/
analysisController.js
1725 lines (1519 loc) · 61.4 KB
/
analysisController.js
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/***********************************************************************************************************************
* OpenStudio(R), Copyright (c) 2008-2020, Alliance for Sustainable Energy, LLC. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without modification, are permitted provided that the
* following conditions are met:
*
* (1) Redistributions of source code must retain the above copyright notice, this list of conditions and the following
* disclaimer.
*
* (2) Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the
* following disclaimer in the documentation and/or other materials provided with the distribution.
*
* (3) Neither the name of the copyright holder nor the names of any contributors may be used to endorse or promote
* products derived from this software without specific prior written permission from the respective party.
*
* (4) Other than as required in clauses (1) and (2), distributions in any form of modifications or other derivative
* works may not use the "OpenStudio" trademark, "OS", "os", or any other confusingly similar designation without
* specific prior written permission from Alliance for Sustainable Energy, LLC.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER, THE UNITED STATES GOVERNMENT, OR ANY CONTRIBUTORS BE LIABLE FOR
* ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
* PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED
* AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
**********************************************************************************************************************/
import jetpack from 'fs-jetpack';
import { dialog } from '@electron/remote';
import {shell} from 'electron';
import path from 'path';
export class AnalysisController {
constructor($log, $q, BCL, Project, SetProject, $scope, $document, $uibModal, toastr, Message, $translate) {
'ngInject';
const vm = this;
vm.toastr = toastr;
vm.Project = Project;
vm.SetProject = SetProject;
vm.$log = $log;
vm.$q = $q;
vm.$uibModal = $uibModal;
vm.jetpack = jetpack;
vm.$scope = $scope;
vm.$document = $document;
vm.BCL = BCL;
vm.dialog = dialog;
vm.shell = shell;
vm.path = path;
vm.$translate = $translate;
vm.Message = Message;
vm.$scope.mmErrors = vm.Message.getMeasureManagerErrors();
vm.analysisTypes = vm.Project.getAnalysisTypes();
vm.cliDebugTypes = vm.Project.getCliDebugTypes();
vm.cliVerboseTypes = vm.Project.getCliVerboseTypes();
vm.downloadReportsTypes = vm.Project.getDownloadReportsTypes();
vm.downloadOSWTypes = vm.Project.getDownloadOSWTypes();
vm.downloadOSMTypes = vm.Project.getDownloadOSMTypes();
vm.downloadZIPTypes = vm.Project.getDownloadZIPTypes();
vm.$scope.seeds = vm.Project.getSeeds();
vm.$scope.weatherFiles = vm.Project.getWeatherFiles();
vm.$scope.cliDebug = vm.Project.getCliDebug();
vm.$scope.cliVerbose = vm.Project.getCliVerbose();
vm.$scope.downloadReports = vm.Project.getDownloadReports();
vm.$scope.downloadOSW = vm.Project.getDownloadOSW();
vm.$scope.downloadOSM = vm.Project.getDownloadOSM();
vm.$scope.downloadZIP = vm.Project.getDownloadZIP();
vm.$scope.timeoutWorkflow = vm.Project.getTimeoutWorkflow();
vm.$scope.timeoutUploadResults = vm.Project.getTimeoutUploadResults();
vm.$scope.timeoutInitWorker = vm.Project.getTimeoutInitWorker();
if (vm.Message.showDebug()) vm.$log.debug('timeout value: ', vm.$scope.timeoutWorkflow);
vm.$scope.defaultSeed = vm.Project.getDefaultSeed();
vm.$scope.defaultWeatherFile = vm.Project.getDefaultWeatherFile();
vm.$scope.selectedAnalysisType = vm.Project.getAnalysisType();
vm.$scope.filesToInclude = vm.Project.getFilesToInclude();
vm.$scope.serverScripts = vm.Project.getServerScripts();
if (vm.Message.showDebug()) vm.$log.debug('ServerScripts: ', vm.$scope.serverScripts);
vm.$scope.measures = vm.Project.getMeasuresAndOptions();
_.forEach(vm.$scope.measures, (measure) => {
if (_.isNil(measure.seed)) measure.seed = vm.$scope.defaultSeed;
