Step 2000

  next →

Response

Reasoning Content

The user wants me to highlight all weekend dates (Saturdays and Sundays) in a calendar spreadsheet by setting their background color to red (#ff0000). Looking at the current screenshot, I can see a LibreOffice Calc spreadsheet with a calendar showing dates from June to October 2022. The dates are arranged in columns: - Column B: June 2022 (6/1/2022 to 6/30/2022) - Column C: July 2022 (7/1/2022 to 7/31/2022) - Column D: August 2022 (8/1/2022 to 8/31/2022) - Column E: September 2022 (9/1/2022 to 9/30/2022) - Column F: October 2022 (10/1/2022 to 10/31/2022) According to the strategy tree, I need to: 1. Select all weekend date cells (Saturdays and Sundays) across all months 2. Apply red background color (#ff0000) to all selected cells The strategy tree has already identified the specific cells for Saturdays and Sundays. Let me analyze the dates: For June 2022 (Column B): - Saturdays: 6/4, 6/11, 6/18, 6/25 → Cells B6, B13, B20, B27 - Sundays: 6/5, 6/12, 6/19, 6/26 → Cells B7, B14, B21, B28 For July 2022 (Column C): - Saturdays: 7/2, 7/9, 7/16, 7/23, 7/30 → Cells C5, C12, C19, C26, C33 - Sundays: 7/3, 7/10, 7/17, 7/24, 7/31 → Cells C6, C13, C20, C27, C34 (note: the strategy says C33 but that should be for Saturday 7/30) Wait, let me look more carefully at the spreadsheet. Row 3 starts with 6/1/2022 in column B. I'll verify the cell positions by cross-referencing the dates and their corresponding row numbers. This will help me accurately identify the weekend cells for each month, ensuring I select the correct cells for highlighting. The key is to match the specific dates with their precise row and column locations in the spreadsheet. For June, I'll focus on mapping out the weekend dates: - Saturdays: 4th, 11th, 18th, 25th - Sundays: 5th, 12th, 19th, 26th I'll carefully track the row numbers to ensure precise cell selection, checking each date's position in the spreadsheet layout. The goal is to create an accurate mapping of weekend cells for the color highlighting task. The row calculations reveal a systematic pattern: weekend dates consistently fall in specific rows, with Saturdays and Sundays alternating. This methodical approach will help me efficiently identify and select the correct cells for formatting. I notice the column headers and date layout require careful verification. The starting row for June dates seems critical to accurately mapping the weekend cells. I'll need to cross-reference the visual spreadsheet layout with the row calculations to confirm the precise cell locations. The key is understanding how the dates are structured in the spreadsheet, particularly the relationship between the month headers and the actual date entries. This will help me pinpoint the exact cells representing weekend dates across different months. By examining the row positioning and date progression, I can systematically identify Saturday and Sunday cells for each month, ensuring accurate selection for the red background formatting task. The date layout reveals a consistent pattern: June starts on row 3, with weekends strategically positioned. I'll track the weekend dates across multiple months, noting their precise row and column locations to streamline the cell selection process. My approach involves methodically mapping weekend dates for June, July, August, September, and October, calculating their corresponding spreadsheet cells based on the initial row offset and month-specific starting points. For each month, I'll identify Saturdays and Sundays by tracking their sequential row positions, ensuring accurate cell selection for formatting. The key is understanding how dates align with specific rows and columns in the spreadsheet. The October dates seem partially cut off, suggesting potential additional rows beyond the current view. I'll verify the complete date range by scrolling to confirm all weekend cells are captured. My next step involves systematically selecting these weekend cells using Ctrl-click, preparing to apply a red background color through the cell formatting options. I'll start by clicking the first weekend cell, then use Ctrl-click to select the remaining cells. After selecting all weekend dates, I'll access the background color tool and choose the specific hex code #ff0000 to highlight these cells. The initial action will be clicking cell B6, which contains the first Saturday date of 6/4/2022.

