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<?php
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namespace app\calculator\logic;
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use app\calculator\model\CalculatorCategoryPlace;
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use app\calculator\model\CalculatorDetail;
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use app\calculator\model\CalculatorPlace;
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use app\calculator\model\CalculatorPosition;
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use app\calculator\model\CalculatorRefractory;
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use excel\Excel;
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class Calculator extends Base
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{
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/**
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* 获取其他场景查询场所列表
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* @param int $category_id 分类 1--疏散距离查询2--安全出口数量查询3--楼梯类型查询4--防火间距查询
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* @date 2023-01-19
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*/
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public function listOtherPlace($category_id)
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{
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$category_place_model = new CalculatorCategoryPlace();
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$where = [
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['uid', '=', $this->mid],
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['is_publish', '=', 1],
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['category_id', '=', $category_id]
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];
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$field = 'id,name';
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$place_list = $category_place_model->getAllData($where, $field, 'id asc');
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return sendSuccessArray([
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// 场所列表
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'place_list' => $place_list
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]);
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}
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/**
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* 其他场景获取场所详情
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* @param int $place_id 场所ID
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* @date 2023-01-19
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*/
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public function getOtherPlace($place_id)
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{
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$category_place_model = new CalculatorCategoryPlace();
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$where = [
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['id', '=', $place_id]
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];
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$field = 'id,category_id,name,content';
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$detail = $category_place_model->getOneData($where, $field);
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$detail['category_name'] = $detail->categoryName;
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return sendSuccessArray([
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// 场所详情
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'detail' => $detail
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]);
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}
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/**
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* 计算器获取场所列表
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* @date 2023-01-19
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*/
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public function listPlace()
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{
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$place_model = new CalculatorPlace();
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$where = [
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['uid', '=', $this->mid]
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];
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$field = 'id,name';
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$place_list = $place_model->getAllData($where, $field, 'id asc');
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return sendSuccessArray([
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// 场所列表
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'place_list' => $place_list
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]);
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}
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/**
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* 计算器获取场所列表
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* @param int $place_id 场所ID
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* @date 2023-01-19
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*/
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public function listPositionByPlace($place_id)
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{
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$position_model = new CalculatorPosition();
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$detail_model = new CalculatorDetail();
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// 获取下级位置ID
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$place_ids = $detail_model
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->where([
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['uid', '=', $this->mid],
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['place_id', '=', $place_id]
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])
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->distinct(true)->column('position_id');
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// 获取下级位置列表
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if (empty($place_ids)) {
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$position_list = [];
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} else {
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$where = [
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['uid', '=', $this->mid],
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['id', 'in', $place_ids]
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];
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$field = 'id,name';
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$position_list = $position_model->getAllData($where, $field, 'sort asc');
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}
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return sendSuccessArray([
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// 位置列表
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'position_list' => $position_list
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]);
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}
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/**
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* 计算器获取场所和位置确定的详情页
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* @param int $place_id 场所ID
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* @param int $position_id 位置ID
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* @date 2023-01-19
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*/