});
if (vm.Message.showDebug()) vm.$log.debug('****ANALYSIS TAB****');
if (vm.Message.showDebug()) vm.$log.debug('ANALYSIS MEASURES RETRIEVED: ', vm.$scope.measures);
vm.$scope.osMeasures = [];
vm.$scope.epMeasures = [];
vm.$scope.repMeasures = [];
// Manual Mode
vm.designAlternatives = vm.Project.getDesignAlternatives();
vm.datapoints = vm.Project.getDatapoints();
vm.gridApis = [];
vm.$scope.gridOptions = [];
// Algorithmic Mode
vm.$scope.selectedSamplingMethod = vm.Project.getSamplingMethod();
vm.samplingMethods = vm.Project.getSamplingMethods();
vm.$scope.algorithmSettings = vm.Project.setGetAlgorithmSettings(vm.$scope.selectedSamplingMethod);
vm.$scope.relationships = ['Standard', 'Inverse'];
// size grids according to data
vm.$scope.getTableHeight = function (instanceId) {
const rowHeight = 30; // your row height
const headerHeight = 40; // your header height
return {
height: (vm.$scope.gridOptions[instanceId].data.length * rowHeight + headerHeight + 10) + 'px'
};
};
vm.initializeTab(); // replaces (and calls) initializeGrids
//vm.initializeValues();
vm.$scope.getVariableSettings = function (argument) {
//if (vm.Message.showDebug()) vm.$log.debug('In getVariableSettings');
let settings = [];
if (argument.type === 'Double') {
settings = ['Argument', 'Discrete', 'Continuous', 'Pivot'];
} else {
settings = ['Argument', 'Discrete', 'Pivot'];
}
return settings;
};
vm.$scope.getDistributions = function () {
//if (vm.Message.showDebug()) vm.$log.debug('In getDistributions');
let distributions = [];
switch (vm.$scope.selectedSamplingMethod.id) {
case 'spea_nrel':
case 'rgenoud':
case 'nsga_nrel':
case 'lhs':
case 'preflight':
case 'morris':
case 'sobol':
case 'doe':
case 'fast99':
case 'ga':
case 'gaisl':
case 'single_run':
case 'repeat_run':
distributions = ['Uniform', 'Triangle', 'Normal', 'LogNormal'];
break;
default:
distributions = ['Uniform'];
}
return distributions;
};
vm.$scope.getDiscreteDistributions = function (argumentType) {
//if (vm.Message.showDebug()) vm.$log.debug('In get Discrete Distributions');
let distributions = [];
switch (vm.$scope.selectedSamplingMethod.id) {
case 'diag':
case 'lhs':
if( argumentType == 'Double' || argumentType == 'Integer'){
distributions = ['Discrete', 'Integer Sequence'];
} else {
// can't select integer sequence for non-numeric inputs
distributions = ['Discrete'];
}
break;
default:
distributions = ['Discrete'];
}
return distributions;
};
}
initializeTab() {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In initializeTab in analysis');
// group by type
vm.initializeInstanceID();
vm.setMeasureTypes();
// sort measures by workflow_index
vm.$scope.measures = _.sortBy(vm.$scope.measures, ['workflow_index']);
if (vm.$scope.selectedAnalysisType == 'Manual') {
// initialize for Manual Mode
vm.initializeGrids();
} else {
// initialize for Alg Mode
vm.initializeVariablesAlgMode();
vm.showDeltaX();
//vm.showValueAndWeights();
vm.showMinAndMax();
vm.showDistributions();
vm.showDiscreteDistributions();
vm.showDiscreteVariables();
vm.showPivotVariables();
vm.showContinuousVariables();
}
}
initializeInstanceID() {
const vm = this;
_.forEach(vm.$scope.measures, (measure) => {
measure.instanceId = Math.random();
});
}
initializeGrids() {
const vm = this;
vm.setGridOptions();
// load saved measure options
vm.loadMeasureOptions();
}
getDefaultOptionColDef() {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('AnalysisController getDefaultOptionColDef');
return {
display_name: 'Option 1',
field: 'option_1',
editDropdownOptionsFunction: function (rowEntity, colDef) {
if (rowEntity.type === 'Choice') {
//if (vm.Message.showDebug()) vm.$log.debug('rowEntity: ', rowEntity);
//if (vm.Message.showDebug()) vm.$log.debug('colDef: ', colDef);
vm.choices = [];
_.forEach(rowEntity.choice_display_names
, (choice) => {
if (vm.Message.showDebug()) vm.$log.debug('choice: ', choice);
vm.choices.push({
id: choice,
value: choice
});
});
if (vm.Message.showDebug()) vm.$log.debug('vm.choices: ', vm.choices);
