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Settled in Lower Nubia, escaped town immediately. Living a quiet life in the 'burbs.

Proud to be wed to my perfect Egyptian bride, Anankha! Life is now less quiet, but much more pleasant.

"Stonebob Limestonepants!", my sculpture at Condo-on-the-Nile, Pirates' Crossing, Lower Nubia, has passed! (That's 1095 -2761 for the map-centric among us.) Actually, "Stonebob Limestonepants Jr." passed, near the LN Level 1 beetle garden. A complete void of ideas for a sculpture was one of the reasons I took some months away from Egypt. In a surprise twist, and with much helpful prompting from Jodpar and Amy, this - erm... "creation" came to life! Thanks to both of you!

Links

Microbe Mapping

Paint Recipes

I've verified the following recipes (thanks to the PracticalPaint tool, and LittleCleo's reaction testing spreadsheet!)

Color Ingredients
Blue Violet 1 Carrot, 1 RedSand, 9 Cabbage Juice, 1 Potash
Crimson 12 Carrot, 5 Red Sand, 1 Cabbage Juice
Dark Green 1 Sulfur, 9 Clay, 1 Copper
Dark Slate Gray 5 Cabbage Juice, 4 Clay, 1 Iron
Forest Green 7 Earthlight, 1 Cabbage Juice, 1 Sulfur, 1 Clay, 1 Copper
Hot Pink 1 Clay, 1 Carrot, 1 Toad Skin, 1 Sulfur, 1 Lime, 7 Cabbage Juice
Indian Red 4 Cabbage Juice, 1 Clay, 5 Carrots
Medium Spring Green 1 Earthlight, 1 Sulfur, 1 Clay, 7 Copper, 1 Cabbage Juice
Pale Violet Red 1 Copper, 5 Cabbage Juice, 4 Clay
Purple 6 Cabbage Juice, 4 Clay, 1 Sulfur
Spring Green 8 Earthlight, 1 Sulfur, 1 Clay, 1 Copper
Light Green
Light Blue
Goldenrod 7 Carrot, 1 Sulfur, 3 Clay

Mining

Mineral Compositions

Mineral Abbr RL Concentrations Mol Wt(gm)
Abhurite ABU 74.65% Sn 0.42% H 14.86% Cl 10.06% O 477.05
Akdalaite AKA 50.69% Al 0.47% H 48.84% O 425.86
Ashoverite ASH 65.78% Zn 2.03% H 32.19% O 99.40
Bernalite BEA 52.26% Fe 2.83% H 44.91% O 106.87
Berndtite BEN 64.92% Sn 35.08% S 182.84
Cassiterite CAS 78.77% Sn 21.23% O 150.71
Corundum COR 52.93% Al 47.07% O 101.96
Covellite COV 66.46% Cu 33.54% S 95.61
Cupalite CUA 29.74% Al 7.21% Zn 63.05% Cu 90.71
Cuprite CUR 88.82% Cu 11.18% O 143.09
Danbaite DAN 67.3% Zn 32.7% Cu 194.33
Diaspore DIA 44.98% Al 1.68% H 53.34% O 59.99
Digenite DIG 78.1% Cu 21.9% S 732.24
Fayalite FAY 54.81% Fe 13.78% Si 31.41% O 203.78
Hematite HEM 69.94% Fe 30.06% O 159.69
Hibonite HIB 4.52% Ca 1.96% La 1.98% Ce 0.17% Mg
3.38% Ti 39.59% Al 5.52% Fe 42.89% O
708.81
Kamecite KAM 89.54% Fe 10.46% Ni 56.13
Magnetite MAG 72.36% Fe 27.64% O 231.54
Matraite MAT 67.1% Zn 32.9% S 97.46
Osbornite OSO 77.37% Ti 22.63% N 61.89
Romarchite ROM 88.12% Sn 11.88% O 134.71
Rulite RUL Ti
Sweetite SWE 65.78% Zn 2.03% H 32.19% O 99.40
Tenorite TEN 79.89% Cu 20.11% O 79.55
Wulfingite WUL 65.78% Zn 2.03% H 32.19% O 99.40