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public function getPosition($place_id, $position_id)
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{
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$place_model = new CalculatorPlace();
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$position_model = new CalculatorPosition();
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$refractory_model = new CalculatorRefractory();
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$detail_model = new CalculatorDetail();
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// 获取下级耐火等级ID
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$refractory_ids = $detail_model
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->where([
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['uid', '=', $this->mid],
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['place_id', '=', $place_id],
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['position_id', '=', $position_id]
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])
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->distinct(true)
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->column('refractory_id');
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// 耐火等级ID只有1个且为0时，耐火等级id为空数组
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if (count($refractory_ids) == 1 && $refractory_ids[0] == 0) {
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$refractory_ids = [];
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}
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// 当场所和位置确定不了是否有耐火等级时
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if (count($refractory_ids) > 1 && in_array(0, $refractory_ids)) {
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return sendErrorArray(3001, '项目逻辑有误，场所和位置确定不了是否有耐火等级');
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}
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// 获取下级耐火等级列表
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if (empty($refractory_ids)) {
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$refractory_list = [];
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} else {
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$where = [
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['uid', '=', $this->mid],
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['id', 'in', $refractory_ids]
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];
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$field = 'id,name';
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$refractory_list = $refractory_model->getAllData($where, $field, 'id asc');
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}
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// 获取计算方式 1--输入人数 2--输入面积
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$calculation_type_array = $detail_model
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->where([
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['uid', '=', $this->mid],
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['place_id', '=', $place_id],
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['position_id', '=', $position_id]
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])
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->distinct(true)
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->column('calculation_type');
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if (count($calculation_type_array) != 1) {
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return sendErrorArray(3002, '项目逻辑有误，场所和位置确定不了计算方式');
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}
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// 获取场所名称
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$place_name = $place_model->getOneData([
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['id', '=', $place_id]
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], 'name');
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// 获取位置名称
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$position_name = $position_model->getOneData([
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['id', '=', $position_id]
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], 'name');
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return sendSuccessArray([
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// 场所ID
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'place_id' => $place_id,
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// 场所名称
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'place_name' => $place_name,
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// 位置名称
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'position_name' => $position_name,
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// 是否有耐火等级
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'is_have_refractory' => empty($refractory_list) ? 0 : 1,
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// 耐火等级列表
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'refractory_list' => $refractory_list,
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// 计算方式
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'calculation_type' => $calculation_type_array[0]
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]);
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}
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/**
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* 查询结果前判断输入值是否有效
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* @param int $place_id 场所ID
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* @param int $position_id 位置ID
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* @param int $refractory_id 耐火等级ID
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* @param int $input_value 输入的值
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* @date 2023-01-19
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*/
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public function isInputAvailable($place_id, $position_id, $refractory_id, $input_value)
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{
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$detail_model = new CalculatorDetail();
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$where = [
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['uid', '=', $this->mid],
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['place_id', '=', $place_id],
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['position_id', '=', $position_id]
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];
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if (!empty($refractory_id)) {
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$where[] = ['refractory_id', '=', $refractory_id];
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}
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$field = 'calculation_type,min_input_value,max_input_value';
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$detail = $detail_model->getAllData($where, $field, 'id asc');
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// 按人数计算
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if ($detail[0]['calculation_type'] == 1) {
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// 只有一条数据
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if (count($detail) == 1) {
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$data = $detail[0];
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if (!empty($data['min_input_value']) && $input_value < $data['min_input_value']) {
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$message = '疏散人数最小数值为' . $data['min_input_value'];
