Reed DA (Danny) at Aera wrote:
> I have a matrix which contains temperatures. The columns are time, spaced
> 33 seconds apart, and the rows are depth intervals. What I'm trying to do
> is create another matrix that contains the rate of change of temperature
> for each depth. The array is called LS
Alan Gauld wrote:
On 30/08/11 00:26, Emile van Sebille wrote:
delta_temp(i,j) = (LS_JULY_11(i,j) - LS_JULY_11(i,j-1))/TIME_STEP
delta_temp access and assignment likely wants to be expressed with
brackets rather than parens.
And for those not speaking the US variant of English that'll be squ
On 30/08/11 00:26, Emile van Sebille wrote:
delta_temp(i,j) = (LS_JULY_11(i,j) - LS_JULY_11(i,j-1))/TIME_STEP
delta_temp access and assignment likely wants to be expressed with
brackets rather than parens.
And for those not speaking the US variant of English that'll be square
brackets as op
On 8/29/2011 3:28 PM Reed DA (Danny) at Aera said...
Hi all,
I have a matrix which contains temperatures. The columns are time,
spaced 33 seconds apart, and the rows are depth intervals. What I'm
trying to do is create another matrix that contains the rate of change
of temperature for each depth
Hi Danny,
Most likely you want
delta_temp(i,j) = (LS_JULY_11(i,j) -
LS_JULY_11(i,j-1))/TIME_STEP
to become (changed the character from '()' to '[]':
delta_temp[i,j] = (LS_JULY_11(i,j) -
LS_JULY_11(i,j-1))/TIME_STEP
Basically it t
Hi all,
I have a matrix which contains temperatures. The columns are time, spaced 33
seconds apart, and the rows are depth intervals. What I'm trying to do is
create another matrix that contains the rate of change of temperature for each
depth. The array is called LS_JULY_11 and the output arra