return vm.choices;
}
},
cellTemplate: 'app/analysis/deleteButtonTemplate.html',
//cellTemplate: '<input ng-if=\"row.entity.type==\'Boolean\'\" type=\"checkbox\" ng-class=\"\'colt\' + col.uid\" ui-grid-checkbox ng-model=\"MODEL_COL_FIELD\">' +
//'<div ng-if=\"!row.entity.type==\'Boolean\'\" class="ngCellText" ng-class="col.colIndex()"><span ng-cell-text>{{row.getProperty(col.field)}}</span></div>',
editableCellTemplate: 'app/analysis/optionInputTemplate.html',
width: 200,
minWidth: 100,
cellTooltip: function (row, colDef) {
if (!_.isNil(row.entity.specialRowId) && row.entity.specialRowId == 'optionDescription') {
return row.entity[colDef.field];
}
},
//enableCellEdit: true
cellEditableCondition: $scope => {
// find 1st option (might not be option_1)
const minKey = vm.getFirstOptionId($scope.row.entity);
if (!_.isNil($scope.row.entity.specialRowId)) {
return true;
} else if ($scope.col.colDef.name == minKey) {
return true;
} else {
return $scope.row.entity.variable;
}
}
};
}
setGridOptions() {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('in setGridOptions');
_.forEach(vm.$scope.measures, (measure) => {
if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
// set number of options in measure
if (!_.has(measure, 'numberOfOptions')) {
measure.numberOfOptions = 0;
}
let addRows = true;
//if (measure.arguments.length > 0) {
_.forEach(measure.arguments, (argument) => {
if (_.has(argument, 'specialRowId')) {
addRows = false;
}
});
if (addRows) {
const row0 = {specialRowId: 'optionDelete'};
const row1 = {specialRowId: 'optionName', type: 'String'};
const row2 = {specialRowId: 'optionDescription', type: 'String'};
measure.arguments.splice(0, 0, row0, row1, row2);
}
vm.$scope.gridOptions[measure.instanceId] = {
data: measure.arguments,
enableSorting: false,
autoResize: true,
enableRowSelection: false,
enableSelectAll: false,
enableColumnMenus: false,
enableRowHeaderSelection: false,
enableCellEditOnFocus: true,
enableHiding: false,
columnDefs: [{
name: 'display_name',
displayName: 'analysis.columns.argumentName',
enableCellEdit: false,
headerCellFilter: 'translate',
pinnedLeft: true,
width: 300,
minWidth: 100,
cellTooltip: function (row) {
return _.isNil(row.entity.description) || row.entity.description.length == 0 ? row.entity.display_name : row.entity.description;
}
}, {
name: 'description',
displayName: 'description',
visible: false
}, {
name: 'units',
displayName: 'Units',
width: 50,
minWidth: 10
}, {
name: 'display_name_short',
displayName: 'analysis.columns.shortName',
cellEditableCondition: $scope => {
return angular.isDefined($scope.row.entity.display_name);
},
headerCellFilter: 'translate',
width: 200,
minWidth: 100
}, {
name: 'variable',
displayName: 'analysis.columns.variable',
measureUID: measure.uid,
instanceId: measure.instanceId,
cellTemplate: 'app/analysis/checkAllTemplate.html',
headerCellFilter: 'translate',
minWidth: 30,
type: 'boolean',
width: 70
}],
onRegisterApi: function (gridApi) {
vm.gridApis[measure.instanceId] = gridApi;
gridApi.edit.on.afterCellEdit(vm.$scope, function (rowEntity, colDef, newValue, oldValue) {
if (newValue != oldValue) {
// if (vm.Message.showDebug()) vm.$log.debug('CELL has changed in: ', measure.instanceId, ' old val: ', oldValue, ' new val: ', newValue);
if (vm.Message.showDebug()) vm.$log.debug('rowEntity: ', rowEntity);
vm.updateDASelectedName(measure, oldValue, newValue);
// TODO: figure out if there are datapoints to mark as modified
if (vm.Message.showDebug()) vm.$log.debug('colDef: ', colDef);
vm.updateDatapoints(measure, colDef.name, rowEntity);
// double check that you are really allowed to change this cell (in the case of non-variable arguments)
if (_.startsWith(colDef.name, 'option_') && !rowEntity.variable && vm.getFirstOptionId(rowEntity) != colDef.name && !rowEntity.specialRowId) {
vm.$log.error(`Cannot change cell to value: ${newValue}. ${rowEntity.name} is not a variable. Setting value to first option's value.`);
// TODO: need a user toastr here?
