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analysis:solve [2014/08/12 03:37] Jamie McCallum [Start calc/solve & get a viable solution] |
analysis:solve [2014/08/12 03:38] Jamie McCallum [Start calc/solve & get a viable solution] |
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* Return to the main menu with ''O'' and then go to the Weighting menu with ''H''. Press ''C'' to add a noise floor to the weights, then save areturn to the main menu with ''O'' | * Return to the main menu with ''O'' and then go to the Weighting menu with ''H''. Press ''C'' to add a noise floor to the weights, then save areturn to the main menu with ''O'' | ||
* Generate a solution with ''Q''. If the weighted RMS is < 150 ps, things are likely ok. You should be able to produxe a version 4 database and NGS file at this stage if you want to work on the data in VieVS/OCCAM/etc. This avoids calc/solve flagging ''outliers'' automatically. To proceed on to obtain a final solution, read on. | * Generate a solution with ''Q''. If the weighted RMS is < 150 ps, things are likely ok. You should be able to produxe a version 4 database and NGS file at this stage if you want to work on the data in VieVS/OCCAM/etc. This avoids calc/solve flagging ''outliers'' automatically. To proceed on to obtain a final solution, read on. | ||
- | * Eliminate outliers with ''\''. Set recommended parameters with the following commands: ''X'', '1000'' (press enter), ''U'', ''400'' (press enter), ''C'' (press enter). When ready, the screen should look like this: | + | * Eliminate outliers with ''\''. Set recommended parameters with the following commands: ''X'', ''1000'' (press enter), ''U'', ''400'' (press enter), ''C'' (press enter). When ready, the screen should look like this: |
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