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The TV drama "Flowers" directed by Wong Kar-wai and starring Hu Ge is being broadcast on Jiangsu Satellite TV and other platforms. Hu Ge plays the male lead A Bao in the drama. Recently, Hu Ge said in an interview with the media that he has been exposed to the works of Wang Kar-wei since middle school, and never thought that he would have the opportunity to meet him, let alone appear in his works. "This time filming’Flowers’ is like a dream."

Hu Ge said that filming "Flowers" this time was like a dream.

In 2017, I contacted Wong Kar-wai and imagined one person playing the triangle

In 2017, Hu Ge met Wang Jiawei for the first time. Recalling the scene at that time, Hu Ge said that he received a phone call saying that the director Wang Jiawei wanted to meet him. "When I arrived at the appointed place, I saw Director Wang wearing the trademark sunglasses. To be honest, I was very nervous at the time because I liked watching Director Wang’s works since middle school, and he was my idol."

That day, Wang Jiawei and Hu Ge talked a lot, talking about their views on the novel "Flowers" and Hu Ge’s own growth experience. "Director Wang first considered letting me play A Bao, and then at one point, he wanted me to play the triangle and play Hu Sheng, Xiao Mao and A Bao at the same time. Because someone saw my play" A Dream "and felt that they saw many faces of me on the stage, Director Wang thought of this plan."

The idea of one person playing the triangle was just a "flash in the pan". In the end, Wong Kar-wai cut down the complexity and only chose Ah Bao as the core character. In order to play this role well, Hu Ge and the entire crew made full preparations. "Before we officially entered the group, we had a three-year preparation period. Under the leadership of Director Wang, we collected a lot of information about that era, and invited stock experts, ‘old mages’ from foreign trade companies, etc., as’mental responsibility ‘, to guide the crew at any time. Before the start of the game, the actors also entered the scene in advance and immersed themselves in the atmosphere of the 1990s."

The actors are fully immersed in the atmosphere of the 1990s.

The atmosphere of the times created by Wang Jiawei also evoked Hu Ge’s childhood memories. For example, the 1:1 reconstruction of the Yellow River Road in the play made Hu Ge quite emotional: "Although I didn’t eat on the Yellow River Road, I passed through the Yellow River Road on the way. The Yellow River Road in my impression is just like what is presented in the play.

Working with Wong Kar Wai is like falling in love, always providing emotional value

This is Hu Ge’s first collaboration with Wang Jiawei. To Hu Ge, this collaboration is more like a relationship. "At the beginning, I will be very nervous and nervous, and I will always be between confidence and lack of confidence. Gradually, I will find that as long as he is around, you will be very at ease, much like in love."

"Flowers" was filmed for three years, and the long cycle also affected the mood of the actors, while Wong Kar-wai provided stable emotional comfort. "After filming, everyone was on the verge of collapse, and there was a lot of pressure in all aspects. But looking at Director Wang, who was energetic and meticulous, watching him go back to meetings and write scripts after filming every day, all the tiredness was suddenly eliminated, and I felt that I could do it again."

In the play, Bao and Reiko (played by Ma Yili), Miss Wang (played by Tang Yan), and Li Li (played by Xin Zhilei) all have a lot of rivalry. In Hu Ge’s opinion, Reiko and Bao are the relationship between Sun Wukong and Pigsy. "Bao is Pigsy, Reiko is Sun Wukong, always in front of Pigsy to cut through thorns and let Pigsy sit back and enjoy."

In Hu Ge’s opinion, Reiko and Bao are the relationship between Sun Wukong and Pigsy.

Bao (left) and Miss Wang (right).

Miss Wang and Bao are the relationship between the second hand and the minute hand: "Do you think the second hand and the minute hand meet every 60 seconds? Wrong. It’s 61 seconds. Because when the second hand turns around, the minute hand has already run forward. But in fact it’s not 61 seconds, it’s a little more than 61 seconds, because when the second hand goes another second, the minute hand moves forward a little bit. So this intersection between the two of them is always a little farther than everyone thinks."

Hu Ge believes that Bao and Li Li are like the sky and the sea, mirroring each other.

As for Bao and Li Li, Hu Ge believes that they are like the sky and the sea, mirrored by each other and full of mystery. "The sky and the sea are far away, but when you watch the sunrise and sunset, you find that the two are connected, like a distant."