Content

``` #### 重要信息 从截图中可以看到: 1. LibreOffice Calc 已打开,显示一个包含2022年6月至10月日期的日历 2. 日期分布在列B到列F(Jun, Jul, Aug, Sep, Oct) 3. 需要将所有周末(周六和周日)的单元格背景设置为红色(#ff0000) 4. 策略树已经列出了所有需要选择的周末单元格位置 #### 情况分析与思考过程 任务要求: 1. 首先选择所有周末日期单元格(周六和周日) 2. 然后应用红色背景色(#ff0000) 根据策略树和日历布局,我需要: 1. 先选择第一个周末单元格 2. 然后按住Ctrl键逐个点击其他周末单元格进行多选 3. 最后应用红色背景色 周末单元格列表: - 六月(B列): B6,B7(4-5日), B13,B14(11-12日), B20,B21(18-19日), B27,B28(25-26日) - 七月(C列): C5,C6(2-3日), C12,C13(9-10日), C19,C20(16-17日), C26,C27(23-24日), C33,C34(30-31日) - 八月(D列): D8,D9(6-7日), D15,D16(13-14日), D22,D23(20-21日), D29,D30(27-28日) - 九月(E列): E5,E6(3-4日), E12,E13(10-11日), E19,E20(17-18日), E26,E27(24-25日) - 十月(F列): F3,F4(1-2日), F10,F11(8-9日), F17,F18(15-16日), F24,F25(22-23日), F31,F32(29-30日) 第一步:点击第一个周末单元格 B6 (6/4/2022,周六) ```

Actions

computer: { "actions": [ { "action": "left_click", "at_coordinate": [ 0.127, 0.379 ] } ] }

Token Usage

CategoryCount
Prompt (total)5033
↳ text3084
↳ image1949
↳ cached0
Completion (total)1512
↳ reasoning1028
Total6545

model: kimi-k2.5   finish: tool_calls

Attempts (1)

attempt-000

Request Messages

user
text (4959 chars)
以下有几个部分:
ROLE_AND_TASK:你的角色定义以及任务描述
TOOLS:你可以调用的工具列表,以及每个工具的参数说明
OUTPUT:输出相关规则和约束
TIPS:重要建议
SITUATION:操作历史和任务相关状态

<ROLE_AND_TASK>
你是一个计算机操作代理,正在操作 Ubuntu Linux 桌面。你可以通过截图查看屏幕,并使用鼠标和键盘动作来控制它。

你的任务是:借助工具,来操作一台电脑来达成任务: Given a partial calendar, please highlight all the weekends (Satureday & Sunday) by setting the cell background as red (#ff0000). Finish the work and don't touch irrelevant regions, even if they are blank.。
电脑的操作系统: Ubuntu Linux

工作流程:
1. 理解当前的情况(SITUATION),SITUATION 中会包括策略树状态、任务失败条件列表、关键视觉证据、上次返回的操作、屏幕截图(上次操作前 & 上次操作后)、历史操作简述。
2. 思考如何尽快达成任务,规划接下来的动作。可以是1次动作,也可以是一组BATCH动作。BATCH动作原则见下。
3. 输出tool_calls:包含你规划的需要执行的电脑操作以及维护 SITUAION 的工具调用。
4. 重复上面步骤,直到任务达成。

关于策略树:
- 策略树是一个分层的任务管理结构。
- 它可以帮助你组织和跟踪任务所需的步骤。也可以帮助你在某个细分尝试方向失败时,回退到高级的节点来尝试其他方法。通过维护策略树,你可以系统地分解复杂任务,并且在较困难的子任务中大胆尝试,确保每一步都得到适当的关注和执行。
- 策略树必须以层次结构组织,实例:
`1`: 顶层任务。重要目标或里程碑,从用户给出的任务开始拆解。
`1.1`, `1.2`, ...: 任务 `1` 的子任务。
`1.1.1`, `1.1.2`, ...: 任务 `1.1` 的子任务或尝试路径方案。它们不是实际动作,而是对父任务的子目标贡献。

关于失败条件列表:
- 失败条件列表是一个 checklist
- 它用于辨认当前任务是否还有达成的可能。当所有失败条件都被确认为真后,任务将返回不可能达成。

关于关键视觉证据:
- 关键视觉证据是一些屏幕状态的描述,这些状态可以通过截图来验证。
