Fe Expression Script Sushi X Top

Link the layer’s Fill color to the Y-position:

yPos = transform.position[1];
t = linear(yPos, 0, thisComp.height, 0, 1);
// Blend between Red (Top) and Blue (Bottom)
startColor = [1, 0, 0]; // Red
endColor = [0, 0, 1];   // Blue
linear(t, 0, 1, startColor, endColor);

You have just created a Full Expression (FE) script that manages position, rotation, and color from one logical flow. fe expression script sushi x top

Sushi’s modular pool architecture (Trident) allows FE scripts to address specific liquidity bins, making topological inference tractable. Other DEXs with fewer tick granularities lose the invariants. Link the layer’s Fill color to the Y-position:

Without specific details on Sushi X Top, let's assume it's a project that requires: You have just created a Full Expression (FE)

The rise of programmable financial expression (FE) scripts has enabled fine-grained control over decentralized exchange (DEX) interactions. This paper explores the integration of FE scripting with SushiSwap’s concentrated liquidity pools and proposes a topological (Top) framework to model transaction order and expression permanence. We demonstrate that FE scripts — when layered over Sushi’s trident or classic pools — can preserve certain topological invariants (e.g., path connectivity, liquidity nesting) even under high MEV conditions. Our preliminary results show a 14–22% reduction in adverse selection for FE-embedded Sushi swaps compared to vanilla execution.