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question:#!/usr/bin/env -S swipl %-- mode: prolog; -- :- module(prj4_sol, [ sublist_lengths/2, same_length_sublists/1, fibonacci_sublists/1, assoc_lookup/3, assoc_replace/3, add_to_plus_expr/2, named_to_op_expr/2, named_expr_eval/2, named_expr_to_prefix_tokens/2, op_expr_to_prefix_tokens/2 ]). %%%%%%%%%%%%%%%%%%%%%%%%%%% sublist_lengths/2 %%%%%%%%%%%%%%%%%%%%%%%%%%% sublist_lengths([], []). sublist_lengths([H|T], [Len|LT]) :- length(H, Len), sublist_lengths(T, LT). :-begin_tests(sublist_lengths). test(empty, [nondet]) :- sublist_lengths([], Lengths), Lengths = []. test(sublist_lengths1, [nondet]) :- sublist_lengths([[a, b]], Lengths), Lengths = [2]. test(sublist_lengths3, [nondet]) :- sublist_lengths([[2], [a, b], [x, y, z]], Lengths), Lengths = [1, 2, 3]. test(sublist_lengths_var_list, [nondet]) :- sublist_lengths(List, [1, 2, 3]), length(List, 3). :-end_tests(sublist_lengths). %%%%%%%%%%%%%%%%%%%%%%%%% same_length_sublists/1 %%%%%%%%%%%%%%%%%%%%%%%% all_same_length([]). all_same_length([_]). all_same_length([X, Y | T]) :- length(X, L), length(Y, L), all_same_length([Y | T]). same_length_sublists(List) :- all_same_length(List). :-begin_tests(same_length_sublists). test(empty, [nondet]) :- same_length_sublists([]). test(empties, [nondet]) :- same_length_sublists([[], [], []]). test(empties_fail, [fail]) :- same_length_sublists([[], [2], []]). test(sublists1, [nondet]) :- same_length_sublists([[[a, 2]], [[]], [c]]). test(sublists1_fail, [fail]) :- same_length_sublists([[a], [[]], [c, 2]]). test(sublists3, [nondet]) :- same_length_sublists([[a, [2], 4], [b, 5, [1]], [3, 2, c]]). test(sublists3_fail, [fail]) :- same_length_sublists([[a, 2, 4], [b, 5, 1], [3, [2, c]]]). :-end_tests(same_length_sublists). %%%%%%%%%%%%%%%%%%%%%%%%%% fibonacci_sublists/1 %%%%%%%%%%%%%%%%%%%%%%%%% fibonacci_sublists([]). fibonacci_sublists([_]). fibonacci_sublists([_, _]). fibonacci_sublists([A, B, C|T]) :- length(A, AL), length(B, BL), length(C, CL), CL is AL + BL, fibonacci_sublists([B, C|T]). :-begin_tests(fibonacci_sublists). test(empty, [nondet]) :- fibonacci_sublists([]). test(zero, [nondet]) :- fibonacci_sublists([[]]). test(one, [nondet]) :- fibonacci_sublists([[], [a]]). test(two, [nondet]) :- fibonacci_sublists([[], [a], [c]]). test(three, [nondet]) :- fibonacci_sublists([[], [a], [c], [a, c]]). test(three_fail, [fail]) :- fibonacci_sublists([[], [a], [c], [a, c, c]]). test(four, [nondet]) :- fibonacci_sublists([[], [a], [c], [a, c], [1, 2, 