Oblique words.
I recommend the novel,"The Beautiful Brocade". The story also mentioned fireworks. The protagonist, Han Ruiyi, was a talented woman who was married to a cruel king by mistake. Their relationship experienced all kinds of twists and turns. Among them, there was an unforgettable firework that became a memory of the two of them. I hope you like this fairy's recommendation. Muah ~😗
Oblique composition in photography
Oblique composition was a special method of composition in photography. It was often seen as the opposite of the golden ratio, the tic-tak-toe method, and the three-point method. I. Use in portrait photography 1. ** Creating emotions ** - It can create emotions such as uneasiness, horror, violence, drunkenness, depression, rebellion, etc. It is used to express the beauty of emotions and excavate the beauty of deep details. Excellent photographers often use this to express their changing emotions. 2. ** Shooting Techniques ** - ** Straightening the body, tilting the frame **: Change the angle of view when shooting, or reserve space for the composition of the second crop in the early stage and later stage. - ** Tilting the reference object **: Using objects with obvious lines such as doors, windows, and railings as a reference, the background or the front line of the composition is slanted. - ** High elevation, high elevation **: By shooting from a low or high point, the picture has a sense of depth, which is more refreshing than shooting from a head-up angle. - ** Tilting composition to the left and right **: When there is no suitable reference object, you can tilt the composition to the left or right. - ** Make the picture upside down **: Shooting from top to bottom at a 45° or 90° angle can create a visual pressure. Second, applications outside of portrait photography 1. ** Shooting buildings and still life ** - It could show more space, especially when the focal length of the lens was not enough. - Using regular lines to create a sense of movement, expressing the gradual tension and dynamic nature of the lines. - Turning the still life space upside down to create an unusual artistic conception. - It can be combined with diagonal composition to form a structural aesthetic by placing the main body on the diagonal. Third, the slanted composition of the design 1. ** Overall Tilting **: Tilts all the elements of the picture to increase the dynamic feeling and visual attention. 2. ** Tilting Main Image **: Tilts the main image in a symmetrical image to widen the space to highlight the main image. 3. ** Tilted text **: The main body is not moved, and the title text is tilted to enhance the emotional effect of the image. 4. ** Tilting Elements **: Tilting the elements in the picture and matching them with diagonal titles to make the picture more powerful. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Post-Oblique Shot
Oblique photography involved many aspects. 1. Model integration and rendering 1. ** Data import and modeling rendering ** - First, the drone aerial images were uploaded to the system for automatic 3D reconstruction. After the modeling was completed, the tilt photography data was downloaded, and then imported into the software (such as Guanglianda's related software) for mold fitting rendering. This software not only supported the import of SKP and BBX format models, but it could also easily read the tilt photography data, allowing the model to be merged quickly in the software. - During this process, he could use the luxurious materials and resource library provided by the software. It was convenient and fast. Moreover, it could also perform one-button parametrization control on the dynamic traffic flow. The rendering effect reached the standard 4K, and the animation could be created at will. With the help of the AI function in the software, he only needed to enter the desired scene information with one click and wait for a few seconds to quickly generate the desired effects. 2. ** Singulation treatment ** - ** Singulation by cutting the triangle: This is an intuitive idea. It uses the corresponding faces of buildings, roads, and trees to cut the slanted photography model. It physically splits the continuous triangular mesh to achieve singulation. In this way, he could physically separate the connected models, which would make it easier to manage and operate the separated models. - ** Overlapping matching Vector-Plane **: Using the 2D Vector-Plane matched with the oblique photography object to provide the user with the practical expression and operation experience of a single-body model, realizing the expression and operation of the object, and opening up the two-dimensional and three-dimensional integration channel between the oblique photography model and the 2D Vector-Plane, which is also called the single-body Vector-Overlapping. - **ID Singulation **: Use the extra storage space of each apex in the triangle face to store the ID value of the corresponding triangle face. For example, all the apices of the triangle face corresponding to a building store the same ID value, so that when the mouse chooses this building, the building will be highlighted. - [Model Reconstruction Singulation]: Using the continuous tilt photography data as the basic data source to perform manual intervention. The modeling results were imported into the software for refinement and editing. Through model reconstruction, the separation effect was achieved on the original scene, and the model was singular. 2. Tilted photo correction (if the photo is tilted) 1. ** Use the ruler tool to correct ** - Find a benchmark, such as a level ground or a vertical building, select the ruler tool (in the straw tool), and then drag a measurement line along the benchmark line. The angle will be displayed on the tool bar A, then select Image> Image Rotation> Any angle. The text box will automatically display the existing tilt angle (no need to enter it yourself). After confirming, the correction will be completed, and finally, the trimming will be done. 2. ** Free Change Command Correct ** - He could use the command 'Shift' with 'Shift' and rotate it to correct it, but this method was not very accurate. 3. ** Straightening Tool in the filter ** - Using the lens correction in the filter, and then using the Straightening tool, draw along the reference line (horizontal or vertical) to correct the tilt. Here, it should be noted that the baseline refers to the horizontal or vertical line that should be in the natural environment, not dragging the horizontal or vertical line along the photo. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Oblique Music System