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return sendErrorArray(3001, $message);
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}
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if (!empty($data['max_input_value']) && $input_value > $data['max_input_value']) {
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$message = '疏散人数最大数值为' . $data['max_input_value'];
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return sendErrorArray(3002, $message);
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}
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// 有多条数据
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} else {
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$data = $detail->toArray();
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// 获取最小值
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$min_array = array_column($data, 'min_input_value');
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// 对数值数组进行升序排序
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sort($min_array);
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$min_value = $min_array[0];
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// 获取最大值
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$max_array = array_column($data, 'max_input_value');
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// 对数值数组进行降序排序
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rsort($max_array);
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$max_value = $max_array[0];
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if ($input_value < $min_value) {
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$message = '疏散人数最小数值为' . $min_value;
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return sendErrorArray(3003, $message);
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}
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if ($input_value > $max_value) {
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$message = '疏散人数最大数值为' . $max_value;
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return sendErrorArray(3004, $message);
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}
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}
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} else {
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if ($input_value <= 0) {
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return sendErrorArray(3005, '建筑面积请输入大于0的数值');
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}
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}
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return sendSuccessArray();
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}
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/**
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* 查询结果前判断输入值是否有效
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* @param int $place_id 场所ID
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* @param int $position_id 位置ID
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* @param int $refractory_id 耐火等级ID
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* @param int $input_value 输入的值
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* @date 2023-01-19
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*/
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public function getCalculatorResult($place_id, $position_id, $refractory_id, $input_value)
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{
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$detail_model = new CalculatorDetail();
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$where = [
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['uid', '=', $this->mid],
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['place_id', '=', $place_id],
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['position_id', '=', $position_id]
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];
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if (!empty($refractory_id)) {
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$where[] = ['refractory_id', '=', $refractory_id];
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}
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$field = 'place_id,position_id,refractory_id,calculation_type,min_evacuate_net_width,min_width,coefficient,personnel_density,min_area_limit,min_area_limit_personnel_density,max_area_limit,max_area_limit_personnel_density,min_input_value,max_input_value';
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$detail_list = $detail_model->listDetail($where, $field);
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// 只有一条数据
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if (count($detail_list) == 1) {
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$detail = $detail_list[0];
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// 有多条数据
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} else {
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$detail_list = $detail_list->toArray();
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foreach ($detail_list as $k => $v) {
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if ($input_value >= $v['min_input_value'] && $input_value <= $v['max_input_value']) {
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$detail = $v;
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}
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}
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if (!isset($detail) || empty($detail)) {
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return sendErrorArray(3001, '输入值有误');
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}
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}
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$return_data = [
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// 场所名称
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'place_name' => $detail['place_name'],
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// 备注
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'remark' => $detail['remark'],
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// 位置名称
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'position_name' => $detail['position_name'],
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// 耐火等级名称
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'refractory_name' => empty($detail['refractory_name']) ? '' : $detail['refractory_name'],
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// 计算方式
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'calculation_type' => $detail['calculation_type'],
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// 输入值
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'input_value' => $input_value,
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];
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switch ($detail['calculation_type']) {
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// 按人数计算
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case 1:
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// 有宽度最小值 输入参数示例值:13 2 '' 1000
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if ($detail['min_width'] !== null) {
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// 中间结果
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$middle_value = round($input_value / 100 * $detail['min_evacuate_net_width'], 2);
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// 最终结果
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$finish_value = $middle_value > $detail['min_width'] ? $middle_value : $detail['min_width'];
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// 计算结果的数值
