Gameplay: concept sequencing & assignment conflict logic
Subject: Gameplay Suggestion: Replace User-Specific Option Penalties with Concept Sequencing and Assignment Conflict Logic
To the EA Sports Gameplay Development Team,
The central problem with option football is that the game appears to penalize user-controlled pitches through rigid, user-specific timing windows while allowing the CPU to complete pitches in comparable physical situations. This creates a skill gap based less on reading the defense and executing the play than on whether the engine grants a predetermined animation. The requested design change is straightforward: replace those user-specific penalties with a universal, physics-driven system in which pitch success is determined by spatial separation, defender assignment, momentum, body position, contact, and play history equally for the user and CPU.
I am writing to provide constructive feedback regarding the mechanical state of option football, particularly Read, Speed, and Triple Option variants. While the introduction of adaptive defensive adjustments and concept sequencing appears to be a step in the right direction, the current execution can undermine user skill, tactical setup, and real-world option football logic.
My experience across the last several titles has highlighted what appears to be a widening gap between user execution and CPU execution.
In CFB 25, after initially experiencing 28 quarterback fumbles while running an Air Force franchise, I spent hours analyzing instant replays. I studied CPU triple-option execution frame by frame, specifically looking at the timing and spacing involved in giving to the fullback, keeping with the quarterback, and pitching the ball. Eventually, I was able to understand and consistently execute those timing and spacing rules.
In CFB 26, the option mechanic was significantly nerfed, which substantially reduced the value of the timing and spacing skills I had developed. I also largely stayed away from option football competitively in Heisman online dynasties.
In CFB 27, even with the addition of setup plays, my experience suggests that successful user-controlled perimeter pitches occur at roughly a 20/80 ratio compared with the CPU. When reviewing replays side by side, the user is frequently denied a pitch in what appears to be the same physical space where the CPU can safely execute one. Additionally, when user pitch timing is off by even a single frame, the result can be an unrealistic “super-pursuit” rundown animation in which the defender appears to recover far faster than normal player momentum would allow.
Crucially, I do not believe this is simply a ratings or percentage issue. When using a military academy team against an opponent with nearly identical player ratings, the disparity in pitch success remains. The same physical spacing and defensive situation can produce different results depending on whether the action is being controlled by the user or the CPU.
If the goal is to simulate option football, I believe the system should move away from user-specific input penalties and toward a dynamic system based on assignment conflict, defensive keying, play history, and physical positioning.
- True Concept Sequencing for Run Fits
If an offense has established a dominant inside run game, such as the Fullback Dive or Inside Zone, second-level defenders should have to respect that established tendency.
For example, if a defense has spent several plays fitting aggressively against the fullback, an option play should be capable of creating a genuine conflict for that defender. A defense that has not previously seen the option concept should not receive perfect, instant recognition on the first attempt simply because the engine knows the play that was called.
The defensive response should develop from what the defender has actually been shown during the drive.
- Dynamic Assignment Conflict and Defensive Keying
Real-world option football is designed around forcing defenders into assignment conflicts.
If a defender is keying aggressively on the quarterback, committing inside to stop the dive or quarterback keep, his ability to recover toward the trailing pitch player should be affected by his momentum, body position, and reaction time.
The engine should track the defender’s actual commitment rather than allowing an animation or pursuit system to immediately correct the defender’s position.
If the defender commits inside, his hips should have to turn and his momentum should have to change naturally. This would prevent the current situations where defenders appear to recover at angles or speeds that do not correspond to their previous movement.
- Universal, Spatially Based Pitch Windows
Rather than applying a catastrophic penalty when a user-controlled pitch occurs slightly outside an intended input window, pitch success should primarily be determined by universal physical parameters.
For example, if the quarterback correctly reads a crashing defender and pitches the ball while there is sufficient spatial separation and before physical contact is initiated, the pitch should be available.
The same spacing, momentum, and timing parameters should apply to both the CPU and the user.
A user should be rewarded for correctly reading the defense and executing the pitch, even if the timing is not mathematically identical to a predetermined animation window.
- Make Defensive Reactions Emergent Rather Than Scripted
The overall goal should be for option football to create the same kinds of conflicts that it creates in real football.
A defense that aggressively keys the quarterback should be vulnerable to the pitch.
A defense that widens to stop the pitch should create more room for the quarterback.
A defense that aggressively attacks the fullback should potentially create opportunities for the quarterback or pitch player.
This would make defensive preparation, play calling, sequencing, and user reads more important than simply memorizing an input window.
The biggest concern is that a player can study the mechanic, understand the defensive behavior, make the correct read, and still receive a fundamentally different result from the CPU in an otherwise identical physical situation.
I believe the better solution is not to make option football easier. It is to make it more consistent and physics-driven.
If a user makes the correct read and creates the correct spatial relationship, the game should reward that execution. If the user makes the wrong read, the defense should be able to punish it. That creates an actual skill gap based on football IQ, film study, timing, and execution rather than one based on whether the engine grants or denies a particular animation.
By tying defensive reaction times to play history, assignment conflicts, keying behavior, momentum, and spatial relationships, option football could become significantly more strategic while remaining difficult to execute.
Thank you for your time and for your continued work on improving the simulation and gameplay aspects of College Football.