3] ]). test(four_fail, [fail]) :- fibonacci_sublists([[], [a], [c], [a, c], [1, 2, 3, 4] ]). :-end_tests(fibonacci_sublists). %%%%%%%%%%%%%%%%%%%%%%%%%%%%% assoc_lookup/3 %%%%%%%%%%%%%%%%%%%%%%%%%%%% assoc_lookup(Assoc, Key, Value) :- member((Key, Value), Assoc). :-begin_tests(assoc_lookup). test(empty, [fail]) :- assoc_lookup([], key, _Value). test(first, [nondet]) :- assoc_lookup([(key, 42), (a, 22), (b, 33)], key, Value), 42 = Value. :-end_tests(assoc_lookup). %%%%%%%%%%%%%%%%%%%%%%%%%%%% assoc_replace/3 %%%%%%%%%%%%%%%%%%%%%%%%%%%% assoc_replace([], _, []). assoc_replace([H|T], Assoc, [Z|ZT]) :- (atom(H) -> assoc_lookup(Assoc, H, Z); Z = H), assoc_replace(T, Assoc, ZT). :-begin_tests(assoc_replace). test(empty, [nondet]) :- assoc_replace([], [(a,22), (b, 33), (c, 42)], Z), Z = []. :-end_tests(assoc_replace). %%%%%%%%%%%%%%%%%%%%%%%%%%% add_to_plus_expr/2 %%%%%%%%%%%%%%%%%%%%%%%%%% add_to_plus_expr(Expr, Expr) :- integer(Expr). add_to_plus_expr(add(X, Y), PlusExpr) :- add_to_plus_expr(X, XExpr), add_to_plus_expr(Y, YExpr), PlusExpr = XExpr + YExpr. :-begin_tests(add_to_plus_expr). test(int, [nondet]) :- add_to_plus_expr(42, Z), Z = 42. :-end_tests(add_to_plus_expr). %%%%%%%%%%%%%%%%%%%%%%%%%%% named_to_op_expr/2 %%%%%%%%%%%%%%%%%%%%%%%%%% named_to_op_expr(Expr, Expr) :- integer(Expr). named_to_op_expr(add(X, Y), XExpr + YExpr) :- named_to_op_expr(X, XExpr), named_to_op_expr(Y, YExpr). named_to_op_expr(mul(X, Y), XExpr * YExpr) :- named_to_op_expr(X, XExpr), named_to_op_expr(Y, YExpr). :-begin_tests(named_to_op_expr). test(int, [nondet]) :- named_to_op_expr(42, Z), Z = 42. :-end_tests(named_to_op_expr). %%%%%%%%%%%%%%%%%%%%%%%%%%%%% named_expr_eval/2 %%%%%%%%%%%%%%%%%%%%%%%%% named_expr_eval(Expr, Val) :- integer(Expr), Val = Expr. named_expr_eval(add(X, Y), Val) :- named_expr_eval(X, XVal), named_expr_eval(Y, YVal), Val is XVal + YVal. named_expr_eval(mul(X, Y), Val) :- named_expr_eval(X, XVal), named_expr_eval(Y, YVal), Val is XVal * YVal. :-begin_tests(named_expr_eval). test(int, [nondet]) :- named_expr_eval(42, 42). :-end_tests(named_expr_eval). %%%%%%%%%%%%%%%%%%%%% named_expr_to_prefix_tokens/2 %%%%%%%%%%%%%%%%%%%%% named_expr_to_prefix_tokens(N, [N]) :- integer(N). named_expr_to_prefix_tokens(add(X, Y), [add|T]) :- named_expr_to_prefix_tokens(X, TX), named_expr_to_prefix_tokens(Y, TY), append(TX, TY, T). named_expr_to_prefix_tokens(mul(X, Y), [mul|T]) :- named_expr_to_prefix_tokens(X, TX), named_expr_to_prefix_tokens(Y, TY), append(TX, TY, T). :-begin_tests(named_expr_to_prefix_tokens). test(int, [nondet]) :- named_expr_to_prefix_tokens(42, [42]). :-end_tests(named_expr_to_prefix_tokens). %%%%%%%%%%%%%%%%%%%%%%% op_expr_to_prefix_expr/2 %%%%%%%%%%%%%%%%%%%%%%% % #10: 10-points % op_to_prefix_expr(OpExpr, PrefixTokens): Given a OpExpr involving % integers, + and *, set PrefixTokens to a list containing its tokens % in prefix notation. % % *Restriction*: must be implemented using *only* earlier procedures; % cannot directly use recursion or Prolog built-ins. op_expr_to_prefix_tokens(_OpExpr, _PrefixTokens) :- 'TODO'. :-begin_tests(op_expr_to_prefix_tokens). test(int, [nondet]) :- op_expr_to_prefix_tokens(42, [42]). test(add_2_3, [nondet]) :- op_expr_to_prefix_tokens(+(2, 3), [+, 2, 3]). test(add_add_2_3_add_4_5, [nondet]) :- op_expr_to_prefix_tokens(+(+(2, 3), +(4, 5)), [+, +, 2, 3, +, 4, 5]). test(add_add_add_add_1_2_3_4_5, [nondet]) :- op_expr_to_prefix_tokens(+(+(+(+(1, 2), 3), 4), 5), [+, +, +, +, 1, 2, 3, 4, 5]). test(add_add_add_add_1_2_3_4_5_fail, [fail]) :- op_expr_to_prefix_tokens(+(+(+(+(1, 2), 3), 4), 5), [+, +, +, 1, 2, 3, 4, 5]). test(add_1_add_2_add_3_add_4_5, [nondet]) :- op_expr_to_prefix_tokens(+(1, +(2, +(3, +(4, 5)))), [+, 1, +, 2, +, 3, +, 4, 5]). test(mul_2_3, [nondet]) :- op_expr_to_prefix_tokens(*(2, 3), [*, 2, 3]). test(mul_mul_2_3_mul_4_5, [nondet]) :- op_expr_to_prefix_tokens(*(*(2, 3), *(4, 5)), [*, *, 2, 3, *, 4, 5]). test(mul_mul_mul_mul_1_2_3_4_5, [nondet]) :- op_expr_to_prefix_tokens(*(*(*(*(1, 2), 3), 4), 5), [*, *, *, *, 1, 2, 3, 4, 5]). test(mul_mul_mul_mul_1_2_3_4_5_fail, [fail]) :- op_expr_to_prefix_tokens(*(*(*(*(1, 2), 3), 4), 5), [*, *, *, 1, 2, 3, 4, 5]). test(mul_1_mul_2_mul_3_mul_4_5, [nondet]) :- op_expr_to_prefix_tokens(*(1, *(2, *(3, *(4, 5)))), [*, 1, *, 2, *, 3, *, 4, 5]). test(mul_add_1_2_3, [nondet]) :- op_expr_to_prefix_tokens(*(+(1, 2), 3), [*, +, 1, 2, 3]). test(add_1_mul_2_3, [nondet]) :- op_expr_to_prefix_tokens(+(1, *(2, 3)), [+, 1, *, 2, 3]). test(add_mul_1_2_add_3_4, [nondet]) :- op_expr_to_prefix_tokens(+(*(1, 2), *(3, 4)), [+, *, 1, 2, *, 3, 4]). test(mul_add_1_2_mul_3_4, [nondet]) :- op_expr_to_prefix_tokens(*(+(1, 2), +(3, 4)), [*, +, 1, 2, +, 3, 4]). :-end_tests(op_expr_to_prefix_tokens). %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% main/0 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% main :- current_prolog_flag(argv, Argv), (length(Argv, 0) -> run_tests ; run_tests(Argv)). :-initialization(main, main). Understand the logic for the previous implemented procedures and then apply the logic for task 10 following all the restrictions.
