" Childhoods " was a long novel by Tolstoy from Russia. It mainly described the protagonist, Peter Kagan, and his family's journey from wealth to poverty and then to bankruptcy. The following is the fishbone diagram of the relationship between the characters in the novel: ``` ABC / \ / \ / \ / \ / \ \ / \ / \ / \ / \ / \ / \ / ``` A was the protagonist Peter Kagan, B was his mother, and C was his father's assistant. The whole story revolved around Peter Kagan and his family, with complicated relationships and many twists and conflicts.
Fishbone Diagram was also known as Causality Analysis Diagram or Tree Diagram. It was a method to find the root cause of a problem. It could also be called Fishbone Diagram or Fishbone Diagram. It was an analysis method that looked through the phenomenon to see the essence. In 1953, it was proposed by the Japanese management master, Mr. Ishikawa Shin. It was an effective method to grasp the result (theme) and the cause (the main cause of the theme). It was also known as the "Ishikawa Map". It used brainstorming to find out the factors that affected the problem, and then organized these factors into a clear and organized graph that marked the important factors according to the relationship between these factors and the topic. This graph was called the "Thematic Causality Diagram" and "Causality Diagram". This method was originally used for quality management. It could find all the causes or components of a problem from various angles, help to find the underlying root cause of the problem, explain how the various causes affect each other, and show how the various possible causes appear over time. It could help to take remedy measures to solve the problem. It could also be used to clarify the strategic goals of the company and carry out strategic decomposition.
The basic principle of the fishbone diagram was to point at a problem (the fish head), list the major cause of the problem (the main body of the fish bone), and then continue to dig deeper from the major cause to list the medium cause (the fishbone) of each major cause. Then, dig out the small cause (the small fishbone), and analyze it layer by layer until you find a solution to the problem or the steps to take.
Swift Drawing provided a variety of templates, including the Fishbone Diagram template. It supported one-click use and had many functions such as cloud storage services. There was a free version that could be used to create Fishbone Diagrams. In addition, BoardMix was a free online drawing software that integrated AI technology. In addition to generating organizational charts, it also supported the generation of fishbone diagrams and other graphics.
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The relationships between the characters were as follows: A: Xiao Ming's childhood friend B: Xiaoming's father's friend C: Xiaoming's mother's friend D: Xiao Ming's neighbor These people might have the following relationships with Little Ming: - Friendship:A and B are friends, C and D are friends. - Relatives:A and B are cousins, C and D are cousins. - Knowing relationship:A and B knew each other before Xiaoming was born. C and D met after Xiaoming was born. - Cooperation:C and D may be Xiaoming's neighbors. There may be opportunities for cooperation between them and Xiaoming. Please note that this is just a simple list of relationships and does not necessarily mean that these people have all the relationships.
"Fishbone" had two meanings. One was a thin and sharp fish bone. Although it was not poisonous, it would cause serious consequences if it was stuck in the throat and not dealt with in time. The second was a 2022 drama film written and directed by Zhang Xuyu. It starred Huang Jingyi and Chai Ye and was released at the Shanghai International Film Festival in June 2024. The film told the story of Li Qi, a young girl, who mended the rift between her mother and her daughter during the summer vacation after the college entrance examination. It was nominated for the Golden Goblet Award for Asian Newcomer at the 26th Shanghai International Film Festival and received many nomination. The screenwriter (and director) Zhang Xuyu won the "Best screenwriter" award for this film.
The following is a basic method to draw a positive and negative ladder diagram and circuit diagram: ** 1. Confirm control requirements and I/O allocation ** 1. ** Clear control requirements ** - Usually, the forward and reverse control required the motor to rotate forward, reverse, and stop through buttons, and it had to be interlocked with forward and reverse (to prevent short circuits caused by forward and reverse rotation at the same time). It might also require thermal relay for overload protection and other functions. 2. **I/O allocation confirmed ** - ** Inputs **: For example, the start button for forward rotation, the start button for reverse rotation, the stop button, and the overload protection signal of the thermal relay are all used as input signals. These input signals should be distributed to the corresponding input terminal of the PC. For example, in the case of the Mitsui PC, it may be X000, X001, etc., and in the case of the siemen PC, it may be I0.0, I0.1, etc. - ** Outputs **: Forward Contactor Coils and Reverse Contactor Coils are used as the output devices. They should be connected to the corresponding output terminal of the PC, such as Y000 and Y001 of the Mitsubishi-based PC, Q0.0 and Q0.1 of the SIEMEN-based PC, etc. ** 2. Draw the circuit diagram (Take the three-phase induction motor as an example)** 1. ** Main circuit part ** - The three-phase power supply was connected to the fuse (for short-circuit protection) and then connected to the main contact of the contactors. For forward rotation, when the main contact of the forward rotation contactors (KM1) is closed, the three-phase power supply is connected to the motor according to the normal phase sequence, and the motor is rotated forward. For reversal, when the main contact of the reversal contactors (KM2) is closed, the phase sequence of two phases of the three-phase power supply is reversed and then connected to the motor, and the motor is reversed. At the same time, the thermal relay (FT) should be connected to the circuit to detect the current of the motor and automatically cut off the circuit when overloaded. 