Bullet06320
2015-09-24, 03:19 AM
As originally posted on WOTC boards by Lokiyn on Nov 29, 2006
http://community.wizards.com/forum/previous-editions-general/threads/1093126
Minor creation and its counterparts are one of the most single useful powers in dnd, given a choice i would be hard pressed to decide between astral construct and minor creation, its that awesome.
However minor creation as presented has little data to support uses for most creative players. So rather than go through the effort of calculating all the numbers each time i use it, i've decided to compile many of the charts into one location.
the First block of data is what is presented for minor creation, Volume and its size as a cube.
C1 C2 C3 C4 C5 C6 C7
Level Volume Length Inches Inch Feet 10 Foot Wall Length
1 1 1.00 12.00 41.57 3.46 1.20
2 2 1.25 15.00 58.79 4.90 2.40
3 3 1.44 17.28 72.00 6.00 3.60
4 4 1.58 18.96 83.14 6.93 4.80
5 5 1.70 20.40 92.95 7.75 6.00
6 6 1.81 21.72 101.82 8.49 7.20
7 7 1.91 22.92 109.98 9.17 8.40
8 8 2.00 24.00 117.58 9.80 9.60
9 9 2.08 24.96 124.71 10.39 10.80
10 10 2.15 25.80 131.45 10.95 12.00
11 11 2.22 26.64 137.87 11.49 13.20
12 12 2.28 27.36 144.00 12.00 14.40
13 13 2.35 28.20 149.88 12.49 15.60
14 14 2.41 28.92 155.54 12.96 16.80
15 15 2.46 29.52 161.00 13.42 18.00
16 16 2.51 30.12 166.28 13.86 19.20
17 17 2.57 30.84 171.39 14.28 20.40
18 18 2.62 31.44 176.36 14.70 21.60
19 19 2.66 31.92 181.20 15.10 22.80
20 20 2.71 32.52 185.90 15.49 24.00
Column legend
•Manifester Level
•Volume of Created Matter
•Length of each side in a cube in feet
•length of the same cube in inches
•Side Length (L or W) of a one inch thick panel in inches
•Same panel in Feet
•Length of a 10 foot tall wall one inch thick (as usual half the width to double the thickness)
Thats just the basic Power.
Volume Pounds Gallons Quarts Pints Ounces
1 62 7.40 29 59 947
2 124 14.80 59 118 1,89
3 186 22.20 88 177 2,841
4 248 29.60 118 236 3,788
5 310 37.00 148 296 4,736
6 372 44.40 177 355 5,683
7 434 51.80 207 414 6,630
8 496 59.20 236 473 7,577
9 558 66.60 266 532 8,524
10 620 74.00 296 592 9,472
11 682 81.40 325 651 10,419
12 744 88.80 355 710 11,366
13 806 96.20 384 769 12,313
14 868 103.60 414 828 13,260
15 930 111.00 444 888 14,208
16 992 118.40 473 947 15,155
17 1054 125.80 503 1,006 16,102
18 1116 133.20 532 1,065 17,049
19 1178 140.60 562 1,124 17,996
20 1240 148.00 592 1,184 18,944
This chart is based off of water. To keep things simple water is assumed to weigh 62 pounds per cubic feet, also there are 7.4 gallons in the cubic foot (rather than 7.44~~~~blah blah blah).
So say at level 5 we want to make some poison, unless the specific gravity of the poison is significantly greater or lesser than water. One can simply take the value from the ounces table and thats how many doses. Plese not that because of rounding the numbers are roughly 5% off but in most cases you don't need that level of accuracy.
Once we have this base table it becomes easy to calculate other units. All one needs to do is take the specific gravity value of a material and multiply the pounds value on the table by the specific gravity value.