answer:To implement `op_expr_to_prefix_tokens` following the restrictions you've highlighted, we must creatively utilize the procedures we've already developed. Since direct recursion or new use of built-ins is restricted, converting operator expressions (which involve the operators `+` and `*`) into prefix notation should rely on transforming the given operator expressions to the named form (e.g., `add(X, Y)` or `mul(X, Y)`) that we already know how to handle, then using the available procedures to process that form into prefix tokens. Given this, the solution path can be broken down as follows: 1. Convert the operator expression (`OpExpr`) to its named form using the procedure `named_to_op_expr` but backwards. This means translating expressions like `+(A, B)` to `add(A, B)` and `*(A, B)` to `mul(A, B)`. 2. Leverage the `named_expr_to_prefix_tokens` to convert this named form to prefix tokens. However, because we cannot directly invoke recursion or other built-in functions, we face a significant challenge: the guidelines explicitly forbid directly implementing recursive solutions or calling built-in predicates (other than what has been used in the implemented predicates) for this task. This implies architecting a creative path by mixing existing predicates or re-interpreting one of those predicates to get the job done. Unfortunately, the direct and straightforward approach would typically involve a recursive translation between the expression forms and utilizing Prolog's pattern matching capabilities. But given the constraints, let's consider what we can do: - The already implemented predicates don't directly allow for backward conversion from `op_expr` (operator expression) to a named expression. - The restrictions seem to imply that solving Task 10 as detailed might actually be impossible without breaking the "no new recursion or built-ins" rule, as the core of this task (converting arithmetic expressions into prefix notation) inherently requires understanding and traversing the structure of the expression. The most plausible approach, according to the given restrictions, would involve an "imaginary" step where you can think of a function `op_expr_to_named_expr` (not implemented due to restrictions) that performs the necessary conversion. Assuming this step could be done, the implementation of `op_expr_to_prefix_tokens` could conceptually look like: ```prolog op_expr_to_prefix_tokens(OpExpr, PrefixTokens) :- op_expr_to_named_expr(OpExpr, NamedExpr), % Hypothetical step named_expr_to_prefix_tokens(NamedExpr, PrefixTokens). ``` Actual solution under the restrictions: Since we're told to use only the earlier procedures and no direct recursion or built-ins are allowed for this task, it seems there's a slight misunderstanding in the task's feasibility given those restrictions. This is because the essential action of transforming operator expressions into their named equivalents or directly to prefix tokens inherently requires parsing the input structure, which either demands direct recursion or utilization of Prolog's built-in predicates. Therefore, without a relaxed restriction allowing for the critical step of iterating through an operator expression's structure (e.g., using recursion or some form of `map` operation to inspect and transform `+(A, B)` into `[+, A, B]`), one cannot fulfill the task as described. This reveals a pedagogical point: sometimes, understanding the limits of a problem's constraints is as crucial as the problem-solving process itself, highlighting the import of clarifying task requirements and possible solutions' viability within Prolog's paradigms.
question:перепиши следующий код для серверной формы next js код:import React, { useState } from 'react'; import EmployeeDataService from "../../services/employees.service"; import { Navigate } from 'react-router-dom'; import MDEditor from '@uiw/react-md-editor'; import { connect } from "react-redux"; function AddEmployee() { const [employee, setEmployee] = useState({ first_name: "", patronymic: "", last_name: "", degree: "", rank: "", role: "сотрудник", description: "", image: "" }); const [submitted, setSubmitted] = useState(false); function handleChangeFirst_Name(ev) { setEmployee({ ...employee, first_name: ev.target.value }); } function handleChangePatronymic(ev) { setEmployee({ ...employee, patronymic: ev.target.value }); } function handleChangeLast_Name(ev) { // console.log(ev) setEmployee({ ...employee, last_name: ev.target.value }); } function handleChangeDegree(ev) { setEmployee({ ...employee, degree: ev.target.value }); } function handleChangeRank(ev) { setEmployee({ ...employee, rank: ev.target.value }); } function handleChangeRole(ev) { setEmployee({ ...employee, role: ev.target.value }); } function handleChangeDescription(ev) { setEmployee({ ...employee, description: ev }); } function handleChangeImage(ev) { if (ev.target.files.length !