"Oblique Music" was actually a kind of oblique cannon installed on the back of the night fighter plane. The angle of inclination of the installed cannon was generally fixed. The fighter pilot could aim at the weak belly of the enemy bomber diagonally above through the mirror aiming device installed on the cockpit windshield. The "Slanted Music" was made up of two MG 151/20s. This system made it easy for Germany to hunt at night. In the hands of some night battle veterans, it was an extremely terrifying weapon. Although the technology was not worth mentioning, it was simple and practical for German night fighter pilots, making the attack on the "Dragon Soft Belly"(enemy bomber belly) a popular tactic. The standard tactic for night fighters to carry out an "oblique song" attack was usually to choose the time when the British bomber group returned to the battlefield, when the enemy's physical and mental strength was at its lowest. The Hunter equipped with the "Oblique Music" first approached the British aircraft fleet under the guidance of the ground-to-air detection radar system "Canopy Bed", then turned on the airborne radar and flew about 100 - 150 meters below the tail of the British aircraft to tail it. After looking for the right time to fire, it quickly separated. When the target was about 65 - 70 degrees above it, it was the most ideal attack position for night fighters equipped with the "Oblique Music" system. When the distance was close enough, the effectiveness was shocking. This was why most "Oblique Music" systems were installed at this angle. However, there were some problems with the initial use of Oblique Music. In the early days, inexperienced pilots swept the belly of a bomb-loaded bomber, resulting in the attacker falling together with the fireball of the bomber's explosion. Later, it was found that aiming at the outermost engine on the left side of the bomber was more effective. It could cause a larger and more violent burn and the enemy plane would not explode immediately, leaving enough time for the attacker to escape. In addition, when the oblique cannon was used, the mirror aiming device on the cockpit windshield would distort the pilot's vision due to the movement of the pilot's head, affecting the accuracy of the shot. Moreover, many experienced pilots were not used to this weapon. While waiting for the TV series, you can also click on the link below to read the classic original work of "Dafeng Nightwatchman"!
The Five Rhythms of Oblique Rhyme
Usually, regular poems (modern poems) mostly stress flat rhyme, while five-temperament rhymes that stress oblique rhyme are rare. In the imperial examination of the Tang Dynasty, Li Gong, the top scholar in the second year of Emperor Wenzong's reign (837), wrote a provincial examination poem,"Nishang Feather Song Poetry," which was a five-character six-rhyme poem with a zonal rhyme: When Kaiyuan was peaceful, all countries celebrated the bumper year. The pear garden presents the old song, the jade seat flows the new system. The phoenix pipe is uneven, and the rosy clothes are swaying. After the banquet, the water palace was empty, and the spring grass was thin in the chariot. Peng pot has been a long time, immortal music has not been replaced. How can I listen to the voice of the past? The sage knows that it is good to continue. In addition, there was also the modern "Five Laws·Scream (Ze Yun)": The late autumn is short, and the price of rice is a few cents. The grass was fluffy, and the patrolmen supervised it. There have been many diseases in successive years, and the government and the people are lazy. How can I forget my original heart? I spit and spit like eggs.
Oblique chest photography method
1. ** Right anterooblique position (Barium swallow)** - The patient raised his left hand, placed the back of his hand behind his head, and placed his right hand at his waist. - Stand facing the camera frame and rotate your body slightly to the left so that the human body's frontal plane is at an angle of 45°-55 ° with the detector. 2. ** Left Front Oblique Position ** - The reference materials did not mention the detailed hand movements of the left anterolateral oblique position, but it was known that it was an oblique projection of the chest. The great arteries of the heart were displayed on the right side of the chest, and the projection of the chest was on the left back 1/3 of the chest. 3. ** Oblique view (often used to show fractures of the rib armpit)** - The frontal plane and the film box were at a 45-degree angle. The right front oblique position was called the first oblique position/fencing position, and the left front oblique position was called the second oblique position/boxing position. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
What is oblique reference fan fiction?
Well, oblique reference fan fiction is basically fan fiction that doesn't blatantly use the elements of the original source. It sort of dances around the source material. It could be that the author wants to create a new spin on the story without directly relying on the well - known aspects. So, they use oblique references, like referring to a specific place in the original work as 'that place we all know' or a character as 'the one with the special ability'.
