yes initially I copied the new class in orekit 13 and subsequently, to leave no doubts, I also compiled the snapshot; i will continue to investigate
ah ok well with the snasphot, try the 7x7STM.
For this you need to explictly pass the 7-D identity matrix, like so:
final MatricesHarvester harvester = propagator.setupMatricesComputation(stmName, MatrixUtils.createRealIdentityMatrix(7), null);
Hello Romain;
thank you
now i have two compatible gradient:
SQP grandient J{-1,3175340035; -32,3972968776; -417,9098184085; 159,9688799066; -0,7523898769; -17,022298429; -257,6371155363; 177,2382317648; 19,0313430394; -4,6182860496; -31,2179492646; 118,8786002469; 2,5951381631; -0,8087769012; -1,8506320355; 37,0179865405}
SQP grandient J{-1,3176810998; -32,4026619132; -417,910906095; 159,9708619196; -0,7523438962; -17,0223195069; -257,6372475412; 177,2367223411; 19,0313272539; -4,6186735617; -31,2184796592; 118,8819373892; 2,5951184104; -0,809264837; -3,1269649093; 11,5069766561}
Except for the last two components (median and duration of the last maneuver);
maybe I made a mistake adding another line to the Jacobian to consider the time variation in the final state effect the satellite longitude .
I added the last line considering the time = median + duration/2.0 of the last maneuver
[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0.5,1.0]
Alternatively how can I create a control parameters dependency on the part of my cost function that depends on longitude?