{
"ael_seal": "AEL CS Encyclopedia — © Ayman Elmasry",
"owner": "Ayman Elmasry",
"legal_entities": [
"Ayman Elmasry LLC (UAE)",
"Ayman Elmasry Advertising & Marketing (Egypt)"
],
"section": "Projects",
"syllabus_source": "Harvard CS50x (Deep Internal Analysis)",
"capstone_projects": [
"Oscartime.sb3 (Freefall Physics & Mutators)",
"Ivy's Hardest Game.sb3 (Collision Engine & Bounds)"
],
"methodology": "8-Stage Sub-Silicon Execution Paradigm",
"system_version": "v3.0"
}
In the src0 master asset directory, David Malan supplies the step-by-step architectural source code for two complete game systems. In the AEL engineering paradigm, we evaluate these projects as a masterclass in sensor mechanics, physics loops, and Cartesian coordinate orchestration.
[ Canvas Plane ] ──> [ X: -240 to 240 / Y: -180 to 180 ] ──> [ Collision Engine (Sensing) ]
Foundational sprite initialization and initial vertical drop vector.
Implementation of the bounding box collision sensor touching trash can?.
The final master game package incorporating dynamic scoring memory allocation.
Preliminary player motion configuration via key binding blocks.
Construction of custom procedural sub-routines listen for keyboard and feel for walls.
The massive master bundle featuring dynamic moving obstacles and failure triggers.
Rather than saturating the primary forever loop with 20 convoluted nested conditional statements, Malan introduces an exceptionally clean architectural model rooted in the Separation of Concerns. listen for keyboard handles input polling, while feel for walls immediately inverts motion vectors upon collision to prevent sprite clipping!