So
Apple .66-.83
Ash, black 0.54
Ash, white 0.67
Aspen 0.42
Balsa 0.17
Bamboo .30-.40
Birch (British) 0.67
Cedar, red 0.38
Cypress 0.51
Douglas Fir 0.53
Ebony .96-1.12
Elm ( English ) 0.6
Elm ( Wych ) 0.69
Elm ( Rock ) 0.815
Larch 0.59
Mahogany ( Honduras ) 0.545
Mahogany ( African ) .495-.850
Maple 0.755
Oak .590-.930
Pine ( Oregon ) 0.53
Pine ( Parana ) 0.56
Pine ( Canadian ) .350-.560
Pine ( Red ) .370-.660
Redwood ( American ) 0.45
Redwood ( European ) 0.51
Spruce ( Canadian ) 0.45
Spruce ( Sitka ) 0.45
Sycamore 0.59
Teak .63-.72
Willow 0.42
Alfalfa, ground .256
Apples .641
Bark, wood refuse .240
Barley .609
Beans, castor .577
Beans, cocoa .593
Beans, navy .801
Beans, soy .721
Beets .721
Bran .256
Brewers grain .432
Buckwheat .657
Cardboard .689
Chocolate, powder .641
Clover seed .769
Coconut, meal .513
Coconut, shredded .352
Coffee, fresh beans .561
Coffee, roast beans .432
Copra, medium size .529
Copra, meal, ground .641
Copra, expeller cake ground .513
Copra, expeller cake chopped .465
Cork, solid .240
Cork, ground .160
Corn, on the cob .721
Corn, shelled .721
Corn, grits .673
Cottonseed, dry, de-linted .561
Cottonseed, dry, not de-linted .320
Cottonseed, cake, lumpy .673
Cottonseed, hulls .192
Cottonseed, meal .593
Cottonseed, meats .641
Cottonwood .416
Flaxseed, whole .721
Flour, wheat .593
Glue, vegetable, powdered .641
Gluten, meal .625
Grain - Maize .760
Grain - Barley .600
Grain - Millet .760-.800
Grain - Wheat .780-.800
Linseed, whole .753
Linseed, meal .513
Malt .336
Oats .432
Oats, rolled .304
Oil cake .785
Oil, linseed .942
Paper, standard 1.201
Peanuts, shelled .641
Peanuts, not shelled .272
Peat, dry .400
Peat, moist .801
Peat, wet 1.121
Pecan wood .753
Rice, hulled .753
Rice, rough .577
Rice grits .689
Rosin 1.073
Rubber, caoutchouc .945
Rubber, manufactured 1.522
Rubber, ground scrap .481
Rye .705
Sawdust .210
Soy beans, whole .753
Starch, powdered .561
Sugar, brown .721
Sugar, powdered .801
Sugar, granulated .849
Sugar, raw cane .961
Sugarbeet pulp, dry .208
Sugarbeet pulp, wet .561
Sugarcane .272
Tobacco .320
Turpentine .865
Walnut, black, dry .609
Wheat .769
Wheat, cracked .673
Copra is the meat of a coconut
Turpentine is distilled pine resin (so a plant product)
Rosin is remaint after the turpentine is produced from heated resin and is highly flamable. More common uses involve powder forms used to increase friction. (personally i would say its worth a small bonus in climb checks or when you need a better grip)
The uses of most of the materials is obvious. Rosin is something i use in place of candles. As beeswax is an animal product. More common uses is to blend it with alchohol (it disolves in it) to produce as sticky firestarter. (think weak alchemist fire we)
Aloe Vera is another good plant product. (no real mechanical effect other than we use it as parts of healing kits
Check Here for more plant products
CL Radius Shell V Diameter R Feet D Feet Open Vol Amount
1 12 1 24 1.0 2.0 4.1 30.34
2 17 2 34 1.4 2.8 11.9 88.06
3 20 3 40 1.7 3.3 19.3 142.82
4 23 4 46 1.9 3.8 29.4 217.56
5 26 5 52 2.2 4.3 42.6 315.24
6 29 6 58 2.4 4.8 59.1 437.34
7 31 7 62 2.6 5.2 72.2 534.28
8 33 8 66 2.8 5.5 87.1 644.54
9 35 9 70 2.9 5.8 103.9 768.86
10 37 10 74 3.1 6.2 122.7 907.98
11 39 11 78 3.3 6.5 143.7 1063.38
12 41 12 82 3.4 6.8 167 1235.8
13 42 13 84 3.5 7.0 179.5 1328.3
14 44 14 88 3.7 7.3 206.4 1527.36
15 45 15 90 3.8 7.5 220.8 1633.92
16 47 16 94 3.9 7.8 251.6 1861.84
17 48 17 96 4.0 8.0 268 1983.2
18 50 18 100 4.2 8.3 303 2242.2
19 51 19 102 4.3 8.5 321.5 2379.1
20 52 20 104 4.3 8.7 340.8 2521.92
This chart is the maximum size of a one inch thick sphere with the listed internal radius. By caster level 10 (and before) you can can encase someone with say a wooden sphere or something else. Although not needed i restated the gallon volume of the sphere in the last collum.
