（原理图域）。
我想绘制从一个天线传输到另一个天线的能量的时域。
第一步是知道如何使用EMPro中的参数F（x）将它们链接到一个对象并以参数方式移动它们，稍后我必须找出如何告诉工具两个天线将通过电感和磁场进行一些耦合
...我希望这个工具足够聪明，可以知道E / H场存在，所以另一个天线会拾起它。
任何这些错综复杂的项目的任何帮助将不胜感激。
我的电子邮件是rjrodrig@yahoo.com



     以下为原文

  Hello everyone,

I would like to know how to parametrize the relative distance of two objects.  I would like to physically displace one object relative to another object separated by an air gap by a distance Z0.  Then I would like to move the object either along the X,Y , or Z directions as I please.

How do I do this?   
Can an EMPro results such as Co-simulation be imported back into ADS 2011 Layout tool?   

I saw a demo on youtube on a PCB and a 3D object mounted on the PCB.  The demo included Schematic, Layout, and the Layout included the 3D object though it was flat in 2D, but when hitting the 3D view it would display the component.

I want to do something similar, with two antennas.

I want to apply a voltage source to one antenna (Reference), and a second antenna separated by an air gap will pick up the H-Field, and produce a voltage/current out (EMPro Domain).  I want to take that current/voltage(EMPro ->Layout domain) and rectify it in to a DC voltage (schematic domain).  I want to plot a time domain of the energy transferred from one antenna to another.

First step is to know how to use the parameters F(x) in EMPro to link them to an object and displace them parametrically, later I have to find out how to tell the tool the two antennas will have some coupling via inductance and magnetic field... I would hope the tool is smart enough to know E/H field is present and so the other antenna will pick it up.

Any help one any of this convoluted items would be greatly appreciated.

My email is rjrodrig@yahoo.com