// set to value of firstOption
let firstOptionId = vm.getFirstOptionId(rowEntity);
rowEntity[colDef.name] = rowEntity[firstOptionId];
}
}
});
}
};
});
}
updateDatapoints(measure, colName, rowEntity) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('in update datapoints...colname: ', colName, ' measure name: ', measure.name);
if (colName == 'display_name_short') {
if (vm.Message.showDebug()) vm.$log.debug('display name short has changed, update all DAs that use this measure');
_.forEach(vm.designAlternatives, (alt) => {
if (alt[measure.name] || alt[measure.name] != 'None') {
// DA has this measure selected, mark datapoint
const match = _.find(vm.datapoints, {name: alt.name});
if (match) {
match.modified = true;
}
}
});
} else {
const optionKey = measure.arguments[1][colName];
if (vm.Message.showDebug()) vm.$log.debug('optionKey: ', optionKey);
_.forEach(vm.designAlternatives, (alt) => {
if (vm.Message.showDebug()) vm.$log.debug('alt[measure.name]: ', alt[measure.name]);
if (alt[measure.name] == optionKey) {
const match = _.find(vm.datapoints, {name: alt.name});
if (match) {
match.modified = true;
}
}
});
}
}
setMeasureTypes() {
const vm = this;
vm.$scope.osMeasures = [];
vm.$scope.epMeasures = [];
vm.$scope.repMeasures = [];
_.forEach(vm.$scope.measures, (measure) => {
if (measure.type == 'ModelMeasure')
vm.$scope.osMeasures.push(measure);
else if (measure.type == 'EnergyPlusMeasure')
vm.$scope.epMeasures.push(measure);
else
vm.$scope.repMeasures.push(measure);
});
}
addMeasure(type) {
const vm = this;
vm.setIsModified();
const types = [type];
// save pretty options (will be needed to load back)
vm.Project.savePrettyOptions();
vm.BCL.openBCLModal(types, [], false).then(() => {
// reset data
vm.$scope.measures = vm.Project.getMeasuresAndOptions();
vm.initializeTab();
});
}
checkUpdates() {
const vm = this;
const types = ['ModelMeasure', 'EnergyPlusMeasure', 'ReportingMeasure'];
vm.BCL.openBCLModal(types, [], false).then(() => {
// reset data
vm.$scope.measures = vm.Project.getMeasuresAndOptions();
vm.initializeTab();
});
}
// update the alternatives when a measure is deleted
updateAlternatives(measureName) {
const vm = this;
vm.setIsModified();
_.forEach(vm.designAlternatives, (alt) => {
delete alt[measureName];
});
}
// When an option's name changes, update DAs
// option dropdowns will auto-repopulate when navigating to DA tab
updateDASelectedName(measure, oldValue, newValue) {
const vm = this;
_.forEach(vm.designAlternatives, (alt) => {
if (alt[measure.name] && alt[measure.name] == oldValue) {
alt[measure.name] = newValue;
}
});
}
// When an option is deleted, reset DAs that were using the option
unsetOptionInDA(instanceId, value) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In Analysis::unsetOptionInDA');
if (vm.Message.showDebug()) vm.$log.debug('DAs: ', vm.designAlternatives);
if (vm.Message.showDebug()) vm.$log.debug('instanceId: ', instanceId, ' optionName: ', value);
const measure = _.find(vm.$scope.measures, {instanceId: instanceId});
if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
if (measure) {
_.forEach(vm.designAlternatives, (alt) => {
if (alt[measure.name] && alt[measure.name] == value) {
alt[measure.name] = 'None';
}
});
}
}
setNewAlternativeDefaults() {
const vm = this;
vm.setIsModified();
const newAlt = {};
newAlt.name = vm.uniqueName(vm.$scope.alternatives, _.template('Alternative <%= num %>'));
newAlt.seedModel = vm.defaultSeed;
newAlt.weatherFile = vm.defaultWeatherFile;
return newAlt;
}
removeMeasure(measure) {
const vm = this;
vm.setIsModified();
// open modal for user to ok deleting measure
// and saving project.