CL V(i) R(i) R(s) V(s) ~Cl
1 1728 7.44 8.44 794.1200 0.46
2 3456 9.38 10.38 1,227.49 0.71
3 5184 10.74 11.74 1,587.64 0.92
4 6912 11.82 12.82 1,907.45 1.10
5 8640 12.73 13.73 2,200.38 1.27
6 10368 13.53 14.53 2,473.57 1.43
7 12096 14.24 15.24 2,731.41 1.58
8 13824 14.89 15.89 2,976.80 1.72
9 15552 15.48 16.48 3,211.84 1.86
10 17280 16.04 17.04 3,438.04 1.99
11 19008 16.56 17.56 3,656.59 2.12
12 20736 17.04 18.04 3,868.42 2.24
13 22464 17.50 18.50 4,074.28 2.36
17 29376 19.14 20.14 4,848.84 2.81
18 31104 19.51 20.51 5,032.29 2.91
19 32832 19.86 20.86 5,212.29 3.02
20 34560 20.21 21.21 5,389.09 3.12
This Data set below this text is a hemisphere with the listed Volume
CL V(i) R(i) R(s) V(s) ~Cl
1 1728 9.38 10.38 613.7400 0.36
2 3456 11.82 12.82 953.7300 0.55
3 5184 13.53 14.53 1,236.79 0.72
4 6912 14.89 15.89 1,488.40 0.86
5 8640 16.04 17.04 1,719.02 0.99
6 10368 17.04 18.04 1,934.21 1.12
7 12096 17.94 18.94 2,137.39 1.24
8 13824 18.76 19.76 2,330.83 1.35
9 15552 19.51 20.51 2,516.15 1.46
10 17280 20.21 21.21 2,694.54 1.56
11 19008 20.86 21.86 2,866.94 1.66
12 20736 21.47 22.47 3,034.07 1.76
13 22464 22.05 23.05 3,196.51 1.85
17 29376 24.12 25.12 3,807.91 2.20
18 31104 24.58 25.58 3,952.76 2.29
19 32832 25.03 26.03 4,094.90 2.37
20 34560 25.46 26.46 4,234.51 2.45
Legend
CL=CasterLevel
V(i)=Internal Volume (how much it can hold)
R(i)=Internal Radius (open air radius)
R(s)=Outer Radius of the Shell (Shells are one inch thick)
V(s)=The total Volume of the Shell
~Cl=This is the casterlevel needed to spontaneously produce the shell, If we were using link power or call item we would need the listed caster level to produce the bowl/sphere then fill it the next round with a substance
Largest Possible Hemisphere by Shell Volume
CL V(i) R(i) R(s) V(s) ~Cl
485 838080 73.69 74.69 34,584.22 20.01
Largest Possible Sphere by Shell Volume
CL V(i) R(i) R(s) V(s) ~Cl
340 587520 51.96 52.96 34,580.49 20.01
For Reference.
Aside from the uses of wooden spheres, (if only for amusement) the spheres were for sieges
Siege Weap Weight Volume Radius Inches Pints AoE
Mangonel, Heavy 75 1.210 0.199 2.387 126.000 31
Mangonel, Light 40 0.645 0.088 1.054 55.000 20
Scorpion 75 1.210 0.199 2.387 126.000 31
Trebuchet, Heavy 150 2.419 0.490 5.879 311.000 49
Trebuchet, Light 100 1.613 0.289 3.470 183.000 38
You can pour a pint of oil on the ground to cover an area 5 feet square, provided that the surface is smooth. If lit, the oil burns for 2 rounds and deals 1d3 points of fire damage to each creature in the area.
AoE section is calculated as the area idealy covered by the amount of oil/flamable liquid in each sphere. Although the idea never saw use its always good to have siege stats on hand. As a bonus the sphere itself is wooden and can be lit on fire pre launch to help ensure ignition.
