> ## Documentation Index
> Fetch the complete documentation index at: https://docs.kinemation.xyz/llms.txt
> Use this file to discover all available pages before exploring further.
# GASP 5.7+
> This tutorial shows how to integrate the Tactical Shooter Pack with GASP based on UE5.7.
## Project Download (UE 5.7 only)
Follow these steps to download and install the **Unreal Engine 5.7** integration project.
Select the project you just downloaded, then add the pack content to it.
**Tip**: For manual installation, copy the “KINEMATION” folder from the Tactical Shooter Pack download and paste it into the downloaded integration package.
## Character Meshes
#### Base Blueprint
First, we need to create a base for our integration. Duplicate the **BP\_TacticalShooterCharacter** (**KINEMATION/TacticalShooterPack/Blueprints**):
This will be our main player blueprint. Open it up, go to **Class Settings** and inherit it from the **SandboxCharacter\_CMC**:
Now we need to add a skeletal mesh for our character model. Let's call it "Player":
Next, assign the modular skeletal mesh — we'll use our modular Operator model:
Find the `GetPlayerMesh` interface function and return the new "Player" skeletal mesh component:
#### Motion Matching Mesh
Select the "Mesh" component and set its animation blueprint to **SandboxCharacter\_CMC\_ABP** and skeletal mesh to **SKM\_UEFN\_Mannequin**:
**Note**: The "Mesh" skeletal component will generate a motion-matching pose (full-body movement), which will be blended with our tactical animations.
#### First Person Camera
Parent the **Camera** component to the Player mesh we created earlier:
Select the **FPCamera** as a target attachment socket and reset its position and rotation values:
#### Disabling GASP Cameras & Mesh
To disable GASP camera logic and hide the default mesh, we need to add a couple of code snippets at the end of the Begin Play event.
To hide the default **Sandbox** mesh, add these nodes to the graph:
To disable the default camera logic, use this code snippet
Here's a video showing where to put this logic in the player blueprint:
## Inputs
The next step is to properly update GASP inputs at runtime. Open the `Update Player Movement` function (it's called on **Tick**):
Find some place at the end of the function, and set the value of the Gait property based on Movement State:
**Note**: `Gait` is from **GASP**, and `Movement State` is a **Tactical Shooter Pack** property.
Then, we need to update `bWantsToSprint`, `bWantsToWalk`, `bWantsToAim` and `bWantsToStrafe` properties.
## Animation Blueprint
Now we need to create an animation blueprint (ABP) that will combine motion-matching pose and animations from the **Tactical Shooter Pack**.
Create a new Animation Blueprint using the **UE5 Manny** skeleton from the pack:
Go to the Event Graph and use this snippet for initialization:
**Tip**\*:\* Obtain a reference to your player Blueprint here.
In the **Anim Graph**, add a **Retarget Pose From Mesh** node. Set the `Retarget From` to **Custom Skeletal Mesh Component**, and `IK Retargeter Asset` to **RTG\_UEFN\_to\_UE5\_Mannequin**:
After that, bind the `Source Mesh Component` using the "Mesh" property from the player blueprint.
Next, add the ABP\_TacticalShooter\_UE5 linked anim instance and blend it with the retargeted pose:
**Tip**: Feed the retargeted pose into **Base Pose**, and Tactical Shooter animations into **Blend Pose 0**.
## Parkour adjustments
Copy the jumping logic from `SandboxCharacter_CMC`:
Next, we need to adjust our layering in the animation blueprint. First, create 2 cached poses:
**UpperBody** carries Tactical Shooter animations; **MotionMatchingPose** carries full‑body motion.
Next, add a new **Layered Blend Per Bone** node:
Add a **Blend by Bool** node and plug the layered result into **True** link:
Right-click on the "Active Value" and bind "**BP\_TacticalShooterCharacter\_GASP▸AC\_TraversalLogic ▸ DoingTraversalAction**".
Finally, blend the result with the "MotionMatchingPose":
