Renting American Cars

As a traveling consultant I've developed a pretty poor opinion of American cars. Sliding doors that won't close, unfathomable glove boxes, ugly/boring interiors, boring/ugly exteriors, crazy placements for the radio/ac/heating/trunk release buttons, plastic doors with tails of extra material hanging off poorly drilled holes... The other day I was sitting in a Chrysler 300 talking with one of our tech leads about how he really wishes the rental company hadn't upgraded him and would've much preferred a Hyundai Elantra -- a car that costs half as much as the 300. It's a bit depressing.



Comments

Unknown said…
We have a simple policy here. Don't buy an American car. They all have poor build quality and poor fuel efficiency. The Germans have beautiful cars, but there aren't that many available in India and they don't understand 'fuel efficiency' either.

The Koreans are actually doing a phenomenal job these days. Almost as good as the Japs...
August 30, 2007 at 5:45 AM
Anonymous said…
Actually the Diesel german cars have superb fuel efficiency.

And it's funny how the US car industry has been on a downslide for years (decades?) and they still don't understand what they are doing wrong.
August 31, 2007 at 3:19 AM
Steven Deobald said…
Sidu's right. I've seen but a scant few American cars here in Pune. Every time I see one, I'm shocked.

If the poor manufacturing and horrendous fuel efficiency weren't enough, they also take up four fifths of the road. Perhaps the owners simply have a great sense of humor.
September 2, 2007 at 8:39 AM
Unknown said…
This comment has been removed by a blog administrator.
October 17, 2007 at 7:58 PM
Post a Comment

Popular posts from this blog

What's a Good Flog Score?

I've been using Flog to measure the complexity of my Ruby code and I was wondering how others interpret Flog numbers. I'll go first with my opinions: Score of Means 0-10 Awesome 11-20 Good enough 21-40 Might need refactoring 41-60 Possible to justify 61-100 Danger 100-200 Whoop, whoop, whoop 200 + Someone please think of the children (note: these are scores for an individual method) The 20 - 60 range is interesting to me. Sometimes the complexity of what you're doing will justify the score and other times the method is in desperate need of refactoring. The highest Flog score I've seen in the wild was in the 300's. What's you're personal high and what do you think of my rankings? In other news, I've redesigned the look of my blog so if you only see my post through a reader you might want to stop on by, take a look, and tell me what you think.
Read more

SICP Wasn’t Written for You

The number of software luminaries who sing the praises of “ Structure and Interpretation of Computer Programs ” (referred to as SICP) is such a long list that you might think only a crazy person would take issue with it. However, to ignore SICP’s problems and continue to blindly recommend it seems just as crazy. SICP was the textbook for MIT’s introductory programming class and was a bit of a departure from other into to computer science textbooks at the time.  Wikipedia sums it up nicely:  “Before SICP, the introductory courses were almost always filled with learning the details of some programming language, while SICP focuses on finding general patterns from specific problems and building software tools that embody each pattern.”  Which sounds awesome, but does essentially say that abstract principles will be introduced before the nuts and bolts of a language.  If you think about that for a minute, you may see where the problems will be. When I was training to be a...
Read more

Point Inside a Polygon in Ruby

Recently my team needed to find out if a point was inside a given polygon and, as usual, we found some code on the internet that did what we wanted. And, as usual, there wasn't much explanation as to what it was doing. Here's the code (after we converted it to Ruby): 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 def contains_point? (point) c = false i = -1 j = self .size - 1 while (i += 1 ) < self .size if (( self [i].y <= point.y && point.y < self [j].y) || ( self [j].y <= point.y && point.y < self [i].y)) if (point.x < ( self [j].x - self [i].x) * (point.y - self [i].y) / ( self [j].y - self [i].y) + self [i].x) c = !c end end j = i end return c end end So, you know, it works and I'm grateful to somebody for posting it but we had no idea how it works. So we wrapped 2 tests around it (one where the point is not in the polygon and another where it is...
Read more