A1 A2 A3 A4
1 6 1.63 3.26
2 6 7.63 15.26
3 6 4.91 9.82
4 6 6.54 13.08
5 6 8.18 16.36
6 6 9.82 19.64
7 6 11.45 22.90
8 6 13.09 26.18
9 6 14.73 29.46
10 6 16.37 32.74
11 6 18.00 36.00
12 6 19.64 39.28
13 6 21.28 42.56
14 6 22.91 45.82
15 6 24.55 49.10
16 6 26.19 52.38
17 6 27.82 55.64
18 6 29.46 58.92
19 6 31.10 62.20
20 6 32.74 65.48
B1 B2 B3 B4
1 15 0.71 1.42
2 15 7.63 15.26
3 15 2.14 4.28
4 15 2.86 5.72
5 15 3.58 7.16
6 15 4.29 8.58
7 15 5.01 10.02
8 15 5.72 11.44
9 15 6.44 12.88
10 15 7.16 14.32
11 15 7.87 15.74
12 15 8.59 17.18
13 15 9.31 18.62
14 15 10.02 20.04
15 15 10.74 21.48
16 15 11.45 22.90
17 15 12.17 24.34
18 15 12.89 25.78
19 15 13.60 27.20
20 15 14.32 28.64
C1 C2 C3 C4
1 30 0.36 0.72
2 30 7.63 15.26
3 30 1.10 2.20
4 30 1.47 2.94
5 30 1.84 3.68
6 30 2.21 4.42
7 30 2.58 5.16
8 30 2.95 5.90
9 30 3.32 6.64
10 30 3.69 7.38
11 30 4.06 8.12
12 30 4.43 8.86
13 30 4.80 9.60
14 30 5.17 10.34
15 30 5.54 11.08
16 30 5.91 11.82
17 30 6.28 12.56
18 30 6.65 13.30
19 30 7.02 14.04
20 30 7.39 14.78
Legend•This tube or Trough is 1 foot in diameter, 5 per square
•This Tube or Trough is 2.5 Feet in Diameter, 2 per square
•This Tube or Trough is 5 Feet in diameter, 1 per square
•This Column is the caster level
•This Column is the radius of the tube in inches
•This Column Is the length as a trough (half a tube)
As a point, the average width of the human hip is greater than 10 but less than 20 inches so you could create tubes to slide down with little effort. The main problem is time. Currently i'm looking at using Link power and using Call item as the initial power, and Minor Creation as the linked power
http://community.wizards.com/forum/previous-editions-general/threads/1093126
Minor creation and its counterparts are one of the most single useful powers in dnd, given a choice i would be hard pressed to decide between astral construct and minor creation, its that awesome.
However minor creation as presented has little data to support uses for most creative players. So rather than go through the effort of calculating all the numbers each time i use it, i've decided to compile many of the charts into one location.
the First block of data is what is presented for minor creation, Volume and its size as a cube.
C1 C2 C3 C4 C5 C6 C7
Level Volume Length Inches Inch Feet 10 Foot Wall Length
1 1 1.00 12.00 41.57 3.46 1.20
2 2 1.25 15.00 58.79 4.90 2.40
3 3 1.44 17.28 72.00 6.00 3.60
4 4 1.58 18.96 83.14 6.93 4.80
5 5 1.70 20.40 92.95 7.75 6.00
6 6 1.81 21.72 101.82 8.49 7.20
7 7 1.91 22.92 109.98 9.17 8.40
8 8 2.00 24.00 117.58 9.80 9.60
9 9 2.08 24.96 124.71 10.39 10.80
10 10 2.15 25.80 131.45 10.95 12.00
11 11 2.22 26.64 137.87 11.49 13.20
12 12 2.28 27.36 144.00 12.00 14.40
13 13 2.35 28.20 149.88 12.49 15.60
14 14 2.41 28.92 155.54 12.96 16.80
15 15 2.46 29.52 161.00 13.42 18.00
16 16 2.51 30.12 166.28 13.86 19.20
17 17 2.57 30.84 171.39 14.28 20.40
18 18 2.62 31.44 176.36 14.70 21.60
19 19 2.66 31.92 181.20 15.10 22.80
20 20 2.71 32.52 185.90 15.49 24.00
Column legend
•Manifester Level
•Volume of Created Matter
•Length of each side in a cube in feet
•length of the same cube in inches
•Side Length (L or W) of a one inch thick panel in inches
•Same panel in Feet
•Length of a 10 foot tall wall one inch thick (as usual half the width to double the thickness)
Thats just the basic Power.