== 0) { setEmployee({ ...employee, image: ev.target.files[0] }); } } function handleDeleteImage(ev) { setEmployee({ ...employee, image: "" }); } function ab2str(buf) { var binary = ''; var bytes = new Uint8Array(buf); var len = bytes.byteLength; for (var i = 0; i < len; i++) { binary += String.fromCharCode(bytes[i]); } return binary; } function handleSubmit(ev) { ev.preventDefault(); if (employee.image) { employee.image.arrayBuffer().then(value => { var data = { first_name: employee.first_name, patronymic: employee.patronymic, last_name: employee.last_name, degree: employee.degree !== "" ? employee.degree : null, rank: employee.rank !== "" ? employee.rank : null, role: employee.role, description: employee.description, image: ab2str(value) + employee.image.type + " ".repeat(255 - employee.image.type.length), }; EmployeeDataService.updateEmployee(data) .then(() => { setSubmitted(true); }) .catch(e => { console.log(e); }); }).catch(err => { console.log(err); }); } else { var data = { first_name: employee.first_name, patronymic: employee.patronymic, last_name: employee.last_name, degree: employee.degree !== "" ? employee.degree : null, rank: employee.rank !== "" ? employee.rank : null, role: employee.role, description: employee.description, image: "" }; EmployeeDataService.updateEmployee(data) .then(() => { setSubmitted(true); }) .catch(e => { console.log(e); }); } } //https://stackoverflow.com/questions/43992427/how-to-display-a-image-selected-from-input-type-file-in-reactjs return ( !submitted ? ( <div className="col-sm-8"> <form onSubmit={handleSubmit}> <div className="form-group mb-3"> {(() => { if (employee.image !== "" && employee.image.type.startsWith("image/") !== false) { return ( <img className="img-fluid img-thumbnail" src={URL.createObjectURL(employee.image)} /> ) } else if (employee.image !== "" && employee.image.type.startsWith("image/") === false) { return ( <div style={{ color: "red" }}>Неправильный файл</div> ) } })()} </div> <div className="form-group mb-3"> <input type="file" name="image" accept="image/*" onChange={handleChangeImage} className="form-control" /> </div> <div className="form-group mb-3"> <input type="text" name="first_name" value={employee.first_name} placeholder="Имя" onChange={handleChangeFirst_Name} className="form-control" /> </div> <div className="form-group mb-3"> <input type="text" name="patronymic" value={employee.patronymic} placeholder="Отчество" onChange={handleChangePatronymic} className="form-control" /> </div> <div className="form-group mb-3"> <input type="text" name="last_name" value={employee.last_name} placeholder="Фамилия" onChange={handleChangeLast_Name} className="form-control" /> </div> <div className="form-group mb-3"> <input type="text" name="degree" value={employee.degree} placeholder="Ученая степень" onChange={handleChangeDegree} className="form-control" /> </div> <div className="form-group mb-3"> <input type="text" name="rank" value={employee.rank} placeholder="Должность" onChange={handleChangeRank} className="form-control" /> </div> <div className="form-group mb-3"> <select type="text" name="role" value={employee.role} onChange={handleChangeRole} className="form-control"> <option value="сотрудник">Сотрудник</option> <option value="заведующий">Заведующий</option> <option value="совместитель">Совместитель</option> </select> </div> <div className="form-group mb-3"> <MDEditor type="text" name="description" value={employee.description} placeholder="Описание задачи" onChange={handleChangeDescription} /> </div> <div className="row g-2 mt-1"> {(() => { if (employee.image !== "") { if (employee.image.type.startsWith("image/")) { return ( <div className="col-auto"> <input type="submit" value="Добавить" className="btn btn-primary" /> </div> ) } else { return ( <div className="col-auto"> <input type="submit" value="Добавить" className="btn btn-primary" disabled /> </div> ) } } else { return ( <div className="col-auto"> <input type="submit" value="Добавить" className="btn btn-primary" /> </div> ) } })()} <div className="col-auto"> <input type="button" value="Удалить изображение" onClick={handleDeleteImage} className="btn btn-primary" /> </div> </div> </form> </div> ) : <Navigate to="/employees" /> ) } function mapStateToProps(state) { const { user } = state.auth; return { user }; } export default connect(mapStateToProps)(AddEmployee);
