Asimetrik denge, birbirine benzemeyen ya da eşdeğer olmayan görsel unsurlar arasında dinamik bir denge ya da düzen sağlayan bir kavram olarak ele alınmaktadır. Simetrik dengede olduğu gibi asimetrik dengede de bir optik ağırlık merkezi vardır. Ama bu merkez geometrik merkezden farklı bir konumdadır.
Asimetri hayatı, eğlenceyi ve özgürlüğü simgeler.
Asimetrik denge, kontrast yoluyla gerginlik yaratır ve görsel olarak çok daha ilginçtir. Soyut olduğu için simetri yoktur; Mükemmel ayna görüntüleri yoktur. Bunun yerine, tüm farklı görsel ağırlığın unsurlarını, her iki tarafın dengede kalacağı şekilde düzenliyorsunuzdur.
Bu tür denge daha rahat, özgür ve enerji dolu hissettirir. Tasarım boyunca dengeyi eşitlemek için, farklı faktörlerle görsel ağırlığı etkileyebilirsiniz.
Büyük elemanlar, küçük elemanlardan daha fazla görsel ağırlığa sahiptir.
~Renk
Sıcak renkler ön plana doğru ilerler ve arka plana yaklaşan soğuk renklerden daha ağırdır. En ağır renk kırmızı, en açık sarı olarak kabul edilir.
~Ton
Koyu tonda elementler, hafif[açık] tonda elementlerden daha fazla görsel ağırlığa sahiptir.
~Durum
Bileşimde daha yüksek bulunan elemanların, bileşimde daha düşük bulunan elemanlardan daha ağır olduğu algılanır. Bir bileşimin merkezinden veya baskın bölgesinden uzaklaştıkça, bir elemanın taşıyacağı görsel ağırlık artar. Ön plandaki öğeler, arka plandaki öğelere göre daha fazla ağırlık taşır.
~Doku
Dokulu öğeler, dokulu olmayan nesnelerden daha ağır görünür. Doku, bir öğenin kütle ve fiziksel ağırlık görünümünü veren üç boyutlu görünmesini sağlar.
~Şekil
Düzenli bir şekle sahip nesneler düzensiz bir şekle sahip nesnelerden daha ağır görünür. Düzensizlik, kütlenin düzenli bir şekilde çıkarıldığı izlenimini verir.
~Oryantasyon
Dikey nesneler yatay nesnelerden daha ağır görünür. Çapraz elemanlar en çok ağırlığı taşır.
Kendinizi yukarıdaki ilkel özellikler ile sınırlamanız gerekmez. Görsel ağırlığı kontrol etmek için ek özellikleri de kullanabilirsiniz.
~Yoğunluk
Belirli bir alana daha fazla elemanın paketlenmesi, boşluğun görsel ağırlığını arttırır. İzleyici, daha küçük ve daha hafif elemanların aksine daha büyük veya daha koyu birleşik bir eleman algılayacaktır.
~Yerel beyaz boşluk
Beyaz alanın görsel ağırlığı yok gibi görünür, çünkü boş görünür. Bu boşluğa yerleştirilen herhangi bir nesne, çevresindeki boşluğa bağlı olarak daha ağır görünecektir.
~İçsel ilgi
Bazı şeyler diğerlerinden daha ilginçtir. Bir öğe ne kadar karmaşık olursa, o kadar fazla ilgi çeker ve o kadar fazla dikkat çeker. Ayrıca kendi çıkarlarınız da bir rol oynamaktadır. Uçaklara göre arabalarla daha fazla ilgileniyorsanız, bir arabanın görüntüsü dikkatinizi bir uçak görüntüsünden daha fazla çekecektir. [Algıda seçicilik]
~Derinlik
Daha büyük bir alan derinliği, odak ve odaklanmamış alanlar arasındaki kontrast nedeniyle, odaktaki bir öğeye görsel ağırlık artışı sağlar.
~Doyma
Doymuş renkler, doymamış renklerden daha ağır görünür.
~Algılanan fiziksel ağırlık
Bir evin bir ayakkabıdan daha ağır olduğunu biliyoruz. Bir evin görüntüsü, bir ayakkabı görüntüsünden görsel olarak daha ağır algılanacaktır, çünkü evin daha ağır olmasını bekleriz.
Daha fazla göster
Daha az göster
Katkınız çeviri kalitesini iyileştirmek için kullanılır ve kimliğiniz açıklanmadan başka kullanıcılara gösterilebilir.