"Flowers" is a interpretation of the story of the fathers, and I have been interested in it since I was a child

For Hu Ge, "Flowering Flowers" is a search for the memory of my parents, and it is also a supplement to the imagination of the past years. "" Flowering Flowers "tells the story of my parents’ generation. I have been interested in my parents’ upbringing since I was a child, but every time I try to understand them, I always feel that there are some things they don’t want to say or even remember. So when I saw" Flowering Flowers ", I was immediately attracted, and I felt that I knew the past of my parents in another way."

"Flowers" for Hu Ge is a pursuit of the memory of his parents.

"Flowers" tells the story of the 1990s, when Hu Ge was in elementary school. "It’s very limited to see the changing times from a child’s perspective. But I later recalled that adults at that time were very busy. Like my dad, he was also doing business with a group of friends and trying to change his life through his own efforts, and he had very little time at home. Sometimes I would hear my parents talking about someone who got rich overnight. As the narrator in our show said, some people got rich overnight, and some people got zero in half a day."

Hu Ge played the lead character Li Xiaoyao in the TV series "Legend of Immortals and Swords".

Wang Jiawei once mentioned Hu Ge, and when he played Bao, he had the feeling of Li Xiaoyao: "I believe that in that era, there were many young people like Bao, who wanted to seize the opportunity in the tide of the times and change their destiny and life through their own efforts. But after experiencing ups and downs, they will find that the most important thing is love and righteousness."

Editor, Wu Longzhen

Proofreading, Lucie

The progress of industry has actually made today’s cars more reliable, and people often pay more attention to the appearance of vehicles. Today, I picked a car to introduce to you, and it is. As for its advantages, please take a look.

Let’s take a look at the appearance of the Galaxy L7 first. The front face of the Galaxy L7 looks very fashionable and generous, and it looks sporty. The headlights are very in line with the consumer’s aesthetic, and the overall look is very sharp. The car is equipped with LED daytime running lights, automatic opening and closing, adaptive far and near light, delayed closing, etc. To the side of the body, the body size of the car is 4700MM*1905MM*1685MM. The car adopts angular lines, and the side of the car feels very energetic. With large-sized thick-walled tires, the shape is quite young and fashionable. On the rear design, the rear and front of the car echo each other, and the tail lights look very stable and atmospheric. The overall layout is impressive.

Sitting in the car, the interior design has taken a hard line, which better enhances the tough feeling. The steering wheel of the car is well designed, equipped with functions such as manual up and down + front and rear adjustment of the steering wheel, and the feel is good. Let’s take a look at the central control, the car is equipped with a touch-sensitive LCD central control screen, which makes the interior design quite layered and looks quite dynamic. The instrument panel and the seat are also eye-catching, and the instrument panel design is noticeable, making it look very cold. The car adopts imitation leather seats, equipped with functions such as electric adjustment of the auxiliary seat with memory, electric adjustment of the seat with memory, and seat ratio reclining. The overall comfort and wrapping are not bad.

The overall performance of the Galaxy L7 trunk space is relatively good, with a regular shape, which is convenient for personnel to pick up luggage. In addition, the car is equipped with fatigue reminder, anti-lock braking (ABS), LED daytime running lights, brake assistance (EBA/BAS, etc.), braking force distribution (EBD) main driver airbag, passenger seat airbag, side air curtain, front side airbag and other safety configurations.

After reading the full text, what are your main impressions of this car? This car performs well in terms of space and configuration. As for the exterior design, everyone has their own aesthetic.

Minsheng Securities Research Report pointed out that Changan Automobile (000625.SZ) Deep Blue G318 was listed to reshape the hard-line SUV pattern, but it can be urban and wild, with excellent performance, and the G318 has full potential for hot sales. The price competitiveness of Deep Blue G318 is strong, as a 200,000 hard-line SUV will fill the market gap, and the G318 has strong hardware configuration, superior mechanical quality and off-road ability. At the same time, the feed fuel consumption is 6-7L, which is significantly improved compared with the traditional fuel hard-line off-road fuel economy. With the export volume of Deep Blue + G318 listed, it is optimistic about the overall sales volume of Deep Blue and the improvement of ASP, and the turning point of new energy profitability is expected. Optimistic about the company’s electric intelligent transformation, superimposed Huawei intelligent empower, maintain profit forecasts, and maintain "

The project team successfully upgraded the public from traffic information users to traffic information collectors

On October 9th, at 18:00, due to the unlimited number, the evening rush hour in Beijing was particularly congested that day.

But for Qi Peng, who commutes between Tongzhou and Zhongguancun every day, dealing with such congestion is "very good". Before setting out, he always uses the mapping software on his mobile phone to navigate, so that he can choose the best driving route.