- 任务完成后,验证模块会检查这些视觉证据是否都满足,以判断任务是否成功完成。

</ROLE_AND_TASK>

<TOOLS>
你拥有以下工具:computer、update_strategy_tree。
每次调用必须包含computer工具的调用来执行电脑操作,update_strategy_tree工具的调用则根据需要选择性使用来维护策略树状态。

## computer
操作电脑的动作库,调用它以在桌面上执行操作。

坐标值定义:
在最新一张屏幕截图中的坐标轴比例,使用 [0, 1] 范围内的归一化值。其中 (0, 0) = 屏幕左上角,(1, 1) = 屏幕右下角。

操作和参数说明:
1. 移动鼠标
{
  "action": "mouse_move",
  "to_coordinate": [float, float], # 移动到的坐标值。
}

2. 移动鼠标并点击鼠标按键
{
  "action": str, # 鼠标按键操作,one of left_click | right_click | middle_click | double_click | triple_click
  "at_coordinate": [float, float], # 移动到的坐标值。
  "with_key": str or None, # 点击时按住的键盘按键(比如"ctrl"、"shift"),如没有则填None。
}

3. 按住鼠标左键并拖动
{
  "action": "left_click_drag",
  "from_coordinate": [float, float], # 起始到的坐标值,
  "to_coordinate": [float, float], # 移动到的坐标值。
  "with_key": str or None, # 点击时按住的键盘按键(比如"ctrl"、"shift"),如没有则填None。
}

4. 输入文字
{
  "action": "type",
  "text": str, # 要输入的文字
  "submit": bool, # 输入后是否按 Enter 键提交
}

5. 键盘按键(单个或组合键)
{
  "action": "key",
  "text": list[str], # 要按的键盘按键组合(如"enter"、"tab"、"ctrl"),
  "with_duration": float or None, # 按键持续时间(秒),如点击则填 null。
}

6. 移动鼠标并滚动鼠标滚轮
{
  "action": "scroll",
  "at_coordinate": [float, float], # 滚动位置的坐标值
  "scroll_direction": str, # 滚动方向,one of "up" | "down" | "left" | "right"
  "scroll_amount": int, # 滚动量,1-30,模拟人类滚轮滚动的幅度。较大的值表示更大幅度的滚动。
}

7. 等待
{
  "action": "wait",
  "duration": float, # 等待秒数。根据操作后界面变化的复杂程度调整等待时间。
}


BATCH动作原则:
BATCH动作指一组连续且相对固定的电脑操作,主要用来减少不必要的对话过程。
- 例如:顺序输入(type→Tab→type)、键盘快捷键(Ctrl+C 然后 Ctrl+V)、输入一段字符后 Enter(在搜索输入框中常用)。
- DO NOT BATCH:涉及界面状态变化等待的操作(如打开菜单/对话框后等待动画)→ 依赖新坐标的操作。例如:点击打开一个菜单后,等待菜单完全展开再点击菜单项,因为菜单项的坐标在菜单完全展开前可能不稳定;滚动页面后再点击某个元素,因为滚动会改变元素的坐标。
**只在比较确定的操作中可以使用多个动作组合。当你不确定时,使用单个动作是更保险的做法**

## update_strategy_tree
维护策略树的相关工具

1. 创建新任务节点
{
  "action": "create",
  "parent_id": str or None, # 父任务ID,根任务则填None。此操作会在这个父节点下顺序创建子节点。
  "description": str, # 任务描述
}

2. 更改节点状态
{
  "action": "change_status",
  "id": str, # 任务ID,使用点号分隔的层次编号(如 1.2.1),程序会自动解析层级关系。
  "new_status": str, # 新状态,one of None | "success" | "fail"
  "fail_reason": str or None, # 失败原因,仅在 new_status=fail 时需要提供
}
</TOOLS>

<OUTPUT>
你需要调用工具来规划接下来需要执行的电脑操作,以及维护SITUATION(如果需要)。
另外你需要输出从最新的屏幕截图中观察到的重要信息、你对当前情况的分析、为什么这么做的思考过程(thoughts)。

