"idst";"tens";"impf";"dsty";"fmod";"endurance";"tcond";"comments"
"ROCK";  "15"; "210";"3000";   "1";     "0.42";   "10";
"CUPR"; "210"; "770";"8960";   "2";     "1.00";  "401";"copper"
"EGLS";  "33";"1000";"2325";   "4";     "0.82";   "10";"elven glass/moldavite"
"IRON"; "350";"1085";"7874";   "5";     "1.42";   "10";
"ARGN"; "170"; "595";"10490";  "9";     "0.91";   "10";"argentum/silver"
"STAL"; "531";"2520";"7874";  "14";     "1.73";   "10";"steel"
"EAUR"; "768";   "0";"8192";  "21";     "1.36";   "10";"elven aurichalcum"
"TIAL"; "900";   "0";"4420";  "33";     "2.16";   "10";"titanium alloy (Ti6Al4V)"
"ADMT";"2000";"4090";"2700";  "71";     "3.42";   "10";"adamant"

"OOZE";   "0";"genetic ooze"

# idst: ID_STRING, ALL CAPS

# tens: tensile strength (= ultimate stringth)
        ultimate stringth is technically a tensile strength, but I'm using it anyway because it's easiest to get the value from
								that, or DF's tensile fracture divided by 1000 (I think Toady and I are both using values posted on Wikipedia, e.g. Silver)

# impf: Dwarf Fortress impact fracture divided by 1000 (likely not being used)

# dsty: density (grams per litre)

# fmod: forcemod -- related to attack points
#   Attack points = `4 * forcemod.sqrt()` for each strike

# endurance: multiplier, using copper as reference; determines durability of tools/weapons/armours/etc.
             the base value for endurance differes to tool to tool. When integer is used, resulting value must be ROUNDED.

# tcond: thermal conductivity

# Comments: do nothing; do not parse


## These values are being used by the phys simulator (blocks) and for attack power calculation (items)