"Mobile navigation is one of the most frequent apps I open every day. Whether I’m driving or taking public transportation, it allows me to reach my destination accurately and quickly," Qi Peng told reporters.

Nowadays, with the rapid development of cities in our country, the increase in car ownership, and the development of mobile Internet, there are more and more people like Qi Peng, and smart travel has become the "new normal" for many people.

So, how can these navigation software that acts as a "guide" provide accurate road conditions to avoid congested roads? How can navigation software provide reasonable travel plans to help us reach our destinations easily?

In this regard, the "Urban Traffic Guidance and Navigation Travel Key Technology and Application Service" project team composed of the Institute of Geographic Resources of the Chinese Academy of Sciences, Zhangcheng Technology, Qianfang Group and other units has spent many years of research, using satellite positioning, mobile communication, high-performance computing, geographic information system and other technologies to implement the real-time perception of the status of urban and intercity road traffic systems, accurately and comprehensively providing traffic conditions to the people through mobile phone navigation, roadside electronic bulletin boards, traffic radio and other channels. On this basis, the integrated driving behavior real-time sensing and analysis technology to achieve multi-mode and multi-standard dynamic navigation for public travel, improve travel efficiency; and assist traffic management departments to formulate traffic management plans, promote urban energy conservation and emission reduction, and improve urban operation efficiency. In the 2015 Beijing Science and Technology Awards review, the project won the first prize.

Create a national traffic information map

During the driving process, the navigation software would issue instructions and prompts in real time: "Turn left 100 meters ahead" "Congestion ahead is one kilometer, it is expected to take 5 minutes to pass"… Many people would be surprised, why is the navigation software so "smart"? Is it relying on the cameras on both sides of the road or the induction coil buried in the ground?

Lu Feng, the project owner and a researcher at the Institute of Geographic Resources of the Chinese Academy of Sciences, told reporters that traditional traffic information acquisition relies on devices such as induction coils deployed under road sections or video probes above roads. "These devices are fixed in location and have high costs, so they cannot fully reflect the real-time status of urban traffic."

Therefore, the project team must "find another way".

The project team "targeted" the taxis. Since the taxis were equipped with satellite navigation and positioning, they could periodically send back location and status information to the monitoring and dispatching center. These taxis that cruised the streets every day became an important source of urban traffic information collection.

However, taxis are not a "one-and-done" solution. After all, the scale and range of taxis are limited. Especially with the increasing popularity of self-driving travel, timely access to inter-city and even national traffic information has become a "rigid demand" for people to travel.

The project team decided to build a new "traffic status induction coil," which covers a wide range of areas, including long-distance buses and trucks, monitoring tracks, mobile phone map client side tracks, Internet websites and social network text messages.

"According to the requirements of the state, all long-distance buses, tourist chartered buses, dangerous goods transporters and general cargo trucks across the country must be equipped with mandatory traffic monitoring equipment to monitor the whole process of driving, prevent drivers from driving fatigue and reduce traffic accidents. These instruments will upload the driving track of the car in real time, and the accuracy rate is extremely high, so that we have a mobile information source covering the whole country," Lu Feng said.

Not only that, the project team also keenly observed that in the Internet age, a large number of users use mobile map services online every day, and these high-frequency satellite positioning trajectories have undoubtedly greatly expanded the ranks of car-based mobile information sources. In addition, there is a huge amount of traffic information on the Internet, both official and netizens’ own road conditions, road books and other information posted on social networks. So, can we make full use of these high-frequency trajectories of Internet maps and massive text on social networks to give full play to the power of the masses and obtain real-time traffic information?

In response to these technical bottlenecks, the project team broke through technical bottlenecks such as large-scale high and low frequency moving target trajectory map matching and traffic state analysis, Internet and social media text contains traffic information extraction, and multi-source traffic information real-time fusion, and built a service delivery and user feedback traffic information ecosystem. A nationwide traffic information service system was established, and a national traffic information map was realized.

The project team successfully upgraded the public from traffic information users to traffic information collectors. This information provides people with the operation status of the urban road network, effectively guides people to travel and avoid congested road sections.

"When you open the navigation software, your current traffic information will be automatically uploaded, which means that everyone is both a beneficiary and a provider of traffic information, which is also a manifestation of the Internet sharing economy," Lu Feng said.

It is reported that today, the system processes more than 2 million taxis and vans, more than 8 million mobile phone map tracks, more than 10,000 fixed sensors, and more than 10,000 traffic event texts every day.

The efficiency of navigation map update is greatly improved

In navigation, we often worry that map updates cannot keep up with changes in roads or surrounding business districts. Due to the intensive construction of cities and frequent changes in commercial outlets, current applications such as mobile maps generally have insufficient timeliness.