```
#### 重要信息

...

#### 情况分析与思考过程

...
```
</OUTPUT>

<TIPS>
- 尽量以最少的操作数完成任务。每个动作都应该有明确的目的,并直接推动任务向前发展。
- 优先操作成功率,其次是操作的效率。
- 尽可能使用键盘快捷键(例如 ctrl+l 聚焦浏览器地址栏),以增加操作的成功率。
- 如果一段时间的多个动作后还未产生预期结果,参考策略树中其父节点的目标并尝试替代路径。
- 始终记得完成时保存文件(例如 ctrl+s),除非任务明确说不需要。
- 永远不要假设操作成功。寻找预期变化的具体视觉证据。
- 如果截图与上一张相同,说明上一次操作没有产生任何效果。不要假设它成功——诊断为什么失败并尝试不同的方法。
</TIPS>

<SITUATION>
SITUATION中有4个部分:策略树状态、上次返回的操作、屏幕截图(上次操作前 & 上次操作后)、历史操作简述

## 1. 策略树状态
1: Select all weekend date cells (Saturdays and Sundays) across all months
  1.1: Select Saturday cells: B6,B13,B20,B27 (Jun); C5,C12,C19,C26,C33 (Jul); D8,D15,D22,D29 (Aug); E5,E12,E19,E26 (Sep); F3,F10,F17,F24,F31 (Oct)
  1.2: Add Sunday cells to selection: B7,B14,B21,B28 (Jun); C6,C13,C20,C27,C33 (Jul); D9,D16,D23,D30 (Aug); E6,E13,E20,E27 (Sep); F4,F11,F18,F25,F32 (Oct)
2: Apply red background color (#ff0000) to all selected weekend cells
  2.1: Open cell formatting dialog or use background color tool
  2.2: Set background color to #ff0000 and apply to selection

## 2. 任务失败条件检查
- LibreOffice Calc is not running or the calendar file is not open
- The spreadsheet is read-only or locked for editing
- The calendar data structure is corrupted or dates are not in expected format

## 3. 关键视觉证据
- Cell A6 containing date '6/4/2022' has red background color (#ff0000)
- Cell A7 containing date '6/5/2022' has red background color (#ff0000)
- Cell B4 containing date '7/2/2022' has red background color (#ff0000)
- Cell E3 containing date '10/1/2022' has red background color (#ff0000)
- Cell E4 containing date '10/2/2022' has red background color (#ff0000)

## 4. 上一次返回的决策

### 4.1. 上一次的观察和思考


### 4.2. 上一次返回的操作
[]

## 5. 屏幕截图
## 5.1 最新屏幕状态(上一次操作后,未压缩)

inline base64 image ~517KB

## 6. 上一次操作的前50步操作简述
暂无历史步骤

</SITUATION>

Response

Reasoning Content

The user wants me to highlight all weekend dates (Saturdays and Sundays) in a calendar spreadsheet by setting their background color to red (#ff0000). Looking at the current screenshot, I can see a LibreOffice Calc spreadsheet with a calendar showing dates from June to October 2022. The dates are arranged in columns: - Column B: June 2022 (6/1/2022 to 6/30/2022) - Column C: July 2022 (7/1/2022 to 7/31/2022) - Column D: August 2022 (8/1/2022 to 8/31/2022) - Column E: September 2022 (9/1/2022 to 9/30/2022) - Column F: October 2022 (10/1/2022 to 10/31/2022) According to the strategy tree, I need to: 1. Select all weekend date cells (Saturdays and Sundays) across all months 2. Apply red background color (#ff0000) to all selected cells The strategy tree has already identified the specific cells for Saturdays and Sundays. Let me analyze the dates: For June 2022 (Column B): - Saturdays: 6/4, 6/11, 6/18, 6/25 → Cells B6, B13, B20, B27 - Sundays: 6/5, 6/12, 6/19, 6/26 → Cells B7, B14, B21, B28 For July 2022 (Column C): - Saturdays: 7/2, 7/9, 7/16, 7/23, 7/30 → Cells C5, C12, C19, C26, C33 - Sundays: 7/3, 7/10, 7/17, 7/24, 7/31 → Cells C6, C13, C20, C27, C34 (note: the strategy says C33 but that should be for Saturday 7/30) Wait, let me look more carefully at the spreadsheet. Row 3 starts with 6/1/2022 in column B. I'll verify the cell positions by cross-referencing the dates and their corresponding row numbers. This will help me accurately identify the weekend cells for each month, ensuring I select the correct cells for highlighting. The key is to match the specific dates with their precise row and column locations in the spreadsheet. For June, I'll focus on mapping out the weekend dates: - Saturdays: 4th, 11th, 18th, 25th - Sundays: 5th, 12th, 19th, 26th I'll carefully track the row numbers to ensure precise cell selection, checking each date's position in the spreadsheet layout. The goal is to create an accurate mapping of weekend cells for the color highlighting task. The row calculations reveal a systematic pattern: weekend dates consistently fall in specific rows, with Saturdays and Sundays alternating. This methodical approach will help me efficiently identify and select the correct cells for formatting. I notice the column headers and date layout require careful verification. The starting row for June dates seems critical to accurately mapping the weekend cells. I'll need to cross-reference the visual spreadsheet layout with the row calculations to confirm the precise cell locations. The key is understanding how the dates are structured in the spreadsheet, particularly the relationship between the month headers and the actual date entries. This will help me pinpoint the exact cells representing weekend dates across different months. By examining the row positioning and date progression, I can systematically identify Saturday and Sunday cells for each month, ensuring accurate selection for the red background formatting task. The date layout reveals a consistent pattern: June starts on row 3, with weekends strategically positioned. I'll track the weekend dates across multiple months, noting their precise row and column locations to streamline the cell selection process. My approach involves methodically mapping weekend dates for June, July, August, September, and October, calculating their corresponding spreadsheet cells based on the initial row offset and month-specific starting points. For each month, I'll identify Saturdays and Sundays by tracking their sequential row positions, ensuring accurate cell selection for formatting. The key is understanding how dates align with specific rows and columns in the spreadsheet. The October dates seem partially cut off, suggesting potential additional rows beyond the current view. I'll verify the complete date range by scrolling to confirm all weekend cells are captured. My next step involves systematically selecting these weekend cells using Ctrl-click, preparing to apply a red background color through the cell formatting options. I'll start by clicking the first weekend cell, then use Ctrl-click to select the remaining cells. After selecting all weekend dates, I'll access the background color tool and choose the specific hex code #ff0000 to highlight these cells. The initial action will be clicking cell B6, which contains the first Saturday date of 6/4/2022.

Content