2. ** Control Circuit ** - ** Forward control circuit **: Lead out from one end of the power supply, first connect the stop button (normally closed), then connect the forward start button (normally open) and the auxiliary normally open contact (for self-locking) of the forward rotating contactors (KM1) in series, then connect the auxiliary normally closed contact (for interlocked) of the reversing contactors (KM2) in series, and finally connect to the coil of the forward rotating contactors (KM1). The other end of the coil returns to the other end of the power supply. - ** Reverse control circuit **: It is also led out from one end of the power supply. First, connect the stop button (normally closed), then connect the reverse start button (normally open) and the auxiliary normally open contact of the reversing contactors (KM2) in series (for self-locking), then connect the auxiliary normally closed contact of the forward rotating contactors (KM1) in series (for interlocked), and finally connect to the coil of the reversing contactors (KM2). The other end of the coil returns to the other end of the power supply. - ** Overload protection part **: The normally closed contact of the thermal relay (FT) is connected in series to the common part of the control circuit (i.e. behind the stop button). When the motor is overloaded, the thermal relay will act, and the normally closed contact will be disconnected, cutting off the entire control circuit. ** 3. Draw the ladder diagram (Take the SIEMens's PL as an example)** 1. ** Forward Rotation Control Logics ** - I0.0 is used as the input signal of the forward start button, I0.1 is used as the input signal of the stop button, I0.2 is used as the input signal of the reverse start button (all are normally open contact input), Q0.0 is used as the output signal of the forward contact coil, and Q0.1 is used as the output signal of the reverse contact coil. - When I0.0 is pressed (the normally open contact is closed) and I0.1 is not pressed (the normally closed contact is closed) and Q0.1 is not energized (the normally closed contact is closed), Q0.0 is energized and self-locked (the normally open contact of Q0.0 is closed to maintain its energized state). - In the ladder diagram, it is represented as: the normally closed contacts of I0.0 and I0.1, the normally closed contact of Q0.1 are connected in series to the coil of Q0.0, and the normally open contact of Q0.0 is connected in parallel with I0.0 to achieve self-locking. 2. ** Reverse control logic ** - When I0.2 is pressed (the normally open contact is closed) and I0.1 is not pressed (the normally closed contact is closed) and Q0.0 is not energized (the normally closed contact is closed), Q0.1 is energized and self-locking. - In the ladder diagram, it is represented as: the normally closed contacts of I0.2 and I0.1, the normally closed contact of Q0.0 are connected in series to the coil of Q0.1, and the normally open contact of Q0.1 is connected in parallel with I0.2 to achieve self-locking. The specific instructions, component representation, and programming rules of different brands of PDLCs (e.g., Samsung, SIEMENS, etc.) may differ, but the basic control logic and design ideas are similar. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
The relationships between the characters in Dream of the Red Chamber were more complicated, which could be represented by the following tree diagram: ``` +--------------+ |Jia Baoyu| +--------------+ | | | | | | +--------------+ |Lin Daiyu| +--------------+ | | | | | | +--------------+ |Xue baochai| +--------------+ | | | | | | +--------------+ |Wang Xifeng| +--------------+ | | | | | | +--------------+ |Qin Keqing| +--------------+ | | | | | | +--------------+ |grandmother Jia | +--------------+ | | | | | | +--------------+ |lady Wang| +--------------+ | | | | | | +--------------+ ``` Among them, Jia Baoyu, Lin Daiyu, Xue Baochai, Wang Xifeng, Qin Keqing, and Grandmother Jia were the main characters. Each character had multiple relatives and relationships, including daughters, sons, brothers and sisters, cousins, grandparents, parents, and spouse. The relationships between these characters were complicated. Some were relatives, while others were friends, allies, enemies, and so on.
The childhood was an important background in a novel. The relationships and experiences between the characters often had an important impact on the development of the story and the plot. Here are some possible examples of childhood characters and their relationships: The protagonist's childhood: The protagonist's childhood may be a period full of hardships and challenges. During this period, he may experience family changes, the departure of relatives, the betrayal of friends, etc. During this period, the protagonist may learn to be strong, independent, and self-protective. 2. The childhood of two important characters: The childhood of two important characters may be similar or opposite. During this period, they may experience some important events such as parents 'divorce, family reunion, bullying, etc. These events had a profound impact on their personalities and destinies. The childhood of other characters: The childhood of other characters may also be full of hardships and challenges, such as the protagonist's friends, neighbors, teachers, etc. During this period, they may experience changes in their family, school experiences, betrayal of friends, and so on. The relationships between characters: The relationships between characters in childhood can be complex and varied. For example, the protagonist and his friends may have a deep friendship, but they may also alienate each other for some reason; parents and children may have conflicts and quarrels, but they may also establish a deep relationship. The childhood was a very important background in a novel. The relationships and experiences between the characters would have an important impact on the development of the story and the plot. The complexity and richness of human nature can be shown through the description of characters and relationship novels in this period.
If it was about fishbone paintings, there were fishbone illustrations made by Qianku Network designers. They used light colors as the background color and combined design elements such as hand-drawn drawings, template drawings, fish bones, animals, etc. The source file was in PSD format, and the size of the work was 2000* 2000px. However, if it was about the creation of fishbone paintings, the reference materials did not provide more information, so I'm sorry I can't give an accurate answer.