In the past, navigation map updates had to be done by collecting vehicles and other means. Unlike ordinary vehicles, there was a half-meter-high white shelf on the roof of the collecting vehicle, and the camera on the shelf could take a full-angle shot of the surrounding scenery, and then transmit it to the computer. Then, the data operator would post-process the captured video, generate or update the navigation map, and store it in the system.

"This kind of update is very labor-intensive, and often a navigation map company has to maintain a data collection and update team of several hundred people, and the cost is huge," Lu Feng said.

The project team believes that the mobile Internet has provided a good information sharing environment for businesses and the general public, and various time-sensitive road network maps and business service information have emerged in an endless stream. If these non-professional maps originated from volunteers are integrated with professional navigation map data, they can provide services to the general public faster and better.

In response to this technical bottleneck, the project team conducted in-depth research, first proposed a geometric pattern-based interest point and road network integration model, established a mapping relationship between the two, and broke through the problem of semantic consistency detection. Then, a heuristic probabilistic relaxation matching model was proposed to achieve the perfect integration of volunteer sources and commercial navigation road networks, with matching accuracy better than 95%, effectively ensuring the richness of information in travel navigation and map applications.

Convenient and accurate multimodal path navigation

Nowadays, the use of mobile phone navigation is not only in driving, but also in the bus, subway, bicycle or walking.

When we go to unfamiliar places by public transportation, we usually need to consider a series of questions: which bus to take? How to get to the bus stop? Which subway to change? How to change to the subway? Which subway exit to enter and exit from? How to get to where we want to go after getting out?…

Due to the differences in the road network environment, these personalized multi-mode travel needs are becoming increasingly prominent. Coupled with the real-time changes in road condition information and the rapid changes in the road network environment, how to provide multi-mode, multi-standard and reliable travel route choices according to the needs of the people?

In response to this problem, the project team developed a travel path planning algorithm group that takes into account different travel standards (short time, low cost, low fuel consumption, less transfer, etc.) and involves different travel modes (self-driving, taxi, bus, subway, walking, etc.).

The algorithm breaks through the technical bottlenecks of multi-mode traffic network spatial data model, multi-mode connectivity automatic processing, reliable travel time prediction, multi-mode multi-standard reliable path planning, multi-user concurrent path query load balancing, etc., and realizes the upgrade of the navigation system.

"We can provide a reasonable travel plan based on the starting and ending points set by the people themselves, and help the people reach the destination conveniently," Lu Feng said.

Environmentally friendly driver assistance systems reduce energy waste

Advocating green travel and achieving energy conservation and emission reduction is the eternal pursuit of urban transportation. Drivers’ bad driving habits often increase the fuel consumption cost of cars, resulting in energy waste and environmental pollution.

In response to this problem, the project team developed an environmentally friendly driving assistance system to provide drivers with a driving strategy suggestion function. This function uses mathematical modeling to transform environmentally friendly driving problems into optimization problems, and calculates the speed range of the car through traffic flow modeling. Then, the optimal driving strategy (optimal gear, speed) of the car in each speed range is solved through the equation between fuel consumption and the driving speed, gear position, and engine load of the car.

The system also collects vehicle driving data such as engine speed and acceleration through a variety of sensors to judge the driver’s environmental protection driving level, establish an incentive mechanism for environmental scoring rankings, and promote a benign change in drivers’ driving habits. At the same time, combined with real-time traffic information, a dynamic path method for energy-saving and environmentally friendly driving has been developed, providing people with green travel planning for energy conservation and emission reduction.

It is understood that the real-time traffic information released by the project covers major highways, national highways and provincial highways across the country (with a mileage of more than 85,000 kilometers), as well as 47 large and medium-sized cities such as Beijing, Shanghai, Guangzhou, and Shenzhen, with an accuracy rate of more than 90%. The research results are directly transformed into three software products and a traffic information service website, and through traffic information services and traffic information technology services, it has successfully cooperated with Internet manufacturers, automobile manufacturers, navigation map manufacturers, and mobile communication operators. The users of traffic information products exceed 200 million, and the daily visits exceed 10 million, generating direct economic benefits 120 million yuan.

The research results of this project have greatly improved the technical level of our country’s traffic information service industry, promoted the formation and improvement of our country’s traffic information service technology system, provided mature traffic guidance information support for large and medium-sized urban traffic management departments across the country, and provided hundreds of millions of users across the country with all-weather and large-scale smart travel information services. (reporter, statement)