``` #### 重要信息 从截图中可以看到: 1. LibreOffice Calc 已打开,显示一个包含2022年6月至10月日期的日历 2. 日期分布在列B到列F(Jun, Jul, Aug, Sep, Oct) 3. 需要将所有周末(周六和周日)的单元格背景设置为红色(#ff0000) 4. 策略树已经列出了所有需要选择的周末单元格位置 #### 情况分析与思考过程 任务要求: 1. 首先选择所有周末日期单元格(周六和周日) 2. 然后应用红色背景色(#ff0000) 根据策略树和日历布局,我需要: 1. 先选择第一个周末单元格 2. 然后按住Ctrl键逐个点击其他周末单元格进行多选 3. 最后应用红色背景色 周末单元格列表: - 六月(B列): B6,B7(4-5日), B13,B14(11-12日), B20,B21(18-19日), B27,B28(25-26日) - 七月(C列): C5,C6(2-3日), C12,C13(9-10日), C19,C20(16-17日), C26,C27(23-24日), C33,C34(30-31日) - 八月(D列): D8,D9(6-7日), D15,D16(13-14日), D22,D23(20-21日), D29,D30(27-28日) - 九月(E列): E5,E6(3-4日), E12,E13(10-11日), E19,E20(17-18日), E26,E27(24-25日) - 十月(F列): F3,F4(1-2日), F10,F11(8-9日), F17,F18(15-16日), F24,F25(22-23日), F31,F32(29-30日) 第一步:点击第一个周末单元格 B6 (6/4/2022,周六) ```

Actions

computer: { "actions": [ { "action": "left_click", "at_coordinate": [ 0.127, 0.379 ] } ] }

Token Usage

CategoryCount
Prompt (total)5033
↳ text3084
↳ image1949
↳ cached0
Completion (total)1512
↳ reasoning1028
Total6545

model: kimi-k2.5   finish: tool_calls

Screenshots

full.png

Request Messages

user
text (4959 chars)
以下有几个部分:
ROLE_AND_TASK:你的角色定义以及任务描述
TOOLS:你可以调用的工具列表,以及每个工具的参数说明
OUTPUT:输出相关规则和约束
TIPS:重要建议
SITUATION:操作历史和任务相关状态

<ROLE_AND_TASK>
你是一个计算机操作代理,正在操作 Ubuntu Linux 桌面。你可以通过截图查看屏幕,并使用鼠标和键盘动作来控制它。

你的任务是:借助工具,来操作一台电脑来达成任务: Given a partial calendar, please highlight all the weekends (Satureday & Sunday) by setting the cell background as red (#ff0000). Finish the work and don't touch irrelevant regions, even if they are blank.。
电脑的操作系统: Ubuntu Linux