const modalInstance = vm.$uibModal.open({
backdrop: 'static',
controller: 'ModalDeleteMeasureController',
controllerAs: 'modal',
templateUrl: 'app/analysis/delete_measure.html'
});
modalInstance.result.then(() => {
vm.updateAlternatives(measure.name);
if (vm.Message.showDebug()) vm.$log.debug('Deleting measure: ', measure);
// line below also removes it from bclService 'getProjectMeasures'
_.remove(vm.$scope.measures, {instanceId: measure.instanceId});
vm.Project.setMeasuresAndOptions(vm.$scope.measures);
const measurePanel = angular.element(vm.$document[0].querySelector('div[id="' + measure.instanceId + '"]'));
measurePanel.remove();
// Note: jetpack.remove() does not have any return
// only remove if there are no other measures pointing to this location
const copies = _.find(vm.$scope.measures, {measure_dir: measure.measure_dir});
if (!copies) {
// can delete from disk
// EXTRA ERROR HANDLING: compare measure_dir path to projectDir path and delete only if they match
const dirNames = _.split(measure.measure_dir, path.sep);
const supposedProjectDirName = _.join(_.slice(dirNames, 0, dirNames.length - 2), path.sep);
if (vm.Message.showDebug()) vm.$log.debug('supposed project dir name: ', supposedProjectDirName, ' projectDir: ', vm.Project.getProjectDir().path());
if (supposedProjectDirName === vm.Project.getProjectDir().path()){
vm.jetpack.remove(measure.measure_dir);
}
}
// recalculate workflow indexes
vm.Project.recalculateMeasureWorkflowIndexes();
vm.SetProject.saveProject();
vm.initializeTab();
}, () => {
// Modal canceled
});
}
addMeasureOption(measure) {
const vm = this;
vm.setIsModified();
if (vm.Message.showDebug()) vm.$log.debug('In addMeasureOption in analysis');
if (measure.arguments.length === 0) return; // Nothing to see here
const keys = Object.keys(measure.arguments[0]);
if (vm.Message.showDebug()) vm.$log.debug('keys: ', keys);
measure.numberOfOptions++;
const optionKeys = _.filter(keys, (k) => {
return k.indexOf('option_') !== -1;
});
//if (vm.Message.showDebug()) vm.$log.debug('option keys: ', optionKeys);
let max = 0;
_.forEach(optionKeys, (key) => {
//if (vm.Message.showDebug()) vm.$log.debug('key: ', key);
const num = Number(key.split('_')[1]);
if (num > max) {
max = num;
}
});
if (vm.Message.showDebug()) vm.$log.debug('max: ', max);
// start from first option
const opt = vm.getDefaultOptionColDef();
opt.display_name = 'Option ' + Number(max + 1);
opt.field = 'option_' + Number(max + 1);
opt.instanceId = measure.instanceId;
// add default arguments to opt
vm.addDefaultArguments(measure, opt);
_.forEach(measure.arguments, argument => {
if (argument.specialRowId === 'optionDelete') {
argument[opt.field] = opt.field;
}
else if (argument.specialRowId === 'optionName') {
argument[opt.field] = opt.display_name + ' Name';
}
else if (argument.specialRowId === 'optionDescription') {
argument[opt.field] = opt.display_name + ' Description: ' + measure.description;
}
});
vm.$scope.gridOptions[measure.instanceId].columnDefs.push(opt);
vm.Project.savePrettyOptions();
return opt;
}
addDefaultArguments(measure, option) {
const vm = this;
let firstOptId = null;
// determine which one is the first option
if (measure.options && measure.options.length > 0) {
firstOptId = measure.options[0].id;
}
_.forEach(measure.arguments, (argument) => {
// first ensure variable field exists
if (_.isUndefined(argument.variable)) {
argument.variable = false;
}
// default value
argument[option.field] = !_.isNil(argument.default_value) ? argument.default_value : '';
// check if argument
if (!argument.variable) {