Tekrar deneyin
Fortunately, others have isolated and tested these characteristics. Below are some of the characteristics you can change on any element and a description of how changing them will either increase or decrease the element’s visual weight. Let’s start with the primitive features that I mentioned in the last post: size, color, value, position, texture, shape and orientation. Size Large elements have more visual weight than small elements. Color Warm colors advance into the foreground and tend to weigh more than cool colors, which recede into the background. Red is considered the heaviest color and yellow the lightest. Value Dark elements have more visual weight than light elements. Position Elements located higher in the composition are perceived to weigh more than elements located lower in the composition. The further from the center or dominant area of a composition, the greater the visual weight an element will carry. Elements in the foreground carry more weight than elements in the background. Texture Textured elements appear heavier than non-textured objects. Texture makes an element appear three-dimensional, which gives the appearance of mass and physical weight. Shape Objects with a regular shape appear heavier than objects with an irregular shape. The irregularity gives the impression that mass has been removed from a regular shape. Orientation Vertical objects appear heavier than horizontal objects. Diagonal elements carry the most weight. You don’t have to limit yourself to the primitive features above. You can use additional characteristics to control visual weight. Density Packing more elements into a given space increases the visual weight of the space. The viewer will perceive a larger or darker combined element as opposed to several smaller and lighter elements. Local white space White space appears to have no visual weight because it’s seen as empty. Any object placed within that space will seem heavier because of the space around it. Intrinsic interest Some things are more interesting than others. The more complex or intricate an element, the more interest it will draw and the more it will attract the eye. Your own interests also play a role. If you’re more interested in cars than in planes, then an image of a car will grab your attention more than an image of a plane. Depth A larger depth of field gives an element in focus increased visual weight, likely due to the contrast between the focus and unfocused areas. Saturation Saturated colors appear heavier than desaturated colors. Perceived physical weight We know that a house weighs more than a shoe. An image of a house will weigh more visually than an image of a shoe, because we expect the house to weigh more.
Fortunately, others have isolated and tested these characteristics. Below are some of the characteristics you can change on any element and a description of how changing them will either increase or decrease the element’s visual weight. Let’s start with the primitive features that I mentioned in the last post: size, color, value, position, texture, shape and orientation. Size Large elements have more visual weight than small elements. Color Warm colors advance into the foreground and tend to weigh more than cool colors, which recede into the background. Red is considered the heaviest color and yellow the lightest. Value Dark elements have more visual weight than light elements. Position Elements located higher in the composition are perceived to weigh more than elements located lower in the composition. The further from the center or dominant area of a composition, the greater the visual weight an element will carry. Elements in the foreground carry more weight than elements in the background. Texture Textured elements appear heavier than non-textured objects. Texture makes an element appear three-dimensional, which gives the appearance of mass and physical weight. Shape Objects with a regular shape appear heavier than objects with an irregular shape. The irregularity gives the impression that mass has been removed from a regular shape. Orientation Vertical objects appear heavier than horizontal objects. Diagonal elements carry the most weight. You don’t have to limit yourself to the primitive features above. You can use additional characteristics to control visual weight. Density Packing more elements into a given space increases the visual weight of the space. The viewer will perceive a larger or darker combined element as opposed to several smaller and lighter elements. Local white space White space appears to have no visual weight because it’s seen as empty. Any object placed within that space will seem heavier because of the space around it. Intrinsic interest Some things are more interesting than others. The more complex or intricate an element, the more interest it will draw and the more it will attract the eye. Your own interests also play a role. If you’re more interested in cars than in planes, then an image of a car will grab your attention more than an image of a plane. Depth A larger depth of field gives an element in focus increased visual weight, likely due to the contrast between the focus and unfocused areas. Saturation Saturated colors appear heavier than desaturated colors. Perceived physical weight We know that a house weighs more than a shoe. An image of a house will weigh more visually than an image of a shoe, because we expect the house to weigh more. çevirileri
Fortunately, others have isolated and tested these characteristics. Below are some of the characteristics you can change on any element and a description of how changing them will either increase or decrease the element’s visual weight. Let’s start with the primitive features that I mentioned in the last post: size, color, value, position, texture, shape and orientation. Size Large elements have more visual weight than small elements. Color Warm colors advance into the foreground and tend to weigh more than cool colors, which recede into the background. Red is considered the heaviest color and yellow the lightest. Value Dark elements have more visual weight than light elements. Position Elements located higher in the composition are perceived to weigh more than elements located lower in the composition. The further from the center or dominant area of a composition, the greater the visual weight an element will carry. Elements in the foreground carry more weight than elements in the background. Texture Textured elements appear heavier than non-textured objects. Texture makes an element appear three-dimensional, which gives the appearance of mass and physical weight. Shape Objects with a regular shape appear heavier than objects with an irregular shape. The irregularity gives the impression that mass has been removed from a regular shape. Orientation Vertical objects appear