Split Raster Tool
أداة تقسيم
البيانات النقطية
ArcMap ArcGIS
How to Split Raster Tool in Arc Toolbox ArcMap ArcGIS??
كيفية استخدام أداة تقسيم البيانات النقطية ؟؟
Path
to access the toolمسار الوصول الى الأداة
:
Split
Raster Tool, Raster Processing Toolset, Raster Box, Data
Management Tools Toolbox
Split Raster
Divides a raster dataset
into smaller pieces, by tiles or features from a polygon.
يقسم مجموعة البيانات النقطية إلى قطع أصغر ،
بواسطة مربعات أو معالم من مضلع.
1.
Input Raster أدخل النقطية
The raster to split.
النقطية للانقسام.
Output
Folder
The destination for the new raster datasets.
Output
Base Name
The prefix for each of the raster datasets you will create. A number will
be appended to each prefix, starting with 0.
Split
Method
Determines how to split the raster dataset.
· SIZE_OF_TILE—Specify the width and height of the tile.
· NUMBER_OF_TILES— Specify the number of raster tiles to create by breaking
the dataset into a number of columns and rows.
· POLYGON_FEATURES— Use the individual polygon geometries in a feature class
to split the raster.
Output
Format
The format for the output raster datasets.
· TIFF—Tagged Image File Format. This is the default.
· BMP—Microsoft Bitmap.
· ENVI—ENVI DAT.
· Esri BIL—Esri Band Interleaved by Line.
· Esri BIP—Esri Band Interleaved by Pixel.
· Esri BSQ—Esri Band Sequential.
· GIF—Graphic Interchange Format.
· GRID—Esri Grid.
· IMAGINE IMAGE—ERDAS IMAGINE.
· JP2—JPEG 2000.
· JPEG—Joint Photographic Experts Group.
· PNG—Portable Network Graphics.
Resampling
Technique (optional)
Choose an appropriate technique based on the type of data you have.
· NEAREST—The fastest resampling method, and it minimizes changes to pixel
values. Suitable for discrete data, such as land cover.
· BILINEAR—Calculates the value of each pixel by averaging (weighted for
distance) the values of the surrounding 4 pixels. Suitable for continuous data.
· CUBIC—Calculates the value of each pixel by fitting a smooth curve based
on the surrounding 16 pixels. Produces the smoothest image, but can create
values outside of the range found in the source data. Suitable for continuous
data.
Number of
Output Rasters (optional)
The number of columns (x) and rows (y) to split the raster dataset into.
The X coordinate is the number of columns and the Y coordinate is number of
rows.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
2.
Output Folder مجلد الإخراج
The destination for the
new raster datasets.
وجهة مجموعات البيانات النقطية الجديدة.
Output
Base Name
The prefix for each of the raster datasets you will create. A number will
be appended to each prefix, starting with 0.
Split
Method
Determines how to split the raster dataset.
· SIZE_OF_TILE—Specify the width and height of the tile.
· NUMBER_OF_TILES— Specify the number of raster tiles to create by breaking
the dataset into a number of columns and rows.
· POLYGON_FEATURES— Use the individual polygon