// argument: use first option's value, or default value if no first option
argument[option.field] = !_.isNil(firstOptId) ? argument[firstOptId] : argument[option.field];
}
});
}
deleteSelectedOption(measure) { // TODO is this dead code? Evan
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In deleteSelectedOption in analysis');
vm.setIsModified();
if (measure.numberOfOptions > 0) {
measure.numberOfOptions -= 1;
vm.$scope.gridOptions[measure.instanceId].columnDefs.splice(vm.$scope.gridOptions[measure.instanceId].columnDefs.length - 1, 1);
}
}
deleteOption(col) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In deleteOption in analysis');
vm.setIsModified();
if (vm.Message.showDebug()) vm.$log.debug('col: ', col);
const optionCount = Number(col.field.split('_')[1]);
if (vm.Message.showDebug()) vm.$log.debug('optionCount: ', optionCount);
const instanceId = col.colDef.instanceId;
if (vm.Message.showDebug()) vm.$log.debug('instanceId: ', instanceId);
// get option name before deleting it
if (vm.Message.showDebug()) vm.$log.debug('OPTION NAME? ', col.grid.options.data[1][col.name]);
const optionName = col.grid.options.data[1][col.name];
let columnIndex = 0;
_.forEach((vm.$scope.gridOptions[instanceId]).columnDefs, (columnDef) => {
if (_.has(columnDef, 'field')) {
const optionCount2 = Number(columnDef.field.split('_')[1]);
if (vm.Message.showDebug()) vm.$log.debug('columnDef.field: ', columnDef.field);
if (optionCount === optionCount2) {
if (vm.Message.showDebug()) vm.$log.debug('SUCCESS');
if (vm.Message.showDebug()) vm.$log.debug('columnIndex: ', columnIndex);
vm.$scope.gridOptions[instanceId].columnDefs.splice(columnIndex, 1);
}
}
columnIndex++;
});
_.forEach(vm.$scope.measures, (measure) => {
if (measure.instanceId == instanceId) {
_.forEach(measure.arguments, (argument) => {
delete argument[col.field];
});
// decrement options count
measure.numberOfOptions = measure.numberOfOptions - 1;
}
});
// reset DAs that were using this option
vm.unsetOptionInDA(instanceId, optionName);
vm.Project.savePrettyOptions();
}
variableCheckboxChanged(row, col) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In variableCheckboxChanged in analysis');
//if (vm.Message.showDebug()) vm.$log.debug('row', row);
//if (vm.Message.showDebug()) vm.$log.debug('col', col);
vm.setIsModified();
const instanceId = col.colDef.instanceId;
//if (vm.Message.showDebug()) vm.$log.debug('instanceId: ', instanceId);
const measure = _.find(vm.$scope.measures, {instanceId: instanceId});
//if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
const display_name = row.entity.display_name;
//if (vm.Message.showDebug()) vm.$log.debug('display_name: ', display_name);
const variable = row.entity.variable;
//if (vm.Message.showDebug()) vm.$log.debug('variable: ', variable);
if (!variable) {
for (let i = 0; i < measure.arguments.length; i++) {
if (measure.arguments[i].display_name === display_name) {
const keys = _.keys(measure.arguments[i]);
const optionKeys = _.filter(keys, (k) => {
return k.indexOf('option_') !== -1;
});
for (let j = 1; j < optionKeys.length; j++) {
// reset all option argument values to first option's value
measure.arguments[i][optionKeys[j]] = measure.arguments[i][optionKeys[0]];
}
break;
}
}
}
}
allVariableCheckboxesChanged(row, col) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In allVariableCheckboxesChanged in analysis');
//if (vm.Message.showDebug()) vm.$log.debug('row', row);
//if (vm.Message.showDebug()) vm.$log.debug('col', col);
vm.setIsModified();
const instanceId = col.colDef.instanceId;
//if (vm.Message.showDebug()) vm.$log.debug('instanceId: ', instanceId);