heavier than horizontal objects. Diagonal elements carry the most weight. You don’t have to limit yourself to the primitive features above. You can use additional characteristics to control visual weight. Density Packing more elements into a given space increases the visual weight of the space. The viewer will perceive a larger or darker combined element as opposed to several smaller and lighter elements. Local white space White space appears to have no visual weight because it’s seen as empty. Any object placed within that space will seem heavier because of the space around it. Intrinsic interest Some things are more interesting than others. The more complex or intricate an element, the more interest it will draw and the more it will attract the eye. Your own interests also play a role. If you’re more interested in cars than in planes, then an image of a car will grab your attention more than an image of a plane. Depth A larger depth of field gives an element in focus increased visual weight, likely due to the contrast between the focus and unfocused areas. Saturation Saturated colors appear heavier than desaturated colors. Perceived physical weight We know that a house weighs more than a shoe. An image of a house will weigh more visually than an image of a shoe, because we expect the house to weigh more. için tanımlar
Fortunately, others have isolated and tested these characteristics. Below are some of the characteristics you can change on any element and a description of how changing them will either increase or decrease the element’s visual weight. Let’s start with the primitive features that I mentioned in the last post: size, color, value, position, texture, shape and orientation. Size Large elements have more visual weight than small elements. Color Warm colors advance into the foreground and tend to weigh more than cool colors, which recede into the background. Red is considered the heaviest color and yellow the lightest. Value Dark elements have more visual weight than light elements. Position Elements located higher in the composition are perceived to weigh more than elements located lower in the composition. The further from the center or dominant area of a composition, the greater the visual weight an element will carry. Elements in the foreground carry more weight than elements in the background. Texture Textured elements appear heavier than non-textured objects. Texture makes an element appear three-dimensional, which gives the appearance of mass and physical weight. Shape Objects with a regular shape appear heavier than objects with an irregular shape. The irregularity gives the impression that mass has been removed from a regular shape. Orientation Vertical objects appear heavier than horizontal objects. Diagonal elements carry the most weight. You don’t have to limit yourself to the primitive features above. You can use additional characteristics to control visual weight. Density Packing more elements into a given space increases the visual weight of the space. The viewer will perceive a larger or darker combined element as opposed to several smaller and lighter elements. Local white space White space appears to have no visual weight because it’s seen as empty. Any object placed within that space will seem heavier because of the space around it. Intrinsic interest Some things are more interesting than others. The more complex or intricate an element, the more interest it will draw and the more it will attract the eye. Your own interests also play a role. If you’re more interested in cars than in planes, then an image of a car will grab your attention more than an image of a plane. Depth A larger depth of field gives an element in focus increased visual weight, likely due to the contrast between the focus and unfocused areas. Saturation Saturated colors appear heavier than desaturated colors. Perceived physical weight We know that a house weighs more than a shoe. An image of a house will weigh more visually than an image of a shoe, because we expect the house to weigh more. örnekleri
Fortunately, others have isolated and tested these characteristics. Below are some of the characteristics you can change on any element and a description of how changing them will either increase or decrease the element’s visual weight. Let’s start with the primitive features that I mentioned in the last post: size, color, value, position, texture, shape and orientation. Size Large elements have more visual weight than small elements. Color Warm colors advance into the foreground and tend to weigh more than cool colors, which recede into the background. Red is considered the heaviest color and yellow the lightest. Value Dark elements have more visual weight than light elements. Position Elements located higher in the composition are perceived to weigh more than elements located lower in the composition. The further from the center or dominant area of a composition, the greater the visual weight an element will carry. Elements in the foreground carry more weight than elements in the background. Texture Textured elements appear heavier than non-textured objects. Texture makes an element appear three-dimensional, which gives the appearance of mass and physical weight. Shape Objects with a regular shape appear heavier than objects with an irregular shape. The irregularity gives the impression that mass has been removed from a regular shape. Orientation Vertical objects appear heavier than horizontal objects. Diagonal elements carry the most weight. You don’t have to limit yourself to the primitive features above. You can use additional characteristics to control visual weight. Density Packing more elements into a given space increases the visual weight of the space. The viewer will perceive a larger or darker combined element as opposed to several smaller and lighter elements. Local white space White space appears to have no visual weight because it’s seen as empty. Any object placed within that space will seem heavier because of the space around it. Intrinsic interest Some things are more interesting than others. The more complex or intricate an element, the more interest it will draw and the more it will attract the eye. Your own interests also play a role. If you’re more interested in cars than in planes, then an image of a car will grab your attention more than an image of a plane. Depth A larger depth of field gives an element in focus increased visual weight, likely due to the contrast between the focus and unfocused areas. Saturation Saturated colors appear heavier than desaturated colors. Perceived physical weight We know that a house weighs more than a shoe. An image of a house will weigh more visually than an image of a shoe, because we expect the house to weigh more. için eş anlamlılar
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