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import constants from "../util/constants";
let cwGui = new Gui()
export function openCwGui()
{
cwGui.open()
}
register("dragged", (dx, dy, x, y) => {
if (!cwGui.isOpen()) return
constants.data.x = x
constants.data.y = y
constants.data.save()
});
register("renderOverlay", () => {
if (cwGui.isOpen())
{
let txt = "Please set your api key with /cw setkey (key)!"
if (constants.data.api_key != undefined)
txt = "Click anywhere to move!"
Renderer.drawStringWithShadow(txt, Renderer.screen.getWidth()/2 - Renderer.getStringWidth(txt)/2, Renderer.screen.getHeight()/2)
Renderer.drawStringWithShadow(`&aCW: &b0\n&aCW/hr: &b0\n&aUptime: &b0m\n&aColeweight Gained: &b0`, constants.data.x, constants.data.y)
}
if(!constants.data.cwToggle || constants.data.api_key == undefined) return
let coleweight = constants.data.coleweight || 0,
coleweightMessage = ""
coleweight > 1000 ?coleweightMessage = `&b${coleweight.toString().replace(/\B(?=(\d{3})+(?!\d))/g, ',')}`: coleweightMessage = `&b${coleweight.toString().replace(/\B(?=(\d{3})+(?!\d))/g, ',')}`
if(constants.cwValues[0] != undefined && constants.upTimeTrack && constants.calcCwPerHr)
{
constants.cwValuesSum = 0
for(let i = 0; i < constants.cwValues.length; i++)
{
constants.cwValuesSum += constants.cwValues[i]
}
let eq = Math.ceil((constants.cwValuesSum*(3600/constants.uptime)) * 100) / 100
eq != Infinity ? constants.coleweightHr = eq : constants.coleweightHr = "Calculating..."
constants.calcCwPerHr = false
}
if (cwGui.isOpen() || !constants.upTimeTrack) return
let uptimeHr = Math.floor(constants.uptime/60/60)
if(uptimeHr >= 1)
Renderer.drawStringWithShadow(`&aCW: &b${coleweightMessage}\n&aCW/hr: &b${constants.coleweightHr}\n&aUptime: &b${uptimeHr}h ${Math.floor(constants.uptime/60) - uptimeHr*60}m\n&aColeweight Gained: &b${Math.ceil(constants.cwValuesSum*100) / 100}`, constants.data.x, constants.data.y)
else
Renderer.drawStringWithShadow(`&aCW: &b${coleweightMessage}\n&aCW/hr: &b${constants.coleweightHr}\n&aUptime: &b${Math.floor(constants.uptime/60)}m ${Math.floor(constants.uptime%60)}s\n&aColeweight Gained: &b${Math.ceil(constants.cwValuesSum*100) / 100}`, constants.data.x, constants.data.y)
})
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