Do I have a treat for you today.
I've long been working on a system to predict which cars at a stoplight will "come off the line" quicker when the light turns green, and now I'm ready to share this amazing system with the world.
You may be a little confused, but rest assured, all will be made clear to you in just a moment. This system is based off stereotypes collected and determined over the past 10+ years of driving, by me (and me alone), so all results are naturally correct and perfect.
You may be wondering: "why in god's name would I need to know which car is going to accelerate faster at a light?" That is a perfectly valid question and the answer is this:
Say there is an emergency, and you're trying to get somewhere as quickly as possible. You're pulling up to a stoplight and there are three lanes available. There is exactly one car in each lane already stopped at the light. A whole bunch more cars are coming up behind you, so whatever lane you pick you are going to be locked into for a while. You need to get to the next intersection as quickly as possible to make sure you get through it before the light turns red, and if you're stuck behind some slow car, you're probably screwed.
But luckily, with my amazing new system, you can quickly assess the three different vehicles and decide with relative certainty which one you should get behind.
Please note that this will never be 100% accurate. It is based off of stereotypes and generalizations, and as sure as Michael Jackson is white man you can be sure that stereotypes will always have their exceptions. There will always be the chance a mini-van filled with kids will burn off the line and beat the rocker in his lowered Ford Mustang. Anything is possible, but this system will simply give you the best possible chance to succeed.
Here are the modifiers that apply to each car where appropriate. In all cases a vehicle only receives a particular modifier a single time unless the modifier specifically says otherwise:
Type of Vehicle
The vehicle is an SUV: -1
The vehicle is a Hybrid: -1
The vehicle is a Minivan: -2
The vehicle is a Pickup Truck full of equipment/items in the truck bed: -2
The vehicle is an otherwise large vehicle (bus/semi-truck/garbage truck,etc): -3
The vehicle is a Muscle or Sports car: +1
The vehicle was made between 10 and 20 years ago: -1
The vehicle was made more than 20 years ago: -2
Vehicle Adornment/Modifications
There are towels or Doilies over the back seat headrests, or in the rear window area: -1
There are Bobble-head dolls or Stuffed Animals in the rear window area (-1 for each doll or animal): -1
There is a box of Kleenex in the rear window area: -1
The vehicle has one or more Environmental bumper stickers: -1
The vehicle has one or more religious (not counting satanists) bumper stickers: -1
The vehicle has one or more punk/rock/satanic/etc. bumper stickers: +1
The vehicle has racing stickers and/or racing detailing (such as racing stripes): +1
The vehicle has body damage or appears otherwise poorly maintained: -1
The vehicle has been modified to improve its performance (lowered, wide tires, over-sized spoiler, large exhaust pipe, etc): +1
The vehicle has custom rims or is "tricked out" with after-market parts: +1
Driver/Vehicle Behaviors
The driver is turned, talking to a passenger: -2
The driver is looking for something on the floor of the vehicle: -2
The driver is talking on a cell phone: -2
The driver appears to be intently watching the intersection lights of
the cross traffic to get a jump on the light turning green: +1
The vehicle has stopped a half a car length (or more) from the edge of the intersection: -1
The vehicle is inching forward towards the intersection in
anticipation or is already stopped several feet into the intersection:
+1
Driver/Passenger Characteristics
The driver wears eye glasses (not sunglasses): -1
The driver is male, aged 16 to 24: +1
The driver is male, between the ages of 45-60: -1
The driver is a female between the ages of 24-60: -1
The driver is male or female and over the age of 60: -2
There are 3 people in the vehicle (and the driver isn't a male under the age of 24): -1
There are 4 or more people in the vehicle (and the driver isn't a male under the age of 24): -2
The vehicle has one or more passengers and all occupants are under the age of 24: +1
The vehicle contains any number of children under the age of 16: -2
Applying the modifiers: When you are pulling up to an intersection, look at each vehicle, apply the appropriate modifiers and add them together to get a grand total for each vehicle. Then compare that vehicle's grand total with the grand totals of the vehicles in other lanes to determine which car has the best chance of accelerating the fastest.
The lower the number, the more likely the vehicle will accelerate slowly. The greater the difference in grand totals between vehicles the greater the chance that one vehicle will accelerate faster than another vehicle.
For example, in one lane you have a Minivan (-2), with a "Save the Earth sticker" (-1), driven by a woman in her late thirties (-1), with three kids (4 people in the car: -2) who are under the age of 16 (-1). The total for the Minivan is -7; which is pretty darn low.
In the other lane is a Hybrid car (-1), driven by a 23 year old (+1) male, who is talking on his cell phone (-2). That car's total is: -2.
With a difference of 5 between each car's total, you can safely assume that the Hybrid will pull off the line faster than the minivan filled with kids when the light turns green.
There you have it. Although it may seem daunting at first, give it a try and tell me how it works for you.