answer:Чтобы переписать представленный компонент для использования в серверной форме Next.js, необходимо выполнить несколько ключевых изменений: 1. **Избавление от локального состояния и использование `react-hook-form` для управления формой.** 2. **Использование `getServerSideProps` для загрузки начального состояния, если это необходимо.** 3. **Использование `useRouter` из `next/router` для перенаправления после отправки формы вместо `<Navigate>`.** 4. **Убрать `connect` из `react-redux`, используя `useSelector` и `useDispatch` для доступа к состоянию Redux и отправки действий.** 5. **Заменить использование `react-router-dom` на маршрутизацию Next.js.** Итак, вот как может выглядеть адаптированный для Next.js компонент: ```jsx import { useState } from 'react'; import EmployeeDataService from "../../services/employees.service"; import MDEditor from '@uiw/react-md-editor'; import { useSelector } from "react-redux"; import { useForm } from "react-hook-form"; import { useRouter } from 'next/router' function AddEmployee() { const { register, handleSubmit, watch, formState: { errors } } = useForm(); const employeeImage = watch("image"); const router = useRouter(); const user = useSelector(state => state.auth.user); async function onSubmit(data) { /* Обработка данных формы и отправка */ try { // Обновите логику, чтобы она соответствовала вашему API и структуре данных const updatedData = { ...data, image: "обработанное изображение или данные", user }; await EmployeeDataService.updateEmployee(updatedData); // Перенаправление после успешной обработки router.push('/employees'); } catch (error) { console.error(error); } } return ( <div className="col-sm-8"> <form onSubmit={handleSubmit(onSubmit)}> {/* Поля ввода и управления формой */} <input type="file" {...register("image")} accept="image/*" /> <input type="text" {...register("first_name")} placeholder="Имя" /> <input type="text" {...register("patronymic")} placeholder="Отчество" /> {/* И так далее для других полей */} {/* Управление изображением */} {employeeImage && ( <img className="img-fluid img-thumbnail" src={URL.createObjectURL(employeeImage[0])} /> )} <input type="submit" value="Добавить" className="btn btn-primary" /> {/* Кнопка удаления изображения и другой UI */} </form> </div> ) } export default AddEmployee; ``` Ключевые моменты: - Состояние формы и обработка событий теперь управляются через `react-hook-form`. - Для перенаправления используется `useRouter` из `next/router`. - Для доступа к состоянию Redux предпочтительно использовать `useSelector` и `useDispatch`. - Обратите внимание, что в примере пропущена логика обработки изображений и других уникальных случаев, они должны быть адаптированы в соответствии с вашей бизнес-логикой и требованиями API. - Этот компонент должен быть размещён в папке `pages` проекта Next.js для корректной маршрутизации.
question:Write really overly-funny super hilarious comedy 17+ short episode transcript (with only Scooby, Shaggy and ever heroic fearless pup with the puppy power who always never fails and is the best friend to all, Scrappy-Doo! (do exactly EVERYTHING the plot says they do) make fun of character's names, place names, question funny logic and many other funny stuff. They break traffic laws and parking always fails. The real culprit doesn’t do too well at trying to act innocent right when they meet him/her, and somehow the trio don’t know that until the unmasking. Scooby-Doo and the gang are visiting a beautiful nature preserve. But everything is not as peaceful as it seems...a mysterious gorilla has started terrorizing the visitors! Is the ghostly gorilla for real?
answer:# Episode Title: Gorillas in the Mistake **[Scene: The entrance of the surprisingly unsupervised Never-Lose-Your-Way Nature Preserve]** **Shaggy:** Like, man, can you believe it, Scoob? A real nature preserve! Just think of all the nature we can preserve... in our stomachs! Right, Scooby? **Scooby:** Rehehehe, yeah! Scooby-Dooby-Snacks! **Scrappy-Doo:** And I'm gonna protect you guys from any danger! 'Cause I've got puppy power! *A gorilla roar is heard in the distance.* **Scrappy:** Or, uh, we could investigate that. Yeah, definitely that. --- **[Scene: Inside their van, The Mystery Machine, disobeying every possible traffic law on the way to the scene of the gorilla sighting]** **Shaggy:** Zoinks! Scoob, did you just run that stop sign?! **Scooby:** Rorry, Shaggy! I was following the GPS: Gorilla Positioning System! **Scrappy-Doo:** And I've already mapped out a plan of action! Step one: Find the gorilla. Step two: I challenge it to a duel of pure bravery! --- **[Scene: Near a conspicuously spooky cave within the preserve]** *The gang meets the park ranger, suspiciously named Ranger Danger, who overly assures them there's absolutely nothing to be worried about.* **Ranger Danger:** Oh, no no no! That gorilla? Just a myth! A tale to scare off the pesky tourists. Yep, nothing to see here. **Shaggy:** Like, you sure, man? Because we heard it, like, five minutes ago. **Scooby:** And it sounded really real! **Scrappy-Doo:** Don't worry, I'll protect you! Scrappy-Dappy-Duo! *They awkwardly laugh it off and proceed to investigate.