/* * Author: ntoff * License: AGPLv3 */ $(function () { function FanSliderPluginViewModel(parameters) { //'use strict'; var self = this; self.settings = parameters[0]; self.control = parameters[1]; self.loginState = parameters[2]; self.settings.defaultFanSpeed = new ko.observable(100); //this, self.control.fanSpeed = new ko.observable(100); //this, self.settings.minFanSpeed = new ko.observable(0); //this, self.settings.maxFanSpeed = new ko.observable(100); //and this are percents 0 - 100% self.settings.notifyDelay = new ko.observable(4000); //time in milliseconds self.settings.lockfan = new ko.observable(false); //ignore fan inputs from gcode and lock the fan buttons self.settings.defaultLastSpeed = new ko.observable(false); //options page option to set the slider to the last sent fan speed value on load/refresh self.settings.lastSentSpeed = new ko.observable(null); //the last speed value that was sent to the printer self.control.lockTitle = new ko.observable(gettext("Unlocked")); //will set the hover title info for the fan lock button //Not sure why I put these here, I swear I had a plan when I did it, something about dynamic text? I dunno, should move it back to the settings page self.settings.commonTitle = ko.observable(gettext("\n\nThis allows limiting the cooling fan without having to re-slice your model.\n\nLimited to prints controlled by OctoPrint.")); self.settings.defaultTitle = ko.observable(gettext("This is the value the slider will default to when the UI is loaded / refreshed.")); self.settings.minTitle = ko.observable(gettext("Set this to the lowest value at which your fan will spin.") + self.settings.commonTitle()); self.settings.maxTitle = ko.observable(gettext("Set this <100% if your cooling fan is too strong on full.") + self.settings.commonTitle()); self.settings.noticeTitle = ko.observable(gettext("Notifications only apply when setting the speed via the slider + button in the UI. Set to 0 (zero) to disable notifications.")); self.settings.lastspeedTitle = ko.observable(gettext("Instead of defaulting to the speed set by \"Default Value\", the slider will be set to the last sent speed on load / refresh. \n\n Note: It takes into account the min/max value setting and overrides the \"Default Value\" setting.")); self.showNotify = function (self, options) { options.title = "Fan Speed Control"; options.delay = options.delay || self.settings.notifyDelay(); options.type = options.type || "info"; if (options.delay != "0") { new PNotify(options); } }; self.control.fanSpeedToPwm = ko.pureComputed(function () { self.speed = self.control.fanSpeed() * 255 / 100 //don't forget to limit this to 2 decimal places at some point. return self.speed; }); self.control.checkSliderValue = ko.pureComputed(function () { if (self.control.fanSpeed() < self.settings.minFanSpeed() && self.control.fanSpeed() != "0") { console.log("Fan Speed Control Plugin: " + self.control.fanSpeed() + "% is less than the minimum speed (" + self.settings.minFanSpeed() + "%), increasing."); self.control.fanSpeed(self.settings.minFanSpeed()); var options = { hide: true, text: gettext('Fan speed increased to meet minimum speed requirement.'), addclass: 'fan_speed_notice_low', } if ($(".fan_speed_notice_low").length <1) { self.showNotify(self, options); } } else if (self.control.fanSpeed() > self.settings.maxFanSpeed()) { console.log("Fan Speed Control Plugin: " + self.control.fanSpeed() + "% is more than the maximum speed (" + self.settings.maxFanSpeed() + "%), decreasing."); self.control.fanSpeed(self.settings.maxFanSpeed()); var options = { hide: true, text: gettext('Fan speed decreased to meet maximum speed requirement.'), addclass: 'fan_speed_notice_high', } if ($(".fan_speed_notice_high").length <1) { self.showNotify(self, options); } } }); //send gcode to set fan speed self.control.sendFanSpeed = function () { self.control.checkSliderValue(); self.control.sendCustomCommand({ command: "M106 S" + self.control.fanSpeedToPwm() }); if (self.settings.defaultLastSpeed()) { self.settings.settings.plugins.fanspeedslider.lastSentSpeed(self.control.fanSpeed()); self.settings.saveData(); self.updateSettings(); } }; self.control.lockFanInput = function () { self.settings.settings.plugins.fanspeedslider.lockfan(!self.settings.settings.plugins.fanspeedslider.lockfan()); self.settings.saveData(); self.updateSettings(); var options = { type: "info", hide: true, delay: 1000*60, text: gettext('CAUTION!! Fan speed commands are now being ignored! \n This includes commands sent via gcode and the terminal!'), addclass: 'fan_speed_notice_fanlocked', } if (self.settings.lockfan() && $(".fan_speed_notice_fanlocked").length <1) { self.showNotify(self, options); } } //disables the on/off buttons if the lock is enabled self.control.islocked = ko.pureComputed(function () { return self.settings.settings.plugins.fanspeedslider.lockfan(); }); //ph34r try { //for some reason touchui uses "jog general" for the fan controls? Oh well, makes my job easier $("#control-jog-general").find("button").eq(0).attr("id", "motors-off"); $("#control-jog-general").find("button").eq(1).attr("id", "fan-on"); $("#control-jog-general").find("button").eq(2).attr("id", "fan-off"); //If not TouchUI then remove standard buttons + add slider + new buttons if ($("#touch body").length == 0) { //remove original fan on/off buttons $("#fan-on").remove(); $("#fan-off").remove(); //add new fan controls $("#control-jog-general").find("button").eq(0).before("\ \ \
\ \ \
\ "); } else { //replace touch UI's fan on button with one that sends whatever speed is set in this plugin $("#fan-on").remove(); $("#control-jog-general").find("button").eq(0).after("\ \ "); //also add spin box + button below in its own section, button is redundant but convenient $("#control-jog-feedrate").append("\ \ \ \ "); } } catch (error) { console.log(error); } self.updateSettings = function () { try { self.settings.minFanSpeed(parseInt(self.settings.settings.plugins.fanspeedslider.minSpeed())); self.settings.maxFanSpeed(parseInt(self.settings.settings.plugins.fanspeedslider.maxSpeed())); self.settings.notifyDelay(parseInt(self.settings.settings.plugins.fanspeedslider.notifyDelay())); self.settings.lockfan(self.settings.settings.plugins.fanspeedslider.lockfan()); if (self.settings.lockfan()) { self.control.lockTitle( gettext("Lock or unlock the cooling fan controls. When locked, no cooling fan commands will be sent to the printer. \n\n Fan controls are locked.")); } else if (!self.settings.lockfan()) { self.control.lockTitle( gettext("Lock or unlock the cooling fan controls. When locked, no cooling fan commands will be sent to the printer. \n\n Fan controls are unlocked")) } self.settings.defaultLastSpeed(self.settings.settings.plugins.fanspeedslider.defaultLastSpeed()); } catch (error) { console.log(error); } } self.onBeforeBinding = function () { self.settings.defaultFanSpeed(parseInt(self.settings.settings.plugins.fanspeedslider.defaultFanSpeed())); self.settings.lastSentSpeed(parseInt(self.settings.settings.plugins.fanspeedslider.lastSentSpeed())); self.updateSettings(); //if the default fan speed is above or below max/min then set to either max or min if (self.settings.defaultFanSpeed() < self.settings.minFanSpeed()) { self.control.fanSpeed(self.settings.minFanSpeed()); } else if (self.settings.defaultFanSpeed() > self.settings.maxFanSpeed()) { self.control.fanSpeed(self.settings.maxFanSpeed()); } else if (self.settings.defaultLastSpeed()) { self.control.fanSpeed(self.settings.lastSentSpeed()); } else { self.control.fanSpeed(self.settings.defaultFanSpeed()); } } //update settings in case user changes them, otherwise a refresh of the UI is required self.onSettingsHidden = function () { self.updateSettings(); } } OCTOPRINT_VIEWMODELS.push({ construct: FanSliderPluginViewModel, additionalNames: [], dependencies: ["settingsViewModel", "controlViewModel", "loginStateViewModel"], optional: [], elements: [] }); });