Qt or Java if you want cross platform implementation.

It seems like you have an idea, even though you didn't explain it very well, but you lack the skill to implement it. Consider working on you skills first (C, AI or whatever) before you jump into gameIt seems like you have an idea, even though you didn't explain it very well, but you lack the skill to implement it. Consider working on you skills first (C, AI or whatever) before you jump into game development (or any software development at all).

Simplicity: BASIC programming...but it would be an insult telling it here

thanks Joseph and Anu

There are some interesting numerical properties to this problem. Due to [2^(a+1)] % (10^b) = 2 * [(2^a) % (10^b)] % (10^b) the results will enter into a loop above a certain a. This is of courseThere are some interesting numerical properties to this problem. Due to [2^(a+1)] % (10^b) = 2 * [(2^a) % (10^b)] % (10^b) the results will enter into a loop above a certain a. This is of course below 10^b, but by how much? A quick check shows: b=1 wrap around at a=5 b=2 wrap around at a=22 b=3 wrap around at a=103 b=4 wrap around at a=504 b=5 wrap around at a=2505 b=6 wrap around at a=12506 That's exactly at 5^b - 5^(b-1) + b = 4*5^(b-1)+b. So, as a first step for any arbitrarily large shift c, you can calculate a=c % ( 4*5^(b-1)+b) and calculate (2^a)%(10^b) instead.

True. However, using recursion heavily in C as a loop replacement is highly inconvenient; unlike functional languages, C has a lot of syntax overhead for defining a function (prototypes, etc.), soTrue. However, using recursion heavily in C as a loop replacement is highly inconvenient; unlike functional languages, C has a lot of syntax overhead for defining a function (prototypes, etc.), so unless the given problem has a typical recursion solution (like devide-and-conquer algorithms), I'd stay away from recursion.

Hello, I write the next little function, I hope it can help you: The n parameter is the number of rows (or columns), then you should write: printTriangle(3); void printTriangle(int n){ for(intHello, I write the next little function, I hope it can help you: The n parameter is the number of rows (or columns), then you should write: printTriangle(3); void printTriangle(int n){ for(int s=0;s<n;s++){ int c=s+1; cout<<c; int i=n; for(int j=1;j<n-s;j++){ c+=i; i--; cout<<"\t"<<c; } cout<<endl; } } Note: this is C++, but you can change the cout, for printf

Both have different adventages . Groovy and grails is one example of using advantages of those .

I would recommend either the Learning Perl 2011 ed (camel book) or the Advanced Perl Programming Book (bear book) both from O'reilly. The Apress Learning Perl 2010 book is good too but it has lessI would recommend either the Learning Perl 2011 ed (camel book) or the Advanced Perl Programming Book (bear book) both from O'reilly. The Apress Learning Perl 2010 book is good too but it has less content than Learning Perl. The benefits of Perl are regular expressions are easy for projects with a lot of pattern recognition. It is used historically for a Unix development. Today there are languages such as Python, Ruby, as well as functional languages like F# and Scala (used for Twitter) that are giving Perl a run for its money.

Thank you, I'll try to use cygwin.

You can also use Anjuta DevStudio: GNOME Integrated Development Environment for further details you can check the following website http://projects.gnome.org/anjuta/index.html

Hi Daniel, thanks a lot for your comment. NXC, java, C++ allow to code embedded programs. This is also possible by using NXT-G, as well. On the other hand, MATLAB and Python allow remote control ofHi Daniel, thanks a lot for your comment. NXC, java, C++ allow to code embedded programs. This is also possible by using NXT-G, as well. On the other hand, MATLAB and Python allow remote control of robots, it's even possible to execute commands on the fly. I'm interested on determining some of the functionality in the PC in order to execute complex algorithms (here an example: http://www.mindstorms.rwth-aachen.de/trac/wiki/ProjectParticleFilter-MonteCarloLocalizationAlgorithm). Bluetooth communication can be made with different languages, So, I'm sure I may code two programs in NXC, C++ or java running on both, PC and NXT brick. But, Do not persist the problem of latency in communication?. Note that PC sends the order to read the sensors, the robot gets the data and, once gained, they are sent to the PC again. All this while the robot is moving. Surely the best option is not to delegate full control on PC and look for a hybrid solution. Regarding the thing with motors, I made a mistake. The latency does not increase while motors are running, it is the same. These are the technical specifications of the NXT brick: 32-bit AT91SAM7S256 main microprocessor (256 KB flash memory, 64 KB RAM) 8-bit ATmega48 microcontroller @ 4 MHz (4 KB flash memory, 512 Bytes RAM) 100x64 pixel LCD matrix display Can be programmed using Windows or Mac OS (NBC/NXC supports Linux as well) A single USB 2.0 port Bluetooth (Class II) wireless connectivity, to transfer programs to the NXT wirelessly or offer ways to control robots remotely (through mobile phones and possibly by PDA's) 4 input ports, 6-wire cable digital platform (One port includes a IEC 61158 Fieldbus Type 4/EN 50 170 compliant expansion port for future use) 3 output ports, 6-wire cable digital platform Digital Wire Interface, allowing for third-party development of external devices Other software can also be used.

Try the adapter pattern or some form of it.. http://en.wikipedia.org/wiki/Adapter_pattern

I have been programming with threads+C++ for the last 10 years. If you have further questions/needs, please send me an email or message !!.