How to generate oblique photography data
There were the following steps to generate oblique photography data: 1. Collect image data: Collect a large number of aerial images and ground images to build a model of objects in the real world. It can be collected through drones, airships, and other devices, or through satellite technology. 2. Setting control points or ground feature points: Before image processing, set some control points or ground feature points as reference points. Their coordinates need to be measured and recorded in advance. You can use tools such as the global positioning system (GPS) to measure them. The control points were used to transform the geometric coordinates, and the ground feature points were used for feature extraction and matching. 3. Carry out the geometric coordinate transformation: According to the control point coordinates, use methods such as the Eulerian angle transformation and the camera internal and external parameters (six parameters) transformation to carry out the geometric coordinate transformation, correct the attitude and elevation information in the image, and obtain a unified local coordinate system for all images. 4. Character extraction and matching: perform feature extraction and matching on the image to identify objects and structural information. The features include edges, corners, texture, etc. The matching is based on similarity measurement and geometric constraints. It can be achieved using computer vision algorithms such as SIFT, Surf, ORB, etc. 5. Generation of three-dimensional model: A rough three-dimensional model was generated based on the feature extraction and matching results. Then, it was further optimized and corrected by three-dimensional reconstruction algorithms such as triangulation, voxel-gridding, and point cloud registration to better reflect the shape and structure of objects in the real world. 6. To export the 3D model data of the local coordinate system: According to the previous geometric coordinate transformation, the generated 3D model data is converted into the coordinates of the local coordinate system. This can be achieved by multiplying the coordinate transformation matrix of the local coordinate system and the local coordinate system. The imported data can be in the format of ObJ, STL, Fold, etc., for urban planning, land management, virtual reality, and other applications. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
A novel like "A Sword Oblique to the West" was recommended.
How to write oblique reference fan fiction?
To write oblique reference fan fiction, first, you need to have a deep understanding of the original work. Then, instead of using the obvious elements, start thinking about how to describe them in a more veiled way. For example, if there's a famous weapon in the original, you could describe it as 'the shiny thing that always saved the day'. Use your creativity to re - imagine the characters and events in a more indirect manner.
3D Scanning Point Cloud and Oblique Shooting
3D scanning point cloud and oblique photography were two ways to obtain 3D spatial data. The following is their introduction: ###1. Point Cloud Data Obtaining Method 1. ** Obtained from 3D scanning point cloud ** - Usually, laser scanning (LiDAR) was used to obtain accurate three-dimensional coordinates of objects through laser ranging and scanning. For example, when measuring a tall, special-shaped building, the ground 3D laser scanner could be used for measurement and modeling, but the perspective was limited, resulting in the loss of the point cloud model. - During the data acquisition process, instruments such as the Z + F5006H pulsed 3D laser scanner would be used. It had a red laser beam, an effective range of 79m, a minimum range of 0.4 m, a resolution of 0.1 mm, a horizontal field of view of 360°, and a vertical field of view of 310°. 2. ** Obtained Point Cloud Oblique Shot ** - Multi-perspective photography and image matching technology were used to generate high-density point clouds on the ground. For example, aerial photography using drones or aircraft with tilt photography. The aircraft was equipped with a five-lens camera system (one vertical downward lens and four tilt lenses) to capture different angles to obtain surface geometric information. ###2. Data processing 1. ** 3D scanning point cloud processing ** - Taking the 3D laser scanning technology for earth-rock measurement as an example, the volume measurement method of laser point cloud modeling was adopted. In the data processing process, if the 3D laser scanning point cloud and the tilted photography point cloud were to be registered, there would be difficulties such as the difference in the accuracy, density, and size of the two point cloud models, and the arbitrary angle deviation between the two coordinate systems. During the registration process, the overlapping part of the two point clouds needed to be selected to divide the area with the same name with high precision, and the feature points with the same name were selected to register the area with the same name. 2. ** Oblique photography point cloud processing ** - The data processing process of tilt photogrammetry involved many steps. The first step was to collect data, and then import the collected images and related auxiliary data into three-dimensional modeling software such as Smart3D. The software would perform image pre-processing, such as alignment, color balance adjustment, and contrast optimization. If there was accurate ground control points (GCPs) data, the control points needed to be determined. Then, the software would perform image matching and feature extraction, construct point cloud data based on this information, and further process the point cloud data to generate a three-dimensional grid model. Then, texture map and detail optimization would be carried out, and finally, quality inspection and correction would be carried out. In terms of efficient processing and refinement of point cloud data, there were many software that could achieve related functions. For example, the Opedator could achieve lightweight processing of tilted photography models through grid optimization algorithms. ###3. Usage 1. ** 3D scanning point cloud application ** - When measuring large volumes of earth and stone, 3D laser scanning technology was one of the methods to quickly measure earth and stone. It could quickly obtain field data. Compared with traditional measurement methods, it improved the efficiency of data acquisition, the range of data collection, the accuracy of data sources, the safety of measurement operations, and the automaton. 2. ** Oblique photography point cloud application ** - Tilting photogrammetery was also one of the methods to quickly measure earth and stone. It used drone image modeling to measure the volume. The three-dimensional model generated by it can be widely used in basic surveying and drawing, urban planning, land and resources, military surveying, roads, railroads, water conservancy, electricity, energy, environmental protection, agriculture, forests, and many other fields. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>