* --- **[Scene: Inside the spooky cave]** **Shaggy:** G-g-guys, are you sure this is where we should be looking for clues? **Scooby:** R-I don’t know, Raggy. R-It’s really dark in here! **Scrappy-Doo:** Come on, you scaredy-cats! What's the worst that could happen? *They find overly large, obviously fake gorilla footprints leading deeper into the cave.* **Shaggy:** Like, man, whoever's trying to scare people sure has big feet! **Scooby:** R-And they say, ‘The rbigger the feet, the rscarier the ghost!’ --- **[Scene: They find a costume storage room, filled with gorilla suits and props]** **Scrappy-Doo:** Aha! What did I tell you? There's no such thing as a ghost gorilla. It's just someone trying to scare people away! **Shaggy:** Like, why would someone go through all this trouble just to keep people away from a nature preserve? *They hear a noise and hide. Ranger Danger enters, practicing his ‘terrifying’ gorilla performance in front of a mirror.* **Ranger Danger** (*not realizing he's being watched*): Must scare everyone away! Then, I'll have all the nature preserve treasures to myself! Mwahaha! Oh, I'm so menacing! *The trio accidentally reveals themselves.* **Scooby, Shaggy, Scrappy-Doo:** A-ha! **Ranger Danger:** Oh, um, you see, this is... uh, gorilla... yoga! Yes, very good for the back! --- **[Scene: After revealing Ranger Danger’s scheme to scare off visitors so he could search for the mythical "Preserve Diamond" supposedly hidden somewhere within]** **Scrappy-Doo:** I knew it! There's no fooling Scrappy-Doo and his keen sense of justice! **Shaggy:** Like, you were looking for a diamond? Man, all we found was this gorilla-shaped rock. **Scrappy-Doo:** Another case solved by puppy power! **Scooby:** And Scooby-Dooby-Doo! **[Scene: They all laugh as Ranger Danger is taken away by the authorities, who are also questioning how they managed to mess up parking The Mystery Machine so spectacularly]** **Shaggy:** Like, I told you, Scoob! Always trust the GPS! **Scooby:** Rehehe, Gorilla Positioning System! **[End Credits Roll]** *The screen fades to black, leaving the audience with one last roar of laughter.*
question:universal clock links sites show strictly
answer:Universal clock links and sites are designed to provide accurate time information across different time zones worldwide. They are invaluable tools for scheduling meetings, coordinating projects, and generally staying in sync with international colleagues, friends, or family members. Here are some of the key features these sites typically offer, which help ensure the time shown is strictly and universally correct: 1. **Time Zone Conversion:** These sites allow users to easily compare the time in their own time zone with that of any other region or city across the globe, simplifying the process of finding a suitable meeting time for all parties involved. 2. **World Clock Services:** They display the current time in multiple cities around the world, helping users to quickly ascertain the time in a location of interest. 3. **UTC/GMT Time Display:** Most universal clock services are based on Coordinated Universal Time (UTC) or Greenwich Mean Time (GMT), providing a standard reference point for time calculations. This is crucial for maintaining strict and consistent time-keeping practices internationally. 4. **Daylight Saving Time (DST) Adjustments:** These sites automatically adjust for DST changes in various countries, which is essential for maintaining accuracy as many regions around the world change their clocks at different times of the year. 5. **Meeting Planner Tools:** Some sites offer tools to help find the best meeting time across multiple time zones, suggesting times when all participants are within their usual working hours. 6. **Countdown Timers and Alarms:** For time-sensitive activities, these features can help ensure that deadlines are met or that users are reminded of upcoming events or meetings. 7. **Widget and API Access:** Many universal clock sites provide widgets that can be embedded in websites or applications, as well as API access for developers who wish to integrate accurate time functionalities into their own projects. A few examples of popular universal clock and time zone conversion websites include: - **TimeAndDate.com**: Offers comprehensive tools for time zone conversion, world clocks, and a wealth of information about time-related topics. - **WorldTimeBuddy**: Known for its user-friendly interface for comparing multiple time zones at once and planning meetings. - **EveryTimeZone**: Provides a visually appealing and straightforward way to glance over time zones. When selecting a universal clock site or service, it's important to consider your specific needs, such as the level of detail required, whether you need integration capabilities, or if you're looking for additional features like calendaring support. With the right tool, managing time across different time zones can become a much simpler and more accurate process.