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$return_data['finish_value'] = $finish_value;
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// 计算过程-公式
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$return_data['formula'] = '取大值（疏散人数/100*百人最小疏散净宽度，宽度最小值）';
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// 计算过程-其他参数值
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$return_data['other_param'] = [
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[
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'param_name' => '百人最小疏散净宽度（m）',
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'param_value' => $detail['min_evacuate_net_width']
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],
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[
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'param_name' => '宽度最小值（m）',
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'param_value' => $detail['min_width']
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]
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];
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// 计算过程-公式替换
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$return_data['formula_replace'] = 'MAX(' . $input_value . '/100*' . $detail['min_evacuate_net_width'] . ',' . $detail['min_width'] . ')';
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// 计算过程-计算结果
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$return_data['calculation_result'] = '宽度：' . $finish_value . 'm';
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// 有系数 输入参数示例值:14 5 1 1000
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} else if ($detail['coefficient'] !== null) {
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// 最终结果
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$finish_value = round($input_value * $detail['coefficient'] / 100 * $detail['min_evacuate_net_width'], 2);
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// 计算结果的数值
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$return_data['finish_value'] = $finish_value;
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// 计算过程-公式
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$return_data['formula'] = '疏散人数*系数/100*百人最小疏散净宽度';
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// 计算过程-其他参数值
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$return_data['other_param'] = [
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[
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'param_name' => '系数',
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'param_value' => $detail['coefficient']
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],
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[
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'param_name' => '百人最小疏散净宽度（m）',
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'param_value' => $detail['min_evacuate_net_width']
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]
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];
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// 计算过程-公式替换
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$return_data['formula_replace'] = $input_value . '*' . $detail['coefficient'] . '/100*' . $detail['min_evacuate_net_width'];
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// 计算过程-计算结果
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$return_data['calculation_result'] = '宽度：' . $finish_value . 'm';
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// 其他正常 输入参数示例值:1 2 1 1000
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} else {
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// 最终结果
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$finish_value = round($input_value / 100 * $detail['min_evacuate_net_width'], 2);
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// 计算结果的数值
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$return_data['finish_value'] = $finish_value;
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// 计算过程-公式
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$return_data['formula'] = '疏散人数/100*百人最小疏散净宽度';
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// 计算过程-其他参数值
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$return_data['other_param'] = [
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[
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'param_name' => '百人最小疏散净宽度（m）',
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'param_value' => $detail['min_evacuate_net_width']
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]
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];
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// 计算过程-公式替换
|
|
|
$return_data['formula_replace'] = $input_value . '/100*' . $detail['min_evacuate_net_width'];
|
|
|
// 计算过程-计算结果
|
|
|
$return_data['calculation_result'] = '宽度：' . $finish_value . 'm';
|
|
|
}
|
|
|
break;
|
|
|
// 按面积计算
|
|
|
case 2:
|
|
|
// 有人员密度 输入参数示例值:16 5 1 1000
|
|
|
if (!empty($detail['personnel_density'])) {
|
|
|
// 人数
|
|
|
$people_number = round($input_value * $detail['personnel_density']);
|
|
|
// 最终结果
|
|
|
$finish_value = round($people_number / 100 * $detail['min_evacuate_net_width'], 2);
|
|
|
|
|
|
// 计算结果的数值
|
|
|
$return_data['finish_value'] = $finish_value;
|
|
|
// 计算过程-公式
|
|
|
$return_data['formula'] = '1.人数=输入面积*人员密度1' . "\n" . '2.宽度=人数/100*百人最小疏散净宽度';
|
|
|
// 计算过程-其他参数值
|
|
|
$return_data['other_param'] = [
|
|
|
[
|
|
|
'param_name' => '人员密度（人/m²）',
|
|
|
'param_value' => $detail['personnel_density']
|
|
|
],
|
|
|
[
|
|
|
'param_name' => '百人最小疏散净宽度（m）',
|
|
|
'param_value' => $detail['min_evacuate_net_width']
|
|
|
]
|
|
|
];
|
|
|
// 计算过程-公式替换
|
|
|
$return_data['formula_replace'] = '人数=' . $input_value . '*' . $detail['personnel_density'] . "\n" . '宽度=' . $people_number . '/100*' . $detail['min_evacuate_net_width'];
|
|
|
// 计算过程-计算结果
|
|
|
$return_data['calculation_result'] = '人数：' . $people_number . "\n" . '宽度：' . $finish_value;
|
|
|
// 插直法 输入参数示例值:24 6 1 1000
|
|
|
} else {
|
|
|
if ($input_value <= $detail['min_area_limit']) {
|
|
|
$people_number = round($input_value * $detail['min_area_limit_personnel_density']);
|
|
|
// 计算过程-公式
|
|
|
$return_data['formula'] = '1.人数=输入面积*人员密度1' . "\n" . '2.宽度=人数/100*百人最小疏散净宽度';
|
|
|
// 计算过程-公式替换
|
|
|
$return_data['formula_replace'] = '人数=' .
|
|
|
$input_value . '*' . $detail['min_area_limit_personnel_density']
|
|
|
. "\n" . '宽度=' . $people_number . '/100*' . $detail['min_evacuate_net_width'];
|
|
|
} else if ($input_value >= $detail['max_area_limit']) {
|
|
|
// 计算过程-公式
|
|
|
$return_data['formula'] = '1.人数=输入面积*人员密度2' . "\n" . '2.宽度=人数/100*百人最小疏散净宽度';
|
|
|
$people_number = round($input_value * $detail['max_area_limit_personnel_density']);
|
|
|
// 计算过程-公式替换
|
|
|
$return_data['formula_replace'] = '人数=' .
|
|
|
$input_value . '*' . $detail['max_area_limit_personnel_density']
|
|
|
. "\n" . '宽度=' . $people_number . '/100*' . $detail['min_evacuate_net_width'];
|
|
|
} else {
|
|
|
$people_number = round($input_value * (
|
|
|
$detail['min_area_limit_personnel_density']
|
|
|
- ($input_value - $detail['min_area_limit'])
|
|
|
* ($detail['min_area_limit_personnel_density'] - $detail['max_area_limit_personnel_density'])
|
|
|
/ ($detail['max_area_limit'] - $detail['min_area_limit'])
|
|
|
));
|
|
|
// 计算过程-公式
|
|
|
$return_data['formula'] = '1.人数=输入面积*(人员密度1-(输入面积-面积限制1)* (人员密度1-人员密度2)/(面积限制2-面积限制1)) ' . "\n" . '2.宽度=人数/100*百人最小疏散净宽度';
|
|
|
|
|
|
// 计算过程-公式替换
|
|
|
$return_data['formula_replace'] = '人数=' .
|
|
|
$input_value . '*(' .
|
|
|
$detail['min_area_limit_personnel_density']
|
|
|
. '-(' . $input_value . '-' . $detail['min_area_limit'] . ')*(' .
|
|
|
$detail['min_area_limit_personnel_density'] . '- ' . $detail['max_area_limit_personnel_density'] . ')/(' .