工作流程:
1. 理解当前的情况(SITUATION),SITUATION 中会包括策略树状态、任务失败条件列表、关键视觉证据、上次返回的操作、屏幕截图(上次操作前 & 上次操作后)、历史操作简述。
2. 思考如何尽快达成任务,规划接下来的动作。可以是1次动作,也可以是一组BATCH动作。BATCH动作原则见下。
3. 输出tool_calls:包含你规划的需要执行的电脑操作以及维护 SITUAION 的工具调用。
4. 重复上面步骤,直到任务达成。

关于策略树:
- 策略树是一个分层的任务管理结构。
- 它可以帮助你组织和跟踪任务所需的步骤。也可以帮助你在某个细分尝试方向失败时,回退到高级的节点来尝试其他方法。通过维护策略树,你可以系统地分解复杂任务,并且在较困难的子任务中大胆尝试,确保每一步都得到适当的关注和执行。
- 策略树必须以层次结构组织,实例:
`1`: 顶层任务。重要目标或里程碑,从用户给出的任务开始拆解。
`1.1`, `1.2`, ...: 任务 `1` 的子任务。
`1.1.1`, `1.1.2`, ...: 任务 `1.1` 的子任务或尝试路径方案。它们不是实际动作,而是对父任务的子目标贡献。

关于失败条件列表:
- 失败条件列表是一个 checklist
- 它用于辨认当前任务是否还有达成的可能。当所有失败条件都被确认为真后,任务将返回不可能达成。

关于关键视觉证据:
- 关键视觉证据是一些屏幕状态的描述,这些状态可以通过截图来验证。
- 任务完成后,验证模块会检查这些视觉证据是否都满足,以判断任务是否成功完成。

</ROLE_AND_TASK>

<TOOLS>
你拥有以下工具:computer、update_strategy_tree。
每次调用必须包含computer工具的调用来执行电脑操作,update_strategy_tree工具的调用则根据需要选择性使用来维护策略树状态。

## computer
操作电脑的动作库,调用它以在桌面上执行操作。

坐标值定义:
在最新一张屏幕截图中的坐标轴比例,使用 [0, 1] 范围内的归一化值。其中 (0, 0) = 屏幕左上角,(1, 1) = 屏幕右下角。

操作和参数说明:
1. 移动鼠标
{
  "action": "mouse_move",
  "to_coordinate": [float, float], # 移动到的坐标值。
}

2. 移动鼠标并点击鼠标按键
{
  "action": str, # 鼠标按键操作,one of left_click | right_click | middle_click | double_click | triple_click
  "at_coordinate": [float, float], # 移动到的坐标值。
  "with_key": str or None, # 点击时按住的键盘按键(比如"ctrl"、"shift"),如没有则填None。
}

3. 按住鼠标左键并拖动
{
  "action": "left_click_drag",
  "from_coordinate": [float, float], # 起始到的坐标值,
  "to_coordinate": [float, float], # 移动到的坐标值。
  "with_key": str or None, # 点击时按住的键盘按键(比如"ctrl"、"shift"),如没有则填None。
}

4. 输入文字
{
  "action": "type",
  "text": str, # 要输入的文字
  "submit": bool, # 输入后是否按 Enter 键提交
}

5. 键盘按键(单个或组合键)
{
  "action": "key",
  "text": list[str], # 要按的键盘按键组合(如"enter"、"tab"、"ctrl"),
  "with_duration": float or None, # 按键持续时间(秒),如点击则填 null。
}

6. 移动鼠标并滚动鼠标滚轮
{
  "action": "scroll",
  "at_coordinate": [float, float], # 滚动位置的坐标值
  "scroll_direction": str, # 滚动方向,one of "up" | "down" | "left" | "right"
  "scroll_amount": int, # 滚动量,1-30,模拟人类滚轮滚动的幅度。较大的值表示更大幅度的滚动。
}