Volume Pounds Gallons Quarts Pints Ounces
1 62 7.40 29 59 947
2 124 14.80 59 118 1,89
3 186 22.20 88 177 2,841
4 248 29.60 118 236 3,788
5 310 37.00 148 296 4,736
6 372 44.40 177 355 5,683
7 434 51.80 207 414 6,630
8 496 59.20 236 473 7,577
9 558 66.60 266 532 8,524
10 620 74.00 296 592 9,472
11 682 81.40 325 651 10,419
12 744 88.80 355 710 11,366
13 806 96.20 384 769 12,313
14 868 103.60 414 828 13,260
15 930 111.00 444 888 14,208
16 992 118.40 473 947 15,155
17 1054 125.80 503 1,006 16,102
18 1116 133.20 532 1,065 17,049
19 1178 140.60 562 1,124 17,996
20 1240 148.00 592 1,184 18,944
This chart is based off of water. To keep things simple water is assumed to weigh 62 pounds per cubic feet, also there are 7.4 gallons in the cubic foot (rather than 7.44~~~~blah blah blah).
So say at level 5 we want to make some poison, unless the specific gravity of the poison is significantly greater or lesser than water. One can simply take the value from the ounces table and thats how many doses. Plese not that because of rounding the numbers are roughly 5% off but in most cases you don't need that level of accuracy.
Once we have this base table it becomes easy to calculate other units. All one needs to do is take the specific gravity value of a material and multiply the pounds value on the table by the specific gravity value.
So
Apple .66-.83
Ash, black 0.54
Ash, white 0.67
Aspen 0.42
Balsa 0.17
Bamboo .30-.40
Birch (British) 0.67
Cedar, red 0.38
Cypress 0.51
Douglas Fir 0.53
Ebony .96-1.12
Elm ( English ) 0.6
Elm ( Wych ) 0.69
Elm ( Rock ) 0.815
Larch 0.59
Mahogany ( Honduras ) 0.545
Mahogany ( African ) .495-.850
Maple 0.755
Oak .590-.930
Pine ( Oregon ) 0.53
Pine ( Parana ) 0.56
Pine ( Canadian ) .350-.560
Pine ( Red ) .370-.660
Redwood ( American ) 0.45
Redwood ( European ) 0.51
Spruce ( Canadian ) 0.45
Spruce ( Sitka ) 0.45
Sycamore 0.59
Teak .63-.72
Willow 0.42
Alfalfa, ground .256
Apples .641
Bark, wood refuse .240
Barley .609
Beans, castor .577
Beans, cocoa .593
Beans, navy .801
Beans, soy .721
Beets .721
Bran .256
Brewers grain .432
Buckwheat .657
Cardboard .689
Chocolate, powder .641
Clover seed .769
Coconut, meal .513
Coconut, shredded .352
Coffee, fresh beans .561
Coffee, roast beans .432
Copra, medium size .529
Copra, meal, ground .641
Copra, expeller cake ground .513
Copra, expeller cake chopped .465
Cork, solid .240
Cork, ground .160
Corn, on the cob .721
Corn, shelled .721
Corn, grits .673
Cottonseed, dry, de-linted .561
Cottonseed, dry, not de-linted .320
Cottonseed, cake, lumpy .673
Cottonseed, hulls .192
Cottonseed, meal .593
Cottonseed, meats .641
Cottonwood .416
Flaxseed, whole .721
Flour, wheat .593
Glue, vegetable, powdered .641
Gluten, meal .625
Grain - Maize .760
Grain - Barley .600
Grain - Millet .760-.800
Grain - Wheat .780-.800
Linseed, whole .753
Linseed, meal .513
Malt .336
Oats .432
Oats, rolled .304
Oil cake .785
Oil, linseed .942
Paper, standard 1.201
Peanuts, shelled .641
Peanuts, not shelled .272
Peat, dry .400
Peat, moist .801
Peat, wet 1.121
Pecan wood .753
Rice, hulled .753
Rice, rough .577
Rice grits .689
Rosin 1.073
Rubber, caoutchouc .945
Rubber, manufactured 1.522
Rubber, ground scrap .481
Rye .705
Sawdust .210
Soy beans, whole .753
Starch, powdered .561
Sugar, brown .721
Sugar, powdered .801
Sugar, granulated .849
Sugar, raw cane .961
Sugarbeet pulp, dry .208
Sugarbeet pulp, wet .561
Sugarcane .272
Tobacco .320
Turpentine .865
Walnut, black, dry .609
Wheat .769
Wheat, cracked .673
Copra is the meat of a coconut
Turpentine is distilled pine resin (so a plant product)
