The following picture is of my current setup. My post is about a question I have towards the original setup created by Kapildev Erampu or what documentation calls "Small Campus Toplogy".

Question about this setup created by Kapildev Erampu.
Open for anyone to answer or provide feedback.
I am in the midst of a setup and things are not clear, but I am almost there. :-)
In this setup VSX LAG 1 (MC-LAG) is set = Truck Native VLAN 250. VSX-LAG 1 is also set = Trunk Allowed to: All (which include 1, 200 and 250).
Say for example, if you created VSX LAG 2, VSX LAG 3, and
VSX LAG 4 (MC-LAGS).
VSX LAG 1 (Already in-pace) = IP: 10.200.1.11/24 AG IP: 10.200.1.1
**Would the following apply?**
VSX LAG 2 = IP: 10.2.1.11/24 AG IP: 10.2.1.1
VSX LAG 3 = IP: 10.3.1.11/24 AG IP: 10.3.1.1
VSX LAG 4 = IP: 10.4.1.11/24 AG IP: 10.4.1.1
In other words would my number of Active-Gateways go up per VSX LAG (MC-LAG)?
Moreover, does that mean that VSX LAG 2 has to be set on [Interface VLAN 2]? And VSX LAG 3 set on [Interface VLAN 3]? And VSX LAG 4 set on [Interface VLAN 4]? All configured similarly to how VSX LAG 1 is configured on [Interface VLAN 200], per this setup?
And with all that said, would it also mean to set: VLAN trunk Native 250 on [Interface lag 2, 3, and 4] with trunk allowed all + lacp mode active? Similar to how Native VLAN 250 is set on [Interface lag 1], per this setup?
To conclude this question, I have doubts and I will not deny that I could be completely wrong and not seeing the technology correctly. If so, please say so. The examples in the best practices documentation only use 1 MC-LAG and really don't elaborate for enviornments like a 1 million square foot warehouse where I will have up to 14 IDF's with 2x Aruba 2930F for access ports. My thoughts are to create LAG 1 thru 14 to interconnect each IDF back to the VSX pair.
In my office I have a VSX Pair, configured identically to this example provided by: Kapildev Erampu, but the only difference is that VSX LAG 1 has 2 x Aruba 2930F in VSF.
I have configured an access port on the Aruba 2930F on VLAN 250 (Native). I plugged in a laptop and gave it IP: 10.10.250.200/24 with GW IP: 10.10.250.1. I am able to ping the gateway.
* VSX is status and brief show operational, in-sync, peer_reachable.
* VSX consistency shows L3-CORE, and VLAN List match.
* VSX statistics on lag256 state: active, native-untagged, (speed 80000) counters are all for error, dropped and CRC/FCS are zero.
* If I add a VLAN is is sync immediately.
* Show LACP aggregates state active, slow, hash: l3-src-dat
* On the 2930F, I ran show LACP and the links are success.
* On the 8320, I ran show LCAP interfaces - see below.
Actor details of all interfaces:
------------------------------------------------------------------------------
Intf Aggr Port Port State System-ID System Aggr Forwarding
Name Id Pri Pri Key State
------------------------------------------------------------------------------
1/1/1 lag1(mc) 1 1 ALFNCD d0:67:26:a5:f9:90 65534 1 up
1/1/2 lag1(mc) 2 1 ALFNCD d0:67:26:a5:f9:90 65534 1 up
1/1/52 lag256 53 1 ALFNCD d0:67:26:a5:f9:90 65534 256 up
1/1/53 lag256 54 1 ALFNCD d0:67:26:a5:f9:90 65534 256 up
Partner details of all interfaces:
------------------------------------------------------------------------------
Intf Aggr Port Port State System-ID System Aggr
Name Id Pri Pri Key
------------------------------------------------------------------------------
1/1/1 lag1(mc) 51 0 ALFNCD 38:21:c7:aa:44:8b 17547 532
1/1/2 lag1(mc) 104 0 ALFNCD 38:21:c7:aa:44:8b 17547 532
1/1/52 lag256 53 1 ALFNCD d0:67:26:a5:74:b0 65534 256
1/1/53 lag256 54 1 ALFNCD d0:67:26:a5:74:b0 65534 256