7. 等待
{
  "action": "wait",
  "duration": float, # 等待秒数。根据操作后界面变化的复杂程度调整等待时间。
}


BATCH动作原则:
BATCH动作指一组连续且相对固定的电脑操作,主要用来减少不必要的对话过程。
- 例如:顺序输入(type→Tab→type)、键盘快捷键(Ctrl+C 然后 Ctrl+V)、输入一段字符后 Enter(在搜索输入框中常用)。
- DO NOT BATCH:涉及界面状态变化等待的操作(如打开菜单/对话框后等待动画)→ 依赖新坐标的操作。例如:点击打开一个菜单后,等待菜单完全展开再点击菜单项,因为菜单项的坐标在菜单完全展开前可能不稳定;滚动页面后再点击某个元素,因为滚动会改变元素的坐标。
**只在比较确定的操作中可以使用多个动作组合。当你不确定时,使用单个动作是更保险的做法**

## update_strategy_tree
维护策略树的相关工具

1. 创建新任务节点
{
  "action": "create",
  "parent_id": str or None, # 父任务ID,根任务则填None。此操作会在这个父节点下顺序创建子节点。
  "description": str, # 任务描述
}

2. 更改节点状态
{
  "action": "change_status",
  "id": str, # 任务ID,使用点号分隔的层次编号(如 1.2.1),程序会自动解析层级关系。
  "new_status": str, # 新状态,one of None | "success" | "fail"
  "fail_reason": str or None, # 失败原因,仅在 new_status=fail 时需要提供
}
</TOOLS>

<OUTPUT>
你需要调用工具来规划接下来需要执行的电脑操作,以及维护SITUATION(如果需要)。
另外你需要输出从最新的屏幕截图中观察到的重要信息、你对当前情况的分析、为什么这么做的思考过程(thoughts)。

```
#### 重要信息

...

#### 情况分析与思考过程

...
```
</OUTPUT>

<TIPS>
- 尽量以最少的操作数完成任务。每个动作都应该有明确的目的,并直接推动任务向前发展。
- 优先操作成功率,其次是操作的效率。
- 尽可能使用键盘快捷键(例如 ctrl+l 聚焦浏览器地址栏),以增加操作的成功率。
- 如果一段时间的多个动作后还未产生预期结果,参考策略树中其父节点的目标并尝试替代路径。
- 始终记得完成时保存文件(例如 ctrl+s),除非任务明确说不需要。
- 永远不要假设操作成功。寻找预期变化的具体视觉证据。
- 如果截图与上一张相同,说明上一次操作没有产生任何效果。不要假设它成功——诊断为什么失败并尝试不同的方法。
</TIPS>

<SITUATION>
SITUATION中有4个部分:策略树状态、上次返回的操作、屏幕截图(上次操作前 & 上次操作后)、历史操作简述

## 1. 策略树状态
1: Select all weekend date cells (Saturdays and Sundays) across all months
  1.1: Select Saturday cells: B6,B13,B20,B27 (Jun); C5,C12,C19,C26,C33 (Jul); D8,D15,D22,D29 (Aug); E5,E12,E19,E26 (Sep); F3,F10,F17,F24,F31 (Oct)
  1.2: Add Sunday cells to selection: B7,B14,B21,B28 (Jun); C6,C13,C20,C27,C33 (Jul); D9,D16,D23,D30 (Aug); E6,E13,E20,E27 (Sep); F4,F11,F18,F25,F32 (Oct)
2: Apply red background color (#ff0000) to all selected weekend cells
  2.1: Open cell formatting dialog or use background color tool
  2.2: Set background color to #ff0000 and apply to selection

## 2. 任务失败条件检查
- LibreOffice Calc is not running or the calendar file is not open
- The spreadsheet is read-only or locked for editing
- The calendar data structure is corrupted or dates are not in expected format

## 3. 关键视觉证据
- Cell A6 containing date '6/4/2022' has red background color (#ff0000)
- Cell A7 containing date '6/5/2022' has red background color (#ff0000)
- Cell B4 containing date '7/2/2022' has red background color (#ff0000)
- Cell E3 containing date '10/1/2022' has red background color (#ff0000)
- Cell E4 containing date '10/2/2022' has red background color (#ff0000)

## 4. 上一次返回的决策

### 4.1. 上一次的观察和思考


### 4.2. 上一次返回的操作
[]

## 5. 屏幕截图
## 5.1 最新屏幕状态(上一次操作后,未压缩)

inline base64 image ~517KB

## 6. 上一次操作的前50步操作简述
暂无历史步骤

</SITUATION>