|
|
|
$detail['max_area_limit'] . '-' . $detail['min_area_limit'] . '))'
|
|
|
. "\n" . '宽度=' . $people_number . '/100*' . $detail['min_evacuate_net_width'];
|
|
|
}
|
|
|
// 最终结果
|
|
|
$finish_value = round($people_number / 100 * $detail['min_evacuate_net_width'], 2);
|
|
|
|
|
|
// 计算结果的数值
|
|
|
$return_data['finish_value'] = $finish_value;
|
|
|
// 计算过程-其他参数值
|
|
|
$return_data['other_param'] = [
|
|
|
[
|
|
|
'param_name' => '面积限制1（m²）',
|
|
|
'param_value' => $detail['min_area_limit'] . '以下'
|
|
|
],
|
|
|
[
|
|
|
'param_name' => '人员密度1（人/m²）',
|
|
|
'param_value' => $detail['min_area_limit_personnel_density']
|
|
|
],
|
|
|
[
|
|
|
'param_name' => '面积限制2（m²）',
|
|
|
'param_value' => $detail['max_area_limit'] . '以上'
|
|
|
],
|
|
|
[
|
|
|
'param_name' => '人员密度2（人/m²）',
|
|
|
'param_value' => $detail['max_area_limit_personnel_density']
|
|
|
],
|
|
|
[
|
|
|
'param_name' => '百人最小疏散净宽度（m）',
|
|
|
'param_value' => $detail['min_evacuate_net_width']
|
|
|
]
|
|
|
];
|
|
|
|
|
|
// 计算过程-计算结果
|
|
|
$return_data['calculation_result'] = '人数：' . $people_number . "\n" . '宽度：' . $finish_value;
|
|
|
}
|
|
|
break;
|
|
|
// 其他
|
|
|
default:
|
|
|
break;
|
|
|
}
|
|
|
|
|
|
return sendSuccessArray($return_data);
|
|
|
}
|
|
|
|
|
|
/**
|
|
|
* 导入到数据库
|
|
|
* @date 2023-01-19
|
|
|
*/
|
|
|
public function importExcel()
|
|
|
{
|
|
|
$excel_class = new Excel();
|
|
|
$place_model = new CalculatorPlace();
|
|
|
$position_model = new CalculatorPosition();
|
|
|
$refractory_model = new CalculatorRefractory();
|
|
|
$detail_model = new CalculatorDetail();
|
|
|
|
|
|
// 场所名称以及对应ID
|
|
|
$place_array = $place_model->column('id', 'name');
|
|
|
// 位置名称以及对应ID
|
|
|
$position_array = $position_model->column('id', 'name');
|
|
|
// 耐火等级名称以及对应ID
|
|
|
$refractory_array = $refractory_model->column('id', 'name');
|
|
|
|
|
|
$file_path = './1.xlsx';
|
|
|
$result = $excel_class->getDataFromLocalFile($file_path);
|
|
|
|
|
|
$finish_data_list = [];
|
|
|
foreach ($result as $k => $v) {
|
|
|
// 位置
|
|
|
$position_name = $v['B'];
|
|
|
$data['position_id'] = $position_array[$position_name];
|
|
|
// 耐火等级
|
|
|
$refractory_name = $v['C'];
|
|
|
if (!empty($refractory_name)) {
|
|
|
$data['refractory_id'] = $refractory_array[$refractory_name];
|
|
|
} else {
|
|
|
$data['refractory_id'] = '';
|
|
|
}
|
|
|
// 最小疏散净宽度（m/100人）
|
|
|
$data['min_evacuate_net_width'] = $v['D'];
|
|
|
// 宽度最小值 calculation_type=1时用
|
|
|
$data['min_width'] = $v['E'];
|
|
|
// 系数 calculation_type=1时用
|
|
|
$data['coefficient'] = $v['F'];
|
|
|
// 人员密度
|
|
|
$data['personnel_density'] = $v['G'];
|
|
|
// 面积限制最小值 面积限制1
|
|
|
$data['min_area_limit'] = $v['H'];
|
|
|
// 最小面积限制时人员密度 人员密度1
|
|
|
$data['min_area_limit_personnel_density'] = $v['I'];
|
|
|
// 面积限制最大值 面积限制2
|
|
|
$data['max_area_limit'] = $v['J'];
|
|
|
// 最大面积限制时人员密度 人员密度2
|
|
|
$data['max_area_limit_personnel_density'] = $v['K'];
|
|
|
// 输入值的最小值
|
|
|
$data['min_input_value'] = $v['M'];
|
|
|
// 输入值的最大值
|
|
|
$data['max_input_value'] = $v['N'];
|
|
|
// 计算公式类型 1输入人数计算 2输入面积计算
|
|
|
$data['calculation_type'] = $v['O'];
|
|
|
|
|
|
// 场所用，分割开
|
|
|
$cur_line_palce_array = explode('，', $v['A']);
|
|
|
foreach ($cur_line_palce_array as $k => $v) {
|
|
|
$finish_data_list[] = array_merge([
|
|
|
'place_id' => $place_array[$v]
|
|
|
], $data);
|
|
|
}
|
|
|
}
|
|
|
|
|
|
// dump($finish_data_list[0]);
|
|
|
// $detail_model->insertAll($finish_data_list);
|
|
|
return 'success';
|
|
|
}
|
|
|
|
|
|
}
|