Metals

Fe HEM KAM MAG Result
41 3 19 19 34

Alloys

Bronze

Cu:Sn ABU CUR DIG ROM TEN Result
15:15 5 11 2 10 2 0
28:7 2 21 5 7 26

Brass

Cu:Zn Dumped by ASH COV CUA CUR DAN DIG MAT SWE TEN Result
9:9 1 1 4 5 1 2 4 15
19:18 3 3 12 4 11 4 31
23:23 18 14 1 9 4 0
24:22 12 18 4 12 39
26:23 3 2 16 14 6 8 42
26:23 1 20 16 1 3 3 5 18
26:23 1 3 19 11 11 4 42
26:23 Malesh 3 16 12 2 7 1 8 42
27:23 4 2 21 17 4 4 18
27:24 6 12 15 3 15 43
29:26 2 18 20 6 9 47
29:26 4 17 16 6 12 47

For me, it appears that Digenite will ruin, or at least greatly reduce the yield, of a smelt. Others have had problems with Matraite, Ashoverite or Danbaite ruining their smelts. I wonder if we are seeing another hashed effect, where some ore crystal(s) will not work in alloys for each individual. With so few ores used in alloys, most people would never see anything. The rest of us are left wondering what's going on. The losses seem to occur at the time the cart is loaded in the furnace, so when I had Malesh dump the Digenite-infected brass load above, it worked fine for me to fire it, but when I've dumped similar cart loads before, they failed.

Steel

Fe:Sn ABU BEA CAS HEM KAM MAG ROM Dirt Sand Result Remarks
16:4 2 1 15 2 3
23:16 2 2 2 2 3 16 12 15 6 15 Sand
30:7 No details 9 4 Ti, 6 limestone, 2 Zn impurities

Fe:Al KAM MAG AKD COR DIA HIB COV CUR Dirt Sand Result Remarks
27:5 8 19 3 2 1 2 2 9 0 Also 3 Cu, 2 Dirt, 9 Sand
5:3 3 2 2 1 2 2 2 Total impures>Al, all single inpures <Al

Steel appears to ignore any impurities, metal or not, so long as there is more of the secondary metal than the impurities. Also, the 2nd Fe:Al test shows that no single impurity should be greater than the secondary metal, but the total can exceed it and still work normally.

Gearboxes

A B C D E F G H Used Range Gear Train
% 30 E30 3/5*3/5/6
8 13
7 43
6 4 Count Type Comments
5 46 7 Small
4 3 Medium
3 15 Large
2 53 3m74 Cost
1 3 Design

A B C D E F G H Used Range Gear Train
% 50 400 B50 3/5/6
8 16 113 G400 6/5/3*6/5
7 113
6 15 115 Count Type Comments
5 43 9 Small
4 4 136 6 Medium
3 46 15 Large
2 4 6m138 Cost
1 4 Design

A B C D E F G H Used Range Gear Train
% 288 400 D288 6/5*6/5/3*6/5
8 5 3 G400 6/5*6/5/3*5/3
7 3
6 614 3 Count Type Comments
5 114 3 11 Small
4 534 7 Medium
3 316 165 15 Large
2 3 7m162 Cost
1 3 Design

A B C D E F G H Used Range Gear Train
% 42 D42 3/5/6*5/6
8 3
7 3
6 3 Count Type Comments
5 3 6 Small
4 65 36 4 Medium
3 Large
2 5 4m92 Cost
1 3 Design

A B C D E F G H Used Range Gear Train
% 100 60 50 D100
8 4 15 16 F60 3/5
7 43 H50 3/5/6
6 13 Count Type Comments
5 43 10 Small
4 4 2 Medium
3 4 Large
2 4 2m60 Cost
1 4 Design

A B C D E F G H Used Range Gear Train
% 116 F116 5/6*5/6*5/3
8 113
7 615
6 Count Type Comments
5 45 56 6 Small
4 4 5 Medium
3 4 Large
2 4 5m112 Cost
1 4 Design

A B C D E F G H Used Range Gear Train
% 30 21 A30 3/5/6*3/5
8 114 3 H21 3/5/6*3/5/6
7 514 5 65 36
6 36 Count Type Comments
5 9 Small
4 15 7 Medium
3 13 Large
2 43 7m158 Cost
1 4 Design

A B C D E F G H Used Range Gear Train
%
8
7
6 Count Type Comments
5 Small
4 Medium
3 Large
2 Cost
1 Design
A482-A593 D117-D150 H147-H194

Cooking/Gastronomy

New Recipe

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Last edited April 20, 2006 4:12 am by Leghk (diff)
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