const measure = _.find(vm.$scope.measures, {instanceId: instanceId});
//if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
const variable = row.entity.variable;
//if (vm.Message.showDebug()) vm.$log.debug('variable: ', variable);
if (!variable) {
// Dont change the first 3 rows regarding naming
for (let i = 3; i < measure.arguments.length; i++) {
const keys = _.keys(measure.arguments[i]);
const optionKeys = _.filter(keys, (k) => {
return k.indexOf('option_') !== -1;
});
for (let j = 1; j < optionKeys.length; j++) {
// reset all option argument values to first option's value
measure.arguments[i][optionKeys[j]] = measure.arguments[i][optionKeys[0]];
}
}
}
}
// Toggle all variable checkboxes
checkAllVariables(row, col) {
const vm = this;
const instanceId = col.colDef.instanceId;
// toggle checkbox
if (row.entity.variable) {
// set all to true
_.forEach(vm.$scope.gridOptions[instanceId].data, (row) => {
row.variable = true;
});
} else {
// set all to false
_.forEach(vm.$scope.gridOptions[instanceId].data, (row) => {
row.variable = false;
});
}
vm.allVariableCheckboxesChanged(row, col);
}
editModelDependentChoiceArg(col, row){
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('Analysis::editModelDependentChoiceArg');
const field = col.colDef.field;
if (vm.Message.showDebug()) vm.$log.debug('FIELD: ', field);
const instanceId = col.colDef.instanceId;
const measure = _.find(vm.$scope.measures, {instanceId: instanceId});
// find argument and choices
const argument = _.find(measure.arguments, {name: row.entity.name});
const choiceList = argument.choice_display_names;
// find current value
const argValue = argument[field];
const inputType = argument['inputType' + field.replace('option', '')];
const deferred = vm.$q.defer();
// open modal for user to select options.
const modalInstance = vm.$uibModal.open({
backdrop: 'static',
controller: 'ModalEditModelDependentChoiceArgController',
controllerAs: 'modal',
templateUrl: 'app/analysis/edit_md_choice_arg.html',
//windowClass: 'wide-modal',
resolve: {
params: function () {
return {
argValue: argValue,
choiceList: choiceList,
inputType: inputType
};
}
}
});
modalInstance.result.then((newValueArr) => {
argument[field] = newValueArr[1];
argument['inputType' + field.replace('option', '')] = newValueArr[0];
if (vm.Message.showDebug()) vm.$log.debug('new argument: ', argument);
deferred.resolve();
}, () => {
// Modal canceled
deferred.reject();
});
return deferred.promise;
}
editOptionDescription(col, row) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('Analysis::editOptionDescription');
//if (vm.Message.showDebug()) vm.$log.debug('col', col);
//if (vm.Message.showDebug()) vm.$log.debug('row', row);
const field = col.colDef.field;
//if (vm.Message.showDebug()) vm.$log.debug('field', field);
const instanceId = col.colDef.instanceId;
//if (vm.Message.showDebug()) vm.$log.debug('instanceId: ', instanceId);
const measure = _.find(vm.$scope.measures, {instanceId: instanceId});
//if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
let idx = -1;
for (let i = 0; i < measure.arguments.length; i++) {
if (!_.isNil(measure.arguments[i].specialRowId) && measure.arguments[i].specialRowId === 'optionDescription') {
idx = i;
break;
}
}
const argument = measure.arguments[idx];
//if (vm.Message.showDebug()) vm.$log.debug('argument: ', argument);
const optionDescription = argument[field];
//if (vm.Message.showDebug()) vm.$log.debug('optionDescription: ', optionDescription);
const deferred = vm.$q.defer();
// open modal for user to select options.
