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If for any reason you want to turn Microadjustment o , click the Disable button as mentioned earlier. This does not lose the Microadjustment setting you worked on. As soon as you go back to Adjust all by same amount, or Adjust by lens, the camera returns to its previous setting.

It is tempting to believe that computers would not be susceptible to random errors After all, computers do not make mistakes However, this is an erroneous belief The measurer is not the only source of random errors A better way of expressing this is to say that random errors are a measure of the unpredictability of the measuring process Computer systems are also unpredictable, since they are constantly influenced by outside agents such as users and network requests The second type of error is a personal error This is an error which a particular experimenter adds to the data unwittingly There are many instances of this kind of error in the history of science In a computer controlled measurement process, this corresponds to any particular bias introduced through the use of specific software, or through the interpretation of the measurements.

Table 15.19 (continued)

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Accidents do happen and equipment does break down at times. There are three methods in the U.S. for sending your camera or other Canon gear in for repair using CPS, sending the camera to a Canon repair center, or using a local shop. The method you use depends on whether you re a member of Canon Professional Services (CPS). CPS is open to professional photographers only. You have to qualify to be accepted into the program, and if you are, there are several advantages, including faster processing of repairs. Joining CPS was once free, but recently changed to a three-tiered structure (starting in January of 2009). If accepted into the program, you can choose from three levels of membership: Silver, Gold, or Platinum. Anyone interested has to apply, including current CPS members. Here are just some of the bene ts that each level includes:

The final and most insidious type of error is the systematic error This is an error which runs throughout all of the data It is a systematic shift in the true value of the data, in one direction, and thus it cannot be eliminated by averaging A systematic error also leads to an error in the mean value of the measurement The sources of systematic error are often difficult to find, since they are often a result of misunderstandings, or of the specific behaviour of the measuring apparatus In a system with finite resources, the act of measurement itself leads to a change in the value of the quantity one is measuring To measure the CPU usage of a computer system, for instance, we have to start a new program which collects that information, but that program inevitably also uses the CPU, and therefore changes the conditions of the measurement.

tmpCoef = &dctCoef[0][0]; for(h=0; h<8; h++) { tmpDat = curData; AC0 = *tmpCoef++ * (long)*tmpDat; tmpDat += 8; for(j=0; j<7; j++) { AC0 += *tmpCoef++ * (long)(*tmpDat); tmpDat += 8; } temp16[i+(h<<3)] = (short)(AC0>>12); } } // Apply 1-D DCT on the resulting rows for(i=0; i<64; i+=8) { curData = temp16 + i; tmpCoef = &dctCoef[0][0]; for(h=0; h<8; h++) { tmpDat = curData; AC0 = *tmpCoef++ * (long)(*tmpDat++); for(j=0; j<7; j++) { AC0 += *tmpCoef++ * (long)(*tmpDat++); } block[i+h] = (short)(AC0>>15); } } }

These issues are well known in the physical sciences and are captured in principles such as Heisenberg's Uncertainty Principle, Schrbdinger's cat and the use of infinite idealized heat baths in thermodynamics We can formulate our own verbal expression of this for computer systems: Principle 51 (Uncertainty) The act of measuring a given quantity in a system with finite resources always changes the conditions under which the measurement is made, ie the act of measurement changes the system For instance, to measure the pressure in a tyre, you have to let some of the air out, which reduces the pressure slightly This is not noticeable on a car tyre, but it can be noticeable on a bicycle The larger the available resources of the system, compared to the resources required to make the measurement, the smaller the effect on the measurement will be..

camera body. Because the adjustments stay with the camera body, not the lens, if you use the same lens on di erent camera bodies, then you want to check AF accuracy on each body.

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