Rosin is remaint after the turpentine is produced from heated resin and is highly flamable. More common uses involve powder forms used to increase friction. (personally i would say its worth a small bonus in climb checks or when you need a better grip)
The uses of most of the materials is obvious. Rosin is something i use in place of candles. As beeswax is an animal product. More common uses is to blend it with alchohol (it disolves in it) to produce as sticky firestarter. (think weak alchemist fire we)
Aloe Vera is another good plant product. (no real mechanical effect other than we use it as parts of healing kits
Check Here for more plant products
CL Radius Shell V Diameter R Feet D Feet Open Vol Amount
1 12 1 24 1.0 2.0 4.1 30.34
2 17 2 34 1.4 2.8 11.9 88.06
3 20 3 40 1.7 3.3 19.3 142.82
4 23 4 46 1.9 3.8 29.4 217.56
5 26 5 52 2.2 4.3 42.6 315.24
6 29 6 58 2.4 4.8 59.1 437.34
7 31 7 62 2.6 5.2 72.2 534.28
8 33 8 66 2.8 5.5 87.1 644.54
9 35 9 70 2.9 5.8 103.9 768.86
10 37 10 74 3.1 6.2 122.7 907.98
11 39 11 78 3.3 6.5 143.7 1063.38
12 41 12 82 3.4 6.8 167 1235.8
13 42 13 84 3.5 7.0 179.5 1328.3
14 44 14 88 3.7 7.3 206.4 1527.36
15 45 15 90 3.8 7.5 220.8 1633.92
16 47 16 94 3.9 7.8 251.6 1861.84
17 48 17 96 4.0 8.0 268 1983.2
18 50 18 100 4.2 8.3 303 2242.2
19 51 19 102 4.3 8.5 321.5 2379.1
20 52 20 104 4.3 8.7 340.8 2521.92
This chart is the maximum size of a one inch thick sphere with the listed internal radius. By caster level 10 (and before) you can can encase someone with say a wooden sphere or something else. Although not needed i restated the gallon volume of the sphere in the last collum.
CL V(i) R(i) R(s) V(s) ~Cl
1 1728 7.44 8.44 794.1200 0.46
2 3456 9.38 10.38 1,227.49 0.71
3 5184 10.74 11.74 1,587.64 0.92
4 6912 11.82 12.82 1,907.45 1.10
5 8640 12.73 13.73 2,200.38 1.27
6 10368 13.53 14.53 2,473.57 1.43
7 12096 14.24 15.24 2,731.41 1.58
8 13824 14.89 15.89 2,976.80 1.72
9 15552 15.48 16.48 3,211.84 1.86
10 17280 16.04 17.04 3,438.04 1.99
11 19008 16.56 17.56 3,656.59 2.12
12 20736 17.04 18.04 3,868.42 2.24
13 22464 17.50 18.50 4,074.28 2.36
17 29376 19.14 20.14 4,848.84 2.81
18 31104 19.51 20.51 5,032.29 2.91
19 32832 19.86 20.86 5,212.29 3.02
20 34560 20.21 21.21 5,389.09 3.12
This Data set below this text is a hemisphere with the listed Volume
CL V(i) R(i) R(s) V(s) ~Cl
1 1728 9.38 10.38 613.7400 0.36
2 3456 11.82 12.82 953.7300 0.55
3 5184 13.53 14.53 1,236.79 0.72
4 6912 14.89 15.89 1,488.40 0.86
5 8640 16.04 17.04 1,719.02 0.99
6 10368 17.04 18.04 1,934.21 1.12
7 12096 17.94 18.94 2,137.39 1.24
8 13824 18.76 19.76 2,330.83 1.35
9 15552 19.51 20.51 2,516.15 1.46
10 17280 20.21 21.21 2,694.54 1.56
11 19008 20.86 21.86 2,866.94 1.66
12 20736 21.47 22.47 3,034.07 1.76
13 22464 22.05 23.05 3,196.51 1.85
17 29376 24.12 25.12 3,807.91 2.20
18 31104 24.58 25.58 3,952.76 2.29
19 32832 25.03 26.03 4,094.90 2.37
20 34560 25.46 26.46 4,234.51 2.45
Legend
CL=CasterLevel
V(i)=Internal Volume (how much it can hold)
R(i)=Internal Radius (open air radius)
R(s)=Outer Radius of the Shell (Shells are one inch thick)
V(s)=The total Volume of the Shell
~Cl=This is the casterlevel needed to spontaneously produce the shell, If we were using link power or call item we would need the listed caster level to produce the bowl/sphere then fill it the next round with a substance
Largest Possible Hemisphere by Shell Volume
CL V(i) R(i) R(s) V(s) ~Cl
485 838080 73.69 74.69 34,584.22 20.01
Largest Possible Sphere by Shell Volume
CL V(i) R(i) R(s) V(s) ~Cl
340 587520 51.96 52.96 34,580.49 20.01
For Reference.
