Polygons formed by contour lines of volcanoes usually have a more or l terjemahan - Polygons formed by contour lines of volcanoes usually have a more or l Bahasa Indonesia Bagaimana mengatakan

Polygons formed by contour lines of

Polygons formed by contour lines of volcanoes usually have a more or less
circular shape. In general, polygons can have arbitrary form, and may for
certain cases even overlap. A special, but common case is when they represent
the boundary of a single categorical variable, such as an administrative region.
In that case, they cannot overlap and should divide up the entire study area:
each point in the study area can and must be attributed to a single polygon,
or lies on a boundary of one or more polygons.
A special form to represent spatial data is that of a grid: the values in each
grid cell may represent an average over the area of the cell, or the value at
the midpoint of the cell, or something more vague – think of image sensors.
In the first case, we can see a grid as a special case of ordered points; in the
second case, they are a collection of rectangular polygons. In any case, we can
derive the position of each cell from the grid location, grid cell size, and the
organisation of the grid cells. Grids are a common way to tessellate a plane.
They are important because
– Devices such as digital cameras and remote sensing instruments register
data on a regular grid
– Computer screens and projectors show data on a grid
– Many spatial or spatio-temporal models, such as climate models, discretise
space by using a regular grid.
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Hasil (Bahasa Indonesia) 1: [Salinan]
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Polygons formed by contour lines of volcanoes usually have a more or lesscircular shape. In general, polygons can have arbitrary form, and may forcertain cases even overlap. A special, but common case is when they representthe boundary of a single categorical variable, such as an administrative region.In that case, they cannot overlap and should divide up the entire study area:each point in the study area can and must be attributed to a single polygon,or lies on a boundary of one or more polygons.A special form to represent spatial data is that of a grid: the values in eachgrid cell may represent an average over the area of the cell, or the value atthe midpoint of the cell, or something more vague – think of image sensors.In the first case, we can see a grid as a special case of ordered points; in thesecond case, they are a collection of rectangular polygons. In any case, we canderive the position of each cell from the grid location, grid cell size, and theorganisation of the grid cells. Grids are a common way to tessellate a plane.They are important because– Devices such as digital cameras and remote sensing instruments registerdata on a regular grid– Computer screens and projectors show data on a grid– Many spatial or spatio-temporal models, such as climate models, discretisespace by using a regular grid.
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Poligon dibentuk oleh garis kontur gunung berapi biasanya memiliki lebih atau kurang
melingkar bentuk. Secara umum, poligon dapat memiliki bentuk sewenang-wenang, dan Mei untuk
kasus-kasus tertentu bahkan tumpang tindih. Sebuah kasus khusus, tetapi umum adalah ketika mereka mewakili
batas variabel kategoris tunggal, seperti wilayah administratif.
Dalam hal ini, mereka tidak bisa tumpang tindih dan harus membagi seluruh area studi:
setiap titik di wilayah studi dapat dan harus dikaitkan dengan poligon tunggal,
. atau terletak pada batas dari satu atau lebih poligon
Bentuk khusus untuk mewakili data spasial adalah bahwa grid: nilai-nilai dalam setiap
sel grid dapat mewakili rata-rata di atas daerah sel, atau nilai di
titik tengah sel, atau sesuatu yang lebih samar - memikirkan sensor gambar.
Dalam kasus pertama, kita bisa melihat kotak sebagai kasus khusus poin memerintahkan; dalam
kasus kedua, mereka adalah kumpulan poligon persegi panjang. Dalam kasus apapun, kita dapat
memperoleh posisi setiap sel dari lokasi grid, ukuran sel jaringan, dan
organisasi sel jaringan. Grids adalah cara umum untuk tessellate pesawat.
Mereka penting karena
- Perangkat seperti kamera digital dan remote instrumen penginderaan mendaftar
data grid reguler
- Komputer layar dan proyektor menampilkan data pada grid
- Banyak model spasial atau spatio-temporal, seperti sebagai model iklim, discretise
ruang dengan menggunakan kotak biasa.
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