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Update Weight Function with Floats & Refactor (#4863)

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This commit is contained in:
Cassie Levett
2019-03-26 18:51:59 -05:00
committed by GitHub
parent 366d0cc55a
commit c155462c19
1 changed files with 46 additions and 59 deletions
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5th Edition OGL by Roll20/5th Edition OGL by Roll20.html
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@@ -9199,77 +9199,64 @@
});
};
var update_weight = function() {
var update = {};
var wtotal = 0;
var weight_attrs = ["cp","sp","ep","gp","pp","encumberance_setting","strength","size","carrying_capacity_mod"];
getSectionIDs("repeating_inventory", function(idarray) {
_.each(idarray, function(currentID, i) {
weight_attrs.push("repeating_inventory_" + currentID + "_itemweight");
weight_attrs.push("repeating_inventory_" + currentID + "_itemcount");
const update_weight = function() {
let update = {};
let wtotal = 0;
let weight_attrs = ["cp","sp","ep","gp","pp","encumberance_setting","strength","size","carrying_capacity_mod"];
getSectionIDs("repeating_inventory", (idarray) => {
_.each(idarray, (currentID, i) => {
weight_attrs.push(`repeating_inventory_${currentID}_itemweight`);
weight_attrs.push(`repeating_inventory_${currentID}_itemcount`);
});
getAttrs(weight_attrs, function(v) {
cp = isNaN(parseInt(v.cp, 10)) === false ? parseInt(v.cp, 10) : 0;
sp = isNaN(parseInt(v.sp, 10)) === false ? parseInt(v.sp, 10) : 0;
ep = isNaN(parseInt(v.ep, 10)) === false ? parseInt(v.ep, 10) : 0;
gp = isNaN(parseInt(v.gp, 10)) === false ? parseInt(v.gp, 10) : 0;
pp = isNaN(parseInt(v.pp, 10)) === false ? parseInt(v.pp, 10) : 0;
wtotal = wtotal + ((cp + sp + ep + gp + pp) / 50);
getAttrs(weight_attrs, (v) => {
let coinWeight = 0;
["cp", "sp", "ep", "gp", "pp"].forEach((type)=> {
coinWeight += (isNaN(parseInt(v[`${type}`], 10)) === false) ? parseInt(v[`${type}`], 10) : 0;
});
wtotal = wtotal + ((coinWeight) / 50);
_.each(idarray, function(currentID, i) {
if(v["repeating_inventory_" + currentID + "_itemweight"] && isNaN(parseInt(v["repeating_inventory_" + currentID + "_itemweight"], 10)) === false) {
count = v["repeating_inventory_" + currentID + "_itemcount"] && isNaN(parseFloat(v["repeating_inventory_" + currentID + "_itemcount"])) === false ? parseFloat(v["repeating_inventory_" + currentID + "_itemcount"]) : 1;
wtotal = wtotal + (parseFloat(v["repeating_inventory_" + currentID + "_itemweight"]) * count);
_.each(idarray, (currentID, i) => {
if (v[`repeating_inventory_${currentID}_itemweight`] && isNaN(parseInt(v[`repeating_inventory_${currentID}_itemweight`], 10)) === false) {
count = v[`repeating_inventory_${currentID}_itemcount`] && isNaN(parseFloat(v[`repeating_inventory_${currentID}_itemcount`])) === false ? parseFloat(v[`repeating_inventory_${currentID}_itemcount`]) : 1;
wtotal = wtotal + (parseFloat(v[`repeating_inventory_${currentID}_itemweight`]) * count);
}
});
update["weighttotal"] = wtotal;
var str_base = parseInt(v.strength, 10);
var size_multiplier = 1;
if(v["size"] && v["size"] != "") {
if(v["size"].toLowerCase().trim() == "tiny") {size_multiplier = .5}
else if(v["size"].toLowerCase().trim() == "large") {size_multiplier = 2}
else if(v["size"].toLowerCase().trim() == "huge") {size_multiplier = 4}
else if(v["size"].toLowerCase().trim() == "gargantuan") {size_multiplier = 8}
}
var str = str_base*size_multiplier;
if(v.carrying_capacity_mod) {
var operator = v.carrying_capacity_mod.substring(0,1);
var value = v.carrying_capacity_mod.substring(1);
if(["*","x","+","-"].indexOf(operator) > -1 && isNaN(parseInt(value,10)) === false) {
if(operator == "*" || operator == "x") {str = str*parseInt(value,10);}
else if(operator == "+") {str = str+parseInt(value,10);}
else if(operator == "-") {str = str-parseInt(value,10);}
const str_base = parseInt(v.strength, 10);
let size_multiplier = 1;
if (v["size"] && v["size"] != "") {
const size = v["size"].toLowerCase().trim();
size_multiplier =
(size === "tiny") ? .5 : (size === "large") ? 2 : (size === "huge") ? 4 : (size === "gargantuan") ? 8 : size_multiplier;
};
let str = str_base*size_multiplier;
// Parse the carrying capacitiy modificator if any
if (v.carrying_capacity_mod) {
const operator = v.carrying_capacity_mod.substring(0,1);
const value = v.carrying_capacity_mod.substring(1);
if(["*","x","+","-"].indexOf(operator) > -1 && isNaN(parseFloat(value,10)) === false) {
str =
(operator === "*" || operator == "x") ? str*parseFloat(value,10) :
(operator === "+") ? str+parseFloat(value,10) :
(operator === "-") ? str-parseFloat(value,10) :
str;
}
}
if(!v.encumberance_setting || v.encumberance_setting === "off") {
if(wtotal > str*15) {
update["encumberance"] = "OVER CARRYING CAPACITY";
}
else {
update["encumberance"] = " ";
}
}
else if(v.encumberance_setting === "on") {
if(wtotal > str*15) {
update["encumberance"] = "IMMOBILE";
}
else if(wtotal > str*10) {
update["encumberance"] = "HEAVILY ENCUMBERED";
}
else if(wtotal > str*5) {
update["encumberance"] = "ENCUMBERED";
}
else {
update["encumberance"] = " ";
}
}
else {
if (!v.encumberance_setting || v.encumberance_setting === "off") {
update["encumberance"] = (wtotal > str*15) ? "OVER CARRYING CAPACITY" : " ";
} else if (v.encumberance_setting === "on") {
update["encumberance"] =
(wtotal > str*15) ? "IMMOBILE" :
(wtotal > str*10) ? "HEAVILY ENCUMBERED" :
(wtotal > str*5) ? "ENCUMBERED" :
" ";
} else {
update["encumberance"] = " ";
}
setAttrs(update, {silent: true});
});