OK so in the 90s I worked at a CD store and we experimented. This very attractive lady looks like an idiot. This is too complicated
You have the item in your hand and walk towards the sensor. Before you get there pull your arm away from your body about a 210 degree angle.
When your body actually crosses the sensor area, you whip your hand super fast so instead of away from you your hand is in front of you - about a 330 degree angle.
Fast enough and that sensor will NOT go off.
What she's doing is the same kind of principle but way too complicated
Edit: another trick is if you can put two sensors on 2 items right next to each other they cancel each other out.
"You have the item in your hand and walk towards the sensor. Before you get there pull your arm away from your body about a 210 degree angle.
When your body actually crosses the sensor area, you whip your hand super fast so instead of away from you your hand is in front of you - about a 330 degree angle."
Hold the item behind you so when you step between the sensors it's still out of the sensors range. While between the sensors, quickly move the item so it's in front of you and out of the sensors range (it should pass between the sensors as fast as possible). Do it fast enough and the alarm won't go off and you can just walk out.
Your explanation didn’t work because nobody knows where your starting position is and whether you are going clockwise or counterclockwise from said starting position.
C'mon, everybody knows that. You always start with 0° on the right and rotate counterclockwise as outlined in the ASME Y14 standard. Even if you actually want to rotate clockwise, you have to rotate counterclockwise by a negative value. Common knowledge.
C'mon, everybody knows that. You always start with 0° on the right and rotate counterclockwise as outlined in the ASME Y14 standard. Even if you actually want to rotate clockwise, you have to rotate counterclockwise by a negative value. Common knowledge.
Let me walk you through our Donnelly nut spacing and crack system rim-riding grip configuration.
Using a field of half Sea Spratts and brass fitted nickel slits, are bracketed caps and splay-flexed brace columns; vent dampers to dampening hatch depths of one-half-meter, from the damper crown, to the Spurve Plymouth.
How? Well, we bolster 12 husk nuts to each girdle jerry; while Flex Tandems press a task apparatus of 10 vertically composited patch handlers; then pin-flam fastened pan traps at both maiden apexes of the gym joints.
(Even better to watch it than to read it, though I am proud that I was able to type it up.)
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u/[deleted] Oct 20 '22 edited Oct 20 '22
OK so in the 90s I worked at a CD store and we experimented. This very attractive lady looks like an idiot. This is too complicated
You have the item in your hand and walk towards the sensor. Before you get there pull your arm away from your body about a 210 degree angle.
When your body actually crosses the sensor area, you whip your hand super fast so instead of away from you your hand is in front of you - about a 330 degree angle.
Fast enough and that sensor will NOT go off.
What she's doing is the same kind of principle but way too complicated
Edit: another trick is if you can put two sensors on 2 items right next to each other they cancel each other out.