Designing the Lines of Spaceflight

When designing the lines for a space flight (see blog), the following  calculations are important:

A line of 8.4235 inches at an apparent angle of 10° from horizontal base i.e. any part of  parallelogram and within area B of diamond locator (see work) has two seconds planned in to it.  This is one minute in Earth Time and is relevant for this area immediately after a 45° degree manouver and for the next quarter of an hour.  The quarter of an hour would of course, be relativised. (see blog)  A 45.5° turn would be dangerous.  The line has in a certain respect an 81.5°-85° angle to its relevant parallelogram base.

The above mentioned line varies by 3° and three minutes in equatorial areas within 20 kilometres north or south of the equator.  The three degrees applies to both angle sizes depicted above.  However, this calculation can be adapted to refer to any parallelogram by utilising the pronounciation of the word apple, with the effect this has on shade and resulting degrees within the earth parallelograms. (see blog).

If the base to the 10° angle line is in any position but horizontal then the Time of Day used designing the line would be different.

The linked Time of Day on Earth varies according to the Time and date on which the line was designed and its position within space at the moment it is is used, i.e. its section of the journey.  Remember date and Time can be artificially framed.

3pm Tuesday 11th October links with the second line stage (see blog) while the ship is in the A to B area of the diamond locator.