Aside from the uses of wooden spheres, (if only for amusement) the spheres were for sieges
Siege Weap Weight Volume Radius Inches Pints AoE
Mangonel, Heavy 75 1.210 0.199 2.387 126.000 31
Mangonel, Light 40 0.645 0.088 1.054 55.000 20
Scorpion 75 1.210 0.199 2.387 126.000 31
Trebuchet, Heavy 150 2.419 0.490 5.879 311.000 49
Trebuchet, Light 100 1.613 0.289 3.470 183.000 38
You can pour a pint of oil on the ground to cover an area 5 feet square, provided that the surface is smooth. If lit, the oil burns for 2 rounds and deals 1d3 points of fire damage to each creature in the area.
AoE section is calculated as the area idealy covered by the amount of oil/flamable liquid in each sphere. Although the idea never saw use its always good to have siege stats on hand. As a bonus the sphere itself is wooden and can be lit on fire pre launch to help ensure ignition.
A1 A2 A3 A4
1 6 1.63 3.26
2 6 7.63 15.26
3 6 4.91 9.82
4 6 6.54 13.08
5 6 8.18 16.36
6 6 9.82 19.64
7 6 11.45 22.90
8 6 13.09 26.18
9 6 14.73 29.46
10 6 16.37 32.74
11 6 18.00 36.00
12 6 19.64 39.28
13 6 21.28 42.56
14 6 22.91 45.82
15 6 24.55 49.10
16 6 26.19 52.38
17 6 27.82 55.64
18 6 29.46 58.92
19 6 31.10 62.20
20 6 32.74 65.48
B1 B2 B3 B4
1 15 0.71 1.42
2 15 7.63 15.26
3 15 2.14 4.28
4 15 2.86 5.72
5 15 3.58 7.16
6 15 4.29 8.58
7 15 5.01 10.02
8 15 5.72 11.44
9 15 6.44 12.88
10 15 7.16 14.32
11 15 7.87 15.74
12 15 8.59 17.18
13 15 9.31 18.62
14 15 10.02 20.04
15 15 10.74 21.48
16 15 11.45 22.90
17 15 12.17 24.34
18 15 12.89 25.78
19 15 13.60 27.20
20 15 14.32 28.64
C1 C2 C3 C4
1 30 0.36 0.72
2 30 7.63 15.26
3 30 1.10 2.20
4 30 1.47 2.94
5 30 1.84 3.68
6 30 2.21 4.42
7 30 2.58 5.16
8 30 2.95 5.90
9 30 3.32 6.64
10 30 3.69 7.38
11 30 4.06 8.12
12 30 4.43 8.86
13 30 4.80 9.60
14 30 5.17 10.34
15 30 5.54 11.08
16 30 5.91 11.82
17 30 6.28 12.56
18 30 6.65 13.30
19 30 7.02 14.04
20 30 7.39 14.78
Legend•This tube or Trough is 1 foot in diameter, 5 per square
•This Tube or Trough is 2.5 Feet in Diameter, 2 per square
•This Tube or Trough is 5 Feet in diameter, 1 per square
•This Column is the caster level
•This Column is the radius of the tube in inches
•This Column Is the length as a trough (half a tube)
As a point, the average width of the human hip is greater than 10 but less than 20 inches so you could create tubes to slide down with little effort. The main problem is time. Currently i'm looking at using Link power and using Call item as the initial power, and Minor Creation as the linked power