Bob Cowdery:
> How confusing to support two ways of doing something which require the
> indices in a different order.
Yes, it's a mess. I have proposed to accept that C syntax only when the -d
compiler switch is used (it also enables C-style function literals and maybe C
function pointers too).
On 12/10/2010 21:43, Simen kjaeraas wrote:
> Bob Cowdery wrote:
>
>> x_average[ptr] = x_points; // tells me array length don't match.
>>
>> When I print x_average[ptr] or x_average[][ptr] or x_average[ptr][] they
>> all tell me the length is 10. What do I have to do to get to the row
>> which is
On 12/10/2010 21:25, Bob Cowdery wrote:
> On 12/10/2010 21:11, Simen kjaeraas wrote:
>> Bob Cowdery wrote:
>>
>>> On 12/10/2010 20:29, Simen kjaeraas wrote:
Bob Cowdery wrote:
> x_points[]
> =(x_average[0]+x_average[1]+x_average[2]+x_average[3]+x_average[4]+x_average[5]+
Bob Cowdery wrote:
x_average[ptr] = x_points; // tells me array length don't match.
When I print x_average[ptr] or x_average[][ptr] or x_average[ptr][] they
all tell me the length is 10. What do I have to do to get to the row
which is 600?
Oh, yes. Sorry, I didn't see that at first. D (for s
On 12/10/2010 21:11, Simen kjaeraas wrote:
> Bob Cowdery wrote:
>
>> On 12/10/2010 20:29, Simen kjaeraas wrote:
>>> Bob Cowdery wrote:
>>>
x_points[]
=(x_average[0]+x_average[1]+x_average[2]+x_average[3]+x_average[4]+x_average[5]+
x_average[6]+x_average[7]+x_average[8]+
Bob Cowdery wrote:
On 12/10/2010 20:29, Simen kjaeraas wrote:
Bob Cowdery wrote:
x_points[]
=(x_average[0]+x_average[1]+x_average[2]+x_average[3]+x_average[4]+x_average[5]+
x_average[6]+x_average[7]+x_average[8]+x_average[9])/10;
The average gives me a compile error of incompatible types
On 12/10/2010 20:29, Simen kjaeraas wrote:
> Bob Cowdery wrote:
>
>> x_points[]
>> =(x_average[0]+x_average[1]+x_average[2]+x_average[3]+x_average[4]+x_average[5]+
>>
>> x_average[6]+x_average[7]+x_average[8]+x_average[9])/10;
>>
>> The average gives me a compile error of incompatible types.
>
>
Bob Cowdery wrote:
x_points[]
=(x_average[0]+x_average[1]+x_average[2]+x_average[3]+x_average[4]+x_average[5]+
x_average[6]+x_average[7]+x_average[8]+x_average[9])/10;
The average gives me a compile error of incompatible types.
You need to append [] to x_average[index].
--
Simen
I'm trying to implement some array-wise operations.
// I have an array of float values that need to be averaged over a 10
cycle period.
float x_points[600];
float x_average[600][10];
int ptr = 0;
// I accumulate one cycle in x_points and add that into a circular array
of the last 10 c
