Behind the scenes technology company
Chapter 160 Compromise
Chapter 160 Compromise
The application of visual effects can be said to be everywhere.It is also the color and illusion of visual effects that bring us a colorful world.Visual effects, in the simplest and most direct terms, are the effects that our human eyes see and the emotions we get after seeing them.
Visual effects are everywhere, and it can be said that the design of visual effects is everywhere.Whether it is an active design or a passive design, we will feel it when the main body is placed in front of our eyes.Eyes are the most important organ of human senses, and about half of the knowledge and memory in the brain are acquired through eyes.
Under the holographic technology research category of behind-the-scenes technology, human visual holographic technology is the most important category. The classification standard is based on human visibility, which is the maximum limit that our naked eyes can see.
According to the classification standard of human visibility, planetary vision holographic technology and particle visual holographic technology are divided. In a short period of time, the research work on planetary vision and example vision cannot be carried out.There is no scientific basis for the division of these categories, because even Wei Lai's understanding of holographic technology is too shallow.
The holographic technology at this stage is essentially the holographic technology of human vision.The holographic technology chain also needs the support of a complete set of mature theoretical systems to meet the application of various scenarios in daily life.
In fact, the technical research on visual effects needs to solve the problem of subject and background display.Barrier-free real-time viewing of the main content from multiple angles, and adaptive background fusion environment are two major difficulties in the application, especially multi-angle barrier-free real-time viewing of the subject content.
As for the background adaptive fusion environment, it can be done, but it is not necessary.To put it simply, when designing the content, it is also necessary to design the background to make the edge area transparent and the main part to be displayed clearly. At the same time, fill the light in the place where multi-faceted display is required to solve the overlapping phenomenon.
The principle is very simple, just like the p-picture, the characters are integrated into other backgrounds.For the designer, the whole operation link and process is to place the main body designed by the shadow generator within the range of holographic coverage, and then adjust the edge feathering and gradient, and the self-illumination of the main body itself has a larger range , overriding other information.
In this way, what people see is the light of the object itself, and the good transition with the natural environment will not appear abrupt. After people can obtain information accurately and intuitively, it will not affect the surroundings at the same time.
However, the background in the space covered by each holographic device is different, and it will also change with the change of natural light. If the background design is handed over to the designer for content production, the workload is huge and dynamic Chasing light design.
But if these functions are to be given to the device itself, then each device must have at least enough computing power to allow the object itself to perform background fusion calculations adaptively, and the cost is too high.Complicating a simple device is what behind-the-scenes technology doesn't want to see.
After repeated discussions, it seemed that a huge problem appeared in front of the technical research, and the product design once again stagnated.But at this time, Wei Lai had already realized that the holographic city plan was not a simple technical problem, but that there was no systematic solution and a complete holographic technology chain was not formed.
Wei Lai returned to his office and began to organize the product design content of the entire holographic city alone.Looking back, Wei Lai looked at the hot potato he had accepted with a slightly bitter look, and the thought of regret repeatedly appeared in his mind.
Humans are often ill, especially after great achievements, in other words bloated.After the light and shadow show, Wei Lai believed that he and the staff of the research center could solve the problem at hand, but the reality mercilessly taught Wei Lai a lesson.
The task had been taken over, and self-pity had no effect at all. The next day, Wei Lai dragged his tired body to the company, holding in his hand a brand new plan that he had worked on overnight.This is a brand new compromise. It is important to change the thinking when the design plan is completely impossible to carry out now.
In the compromise plan, the whole plan is no longer the comprehensive coverage of the holographic city plan, but two modules that are completely distinguished from the commercial display and the personal digital city.For the three parties, it may be a blessing in misfortune that the commercialization plan has not changed.
In the new compromise plan submitted by Wei Lai to the municipal department, it is indicated that due to technical reasons and imperfect systematic solutions, the research and development of products covering the full coverage of the holographic city will now be transferred to the second stage, and the technical application of the first stage will be from the holographic technology and AR solutions instead.