const modalInstance = vm.$uibModal.open({
backdrop: 'static',
controller: 'ModalEditOptionDescriptionController',
controllerAs: 'modal',
templateUrl: 'app/analysis/edit_option_description.html',
//windowClass: 'wide-modal',
resolve: {
params: function () {
return {
optionDescription: optionDescription
};
}
}
});
modalInstance.result.then((optionDescription) => {
//if (vm.Message.showDebug()) vm.$log.debug('optionDescription: ', optionDescription);
argument[field] = optionDescription;
deferred.resolve();
}, () => {
// Modal canceled
deferred.reject();
});
return deferred.promise;
}
duplicateOption(measure) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('Analysis::duplicateOption');
let newOptions = false;
vm.addOptions(measure).then(() => {
_.forEach(measure.options, (option) => {
if (option.checked) {
newOptions = true;
const opt = vm.addMeasureOption(measure);
if (vm.Message.showDebug()) vm.$log.debug('Duplicate ', option.name);
let count = 0;
_.forEach(measure.arguments, (arg) => {
// Don't change the first 3 rows regarding naming
if (count++ > 2) arg[opt.field] = arg[option.id];
});
}
});
if (newOptions) vm.Project.savePrettyOptions();
}
);
}
duplicateMeasureAndOption(measure) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In duplicateMeasureAndOption in analysis');
vm.setIsModified();
const copiedMeasure = angular.copy(measure);
copiedMeasure.instanceId = Math.random();
// Make name and display_name unique
let count = 2;
let notUnique = false;
do {
notUnique = false;
copiedMeasure.name = measure.name + '_' + count.toString();
copiedMeasure.display_name = measure.display_name + ' ' + count.toString();
_.forEach(vm.$scope.measures, (m) => {
if (copiedMeasure.name == m.name || copiedMeasure.display_name == m.display_name) {
notUnique = true;
}
});
count++;
} while (notUnique);
// Close the original measure's accordion
measure.open = false;
// find index of current measure and insert new measure right after it
const index = _.findIndex(vm.$scope.measures, measure);
if (vm.Message.showDebug()) vm.$log.debug('current measure index: ', index);
vm.$scope.measures.splice(index + 1, 0, copiedMeasure);
vm.Project.setMeasuresAndOptions(vm.$scope.measures);
// update workflow indices
vm.Project.recalculateMeasureWorkflowIndexes();
if (vm.Message.showDebug()) vm.$log.debug('Measures in Analysis Tab: ', vm.$scope.measures);
vm.$translate('toastr.measureDuplicated').then(translation => {
vm.toastr.success(translation);
});
vm.initializeTab();
}
loadMeasureOptions() {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In loadMeasureOptions in analysis');
_.forEach(vm.$scope.measures, (measure) => {
if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
// check choice arg selected values in case seed was reset
// Note from Evan: do not uncomment the line below as it clobbers the selected dropdown values
//vm.resetChoiceArgumentSelections(measure);
_.forEach(measure.options, (option) => {
vm.loadOption(measure, option);
});
});
}
loadOption(measure, option) {
const vm = this;
//if (vm.Message.showDebug()) vm.$log.debug('In loadOption in analysis');
//if (vm.Message.showDebug()) vm.$log.debug('measure: ', measure);
//if (vm.Message.showDebug()) vm.$log.debug('option: ', option);
const re = /^option_(\d+)$/;
if (re.test(option.id)) {
const opt = vm.getDefaultOptionColDef();
opt.display_name = _.startCase(option.id);
opt.field = option.id;
opt.instanceId = measure.instanceId; // explicitly set this just in case
vm.$scope.gridOptions[measure.instanceId].columnDefs.push(opt);
} else {
vm.$log.error('option id does not match expected format (option_<ID>)');
}
}
// reset selections (to default) when choice argument is no longer in list
resetChoiceArgumentSelections(measure) {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('in resetChoiceArgumentSelections in analysis');
_.forEach(measure.arguments, (arg) => {
if (arg.type == 'Choice') {
if (vm.Message.showDebug()) vm.$log.debug('Choice Arg: ', arg.name);
const keys = _.keys(arg);
const optionKeys = _.filter(keys, (k) => {
return k.indexOf('option_') !== -1;
});
_.forEach(optionKeys, (key) => {
if (_.isUndefined(_.find(arg.choice_display_names, arg[key]))) {
if (vm.Message.showDebug()) vm.$log.debug('Argument value ', arg[key], ' was not found in choice list...resetting to default_value');
arg[key] = arg.default_value ? arg.default_value : '';
}
});
}
});
}
resetAllChoiceArgumentSelections() {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('in resetAllChoiceArgumentSelections in analysis');
_.forEach(vm.$scope.measures, (measure) => {
vm.resetChoiceArgumentSelections(measure);
});
}
setSeed() {
const vm = this;
if (vm.Message.showDebug()) vm.$log.debug('In Analysis::setSeed');