Difference between revisions of "Guide/Dowsing"
From A Wiki in the Desert
| Line 38: | Line 38: | ||
|Tungsten || 4 || (8) || || | |Tungsten || 4 || (8) || || | ||
|- | |- | ||
| − | |Titanium || | + | |Titanium || 5 || (10) || || |
|- | |- | ||
|Lithium ||(7-) || (13-) || Square-ish, 50*55 coords || | |Lithium ||(7-) || (13-) || Square-ish, 50*55 coords || | ||
Revision as of 18:28, 22 March 2018
General
First, you need to assemble a Dowsing Rod.
- It is used to locate veins of metal Ore.
- When carrying one, a Dowsing Icon will allow the checking of the coordinate you are on.
- Dowsing starts a Focus timer.
Tips n Tricks
- Sometimes the absence of an ore is as important as its presence. If you find a gap in a vein of ore, it's quite probable that you have an intersection of rare ore!
- Focus helps you dowse more often
- Constitution helps you detect a larger area
COPIED FROM T7, PLEASE UPDATE AS DISCOVERED
Perception Required
a dash (-) next to a number means that number or possibly lower, and needs to be updated as discovered
| Metal/Ore Type | Unrecognized At | Recognized At | Vein Shape | Other Metals Nearby |
| Copper | N/A | 0 | Line approx 10 co-ords wide | Tin, Zinc, Lead, Iron |
| Iron | 1 | 2 | Line | |
| Tin | 2 | 4 | Blob | on end of copper, found solo, found ironxcopper |
| Aluminum | 2 | 5 | Line 2 to 5 co-ords wide with blobs | On the end of iron, solo |
| Zinc | 3 | 6 | Ring | Copper, Lead, Aluminum |
| Lead | 3 | 7 | Spot and Blob | Copper, Zinc, Aluminum |
| Tungsten | 4 | (8) | ||
| Titanium | 5 | (10) | ||
| Lithium | (7-) | (13-) | Square-ish, 50*55 coords | |
| Antimony | (7) | (13-) | ||
| Strontium | (7-) | (14) | ||
| Silver | (7) | (15) | Line 2-3 co-ords wide. | Solo, on the end of copper, iron. |
| Magnesium | (8-) | (16-) | ||
| Platinum | (13-) | (24) | Blob | was found where aluminum met iron |
| Gold | (15) | (24) |
Ore Shapes
- Copper - Curved not always capped with another ore, but frequently is.
- Iron - Straight diagonal line, 2 coords wide.
- Lead - Blob with a ring of Zinc surrounding it
- Platinum - Intersection of Aluminium and Iron, forms a small 10 co-ord wide blob (found one blob that's 20'ish across -Tut)
- Strontium - 4 Point Diamond 50-55 co-ordinates NSEW
- Not all points are always present
- I now think its an offset grid, not a diamond
- Zinc - Ring around a central lead blob (T8- 1 sample @65 coord radius from lead)