If a simple commercial display can be presented directly through holographic equipment, bringing the public a more intuitive and shocking experience, then realizing a comprehensive digital city through AR technology is also a last resort.
As a transitional technology, AR can no longer provide citizens with more intuitive information transmission, and requires the support of wearable devices.Fortunately, the internal process of the entire plan is not public. Otherwise, if the majority of netizens learn about such news, it is difficult not to wonder whether it is because of technical problems or because the behind-the-scenes technology wants to sell their own wearable devices.
Of course, for Wei Lai and the behind-the-scenes technology, on the one hand, there are technical problems that need to be solved, and on the other hand, it can increase a certain amount of income. This kind of planning route is also in line with Wei Lai's plan for the development direction of the entire company.The application of the new plan is divided into Phase I and Phase II.
Let’s talk about the first-stage applications first. The first-stage applications include commercial applications, that is, the applications of advertising spaces in shopping malls, which can only be used for the display of advertising spaces. At the same time, in terms of the perception of citizens, holographic shopping malls can also allow citizens to They have completely different experiences.
On the other hand, it is a one-stage application of the entire city.For the first-stage application, the main body is no longer the holographic display, but consists of three parts, smart glasses, holographic signal cover, and server.
The role of smart glasses is to solve the display of holographic content from different perspectives, and at the same time ensure that the holographic content adapts to people's sight range in the first place.
The holographic signal cover is to cover the entire city with holographic signals, so that real-time data transmission can be carried out through smart glasses, which solves the problem of information timeliness.
The server, which is the product of the compromise of this plan, aggregates all kinds of information in the entire city and distributes it.If the more technical content of commercial application solutions is virtual reality technology, the acquisition and transmission of urban information is the application of augmented reality technology.
Compared with the previous plan for comprehensive coverage of a single device, the compromise plan seems to have dropped a lot.It is necessary to allow citizens to purchase holographic equipment, and at the same time to build servers.
(End of this chapter)
The application of visual effects can be said to be everywhere.It is also the color and illusion of visual effects that bring us a colorful world.Visual effects, in the simplest and most direct terms, are the effects that our human eyes see and the emotions we get after seeing them.
Visual effects are everywhere, and it can be said that the design of visual effects is everywhere.Whether it is an active design or a passive design, we will feel it when the main body is placed in front of our eyes.Eyes are the most important organ of human senses, and about half of the knowledge and memory in the brain are acquired through eyes.
Under the holographic technology research category of behind-the-scenes technology, human visual holographic technology is the most important category. The classification standard is based on human visibility, which is the maximum limit that our naked eyes can see.
According to the classification standard of human visibility, planetary vision holographic technology and particle visual holographic technology are divided. In a short period of time, the research work on planetary vision and example vision cannot be carried out.There is no scientific basis for the division of these categories, because even Wei Lai's understanding of holographic technology is too shallow.
The holographic technology at this stage is essentially the holographic technology of human vision.The holographic technology chain also needs the support of a complete set of mature theoretical systems to meet the application of various scenarios in daily life.
In fact, the technical research on visual effects needs to solve the problem of subject and background display.Barrier-free real-time viewing of the main content from multiple angles, and adaptive background fusion environment are two major difficulties in the application, especially multi-angle barrier-free real-time viewing of the subject content.
As for the background adaptive fusion environment, it can be done, but it is not necessary.To put it simply, when designing the content, it is also necessary to design the background to make the edge area transparent and the main part to be displayed clearly. At the same time, fill the light in the place where multi-faceted display is required to solve the overlapping phenomenon.
The principle is very simple, just like the p-picture, the characters are integrated into other backgrounds.For the designer, the whole operation link and process is to place the main body designed by the shadow generator within the range of holographic coverage, and then adjust the edge feathering and gradient, and the self-illumination of the main body itself has a larger range , overriding other information.
In this way, what people see is the light of the object itself, and the good transition with the natural environment will not appear abrupt. After people can obtain information accurately and intuitively, it will not affect the surroundings at the same time.
However, the background in the space covered by each holographic device is different, and it will also change with the change of natural light. If the background design is handed over to the designer for content production, the workload is huge and dynamic Chasing light design.
But if these functions are to be given to the device itself, then each device must have at least enough computing power to allow the object itself to perform background fusion calculations adaptively, and the cost is too high.Complicating a simple device is what behind-the-scenes technology doesn't want to see.
After repeated discussions, it seemed that a huge problem appeared in front of the technical research, and the product design once again stagnated.But at this time, Wei Lai had already realized that the holographic city plan was not a simple technical problem, but that there was no systematic solution and a complete holographic technology chain was not formed.
Wei Lai returned to his office and began to organize the product design content of the entire holographic city alone.Looking back, Wei Lai looked at the hot potato he had accepted with a slightly bitter look, and the thought of regret repeatedly appeared in his mind.
Humans are often ill, especially after great achievements, in other words bloated.After the light and shadow show, Wei Lai believed that he and the staff of the research center could solve the problem at hand, but the reality mercilessly taught Wei Lai a lesson.
The task had been taken over, and self-pity had no effect at all. The next day, Wei Lai dragged his tired body to the company, holding in his hand a brand new plan that he had worked on overnight.This is a brand new compromise. It is important to change the thinking when the design plan is completely impossible to carry out now.
In the compromise plan, the whole plan is no longer the comprehensive coverage of the holographic city plan, but two modules that are completely distinguished from the commercial display and the personal digital city.For the three parties, it may be a blessing in misfortune that the commercialization plan has not changed.
In the new compromise plan submitted by Wei Lai to the municipal department, it is indicated that due to technical reasons and imperfect systematic solutions, the research and development of products covering the full coverage of the holographic city will now be transferred to the second stage, and the technical application of the first stage will be from the holographic technology and AR solutions instead.
If a simple commercial display can be presented directly through holographic equipment, bringing the public a more intuitive and shocking experience, then realizing a comprehensive digital city through AR technology is also a last resort.
As a transitional technology, AR can no longer provide citizens with more intuitive information transmission, and requires the support of wearable devices.Fortunately, the internal process of the entire plan is not public. Otherwise, if the majority of netizens learn about such news, it is difficult not to wonder whether it is because of technical problems or because the behind-the-scenes technology wants to sell their own wearable devices.
Of course, for Wei Lai and the behind-the-scenes technology, on the one hand, there are technical problems that need to be solved, and on the other hand, it can increase a certain amount of income. This kind of planning route is also in line with Wei Lai's plan for the development direction of the entire company.The application of the new plan is divided into Phase I and Phase II.
Let’s talk about the first-stage applications first. The first-stage applications include commercial applications, that is, the applications of advertising spaces in shopping malls, which can only be used for the display of advertising spaces. At the same time, in terms of the perception of citizens, holographic shopping malls can also allow citizens to They have completely different experiences.
On the other hand, it is a one-stage application of the entire city.For the first-stage application, the main body is no longer the holographic display, but consists of three parts, smart glasses, holographic signal cover, and server.
The role of smart glasses is to solve the display of holographic content from different perspectives, and at the same time ensure that the holographic content adapts to people's sight range in the first place.
The holographic signal cover is to cover the entire city with holographic signals, so that real-time data transmission can be carried out through smart glasses, which solves the problem of information timeliness.
The server, which is the product of the compromise of this plan, aggregates all kinds of information in the entire city and distributes it.If the more technical content of commercial application solutions is virtual reality technology, the acquisition and transmission of urban information is the application of augmented reality technology.
Compared with the previous plan for comprehensive coverage of a single device, the compromise plan seems to have dropped a lot.It is necessary to allow citizens to purchase holographic equipment, and at the same time to build servers.
(End of this chapter)
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