Ascher Databook Notes:
1. Construction Note: The main cord is finished with a thread wrapping extending for 1.0 cm.
2. With the khipu were 4 broken cords. Two of them were W with finished ends, no knots, and lengths of 24.0 cm and 45.0 cm. We assume that the 24.0 cm W cord completes pendant 86. The other two cords were AB. One had a finished end, no knots, and length 27.0 cm. The other was broken at both ends, 37.0 cm long with 1E knot 7.0 cm from one end.
3. Pendant 44 was broken at 10.0 cm but a directly associated cord was assumed to be its continuation. Pendant 59 was broken at 12.0 cm but a directly associated cord was assumed to be its continuation. Pendant 60 was broken at 15.0 cm. A directly associated cord was assumed to be a part of it but the s knot position may be missing. Subsidiary 135s1 was broken at 3.0 cm but a directly associated cord was assumed to be its continuation.
4. Provenance: Huaura Valley, near Lima, on Santa Rosalia Hacienda. It was found in the remains of a building that was probably an Inka tambo on an old Inka road at its entrance into the cultivated valley. Close by lay the remains of a small settlement and a cemetery.
5. By spacing the khipu is separated into two parts. It may have had additional parts as the main cord is not complete.
6. Part I consists of seven cord groups with six pendants each. The groups are separated by spacing and color pattern.
1. With one exception (pendant 1 in group 7) the color pattern is W,AB,AB,AB,MG:W,AB. All subsidiaries are color MB and appear only on positions 3 through 6 in groups 1 and 2.
2. In all groups position 1 has value 0 or blank; position 6 has the maxiumum value; positions 2 and 5 are similar in magnitude; and positions 3 and 4 are similar in magnitude. That is:

For all i=(1,...,7):

Pi1 = 0
17 ≤ Pi6 = max(j) Pij ≤ 72
Pi2 and Pi5 ≤ 32
Pi3 and Pi4 ≤ 13

Also, pendant values in groups 2, 4, and 6 have the same rank order. That is,

For all i=(2, 4, 6):

Pi6 > Pi2 > Pi5 > Pi3 > Pi4 > Pi1
3. The relative magnitudes of the values in adjacent groups is the same for positions 2 and 6. That is:

For all j=(2,6):

P2j > P1j
P3j < P2j
P4j > P3j
P5j < P4j
P6j > P5j
P7j < P6j

7. Part II consists of eight cord groups with 15 pendants each. The groups are separated by spacing and color pattern. ( The first group has an additional pendant between pendants 10 and 11).
1. Pendants 4 and 11 subdivide each group into 3 subgroups. These pendant positions are the only ones that never contain any subsidiaries and, with one exception, all are zero-valued or blank. Positions 1- 3 have the color pattern MG, FB:W for groups 1- 4 then MG:W for groups 5-8, W; position 4 is W; positions 5- 10 are all color AB; position 11 is MG:W for groups 1- 3 then AB: KG for groups 4-8; positions 12- 14 are all W; and position 1 5 is not consistent in color.
2. In every group pendants in position 8 have at least one subsidiary. With one exception each has a subsidiary of color AB: KG. In positions 12-15, if there is one subsidiary it is AB-W or KG; if there are two it is one of each of these colors; and if there are three it is one of each of these colors and an AB:W.
3. The numerical consistencies are:
1. In all groups the maximum value is in position 3.
2. The values of the pendants in group 7 are the sum of the values on the pendants in the same positions in groups 4 and 3 for positions 3, 6, 10. That is:

P3j + P4j = P7j for j=(3, 6, 10)

3. The values in positions 13- 15 are the same for groups 6 and 7. That is:

P6j = P7j for j=(13, 14, 15)

Primary Cord Notes:
The main cord is finished with a thread wrapping that extends for 1.0 cm.