How To Stabilize The Core
Your objective is to manipulate and calculate expressions on a grid to match the Target Core Goals before running out of moves.
• Mobile / Touch: Swipe anywhere inside the grid board, or tap the virtual D-Pad.
Step 1: Node Charge (Create Expression)
Slide a Number node into an Operator Node ($+, -, \times$). They combine into a Primed Expression (e.g., sliding $[5]$ and $[\times]$ together fuses them into $[5\ \times]$).
Step 2: Node Fusion (Evaluate Formula)
Slide a Primed Expression node directly into another Number node. They resolve immediately into a single calculated number node (e.g., $[5\ \times]$ pushed into $[3] \rightarrow [15]$).
⚠️ Warning: Every valid movement spawns a new charged element from your loading queue into an empty space. Avoid Grid Locks by strategically choosing your slide trajectories!
Sliding Equation
Algebraic Core
A mathematical core stabilization game. Build and evaluate pending expressions by sliding numbered nodes into operator nodes ($+, -, \times$), aligning them to match algebraic solution goals.
Select Core Level
Level 1
Arithmetic Basics
Targets: 12 & 16
Level 2
Negative Territory
Targets: 24 & 50
Level 3
The Algebraic Core
Targets: 0 & 100
Level Name
Stabilize algebraic output fields.
Algebraic Mechanics manual
1. Node Activation (Charge)
Slide a Number node into an Operator ($+, -, \times$). They combine into a Primed Expression (e.g. $[2] + [+] \rightarrow [2\ +]$).
2. Node Fusion (Evaluate)
Slide that Primed Expression into another number node. They fuse and execute calculation (e.g. $[2\ +] + [3] \rightarrow [5]$).
Level Cleared
You successfully solved the algebraic sequences and stabilized this sector of the core.
Grid Locked
No remaining valid alignments inside the core reactor matrix.
Practice your sequence planning. Spawning moves are highly deterministic and can be memorized.
Core Stabilized
Master Engineer! All algebraic fields inside the system have reached absolute structural integrity. The mainframe reactor is completely stabilized.
Final Calculations Complete
Thank you for playing the Sliding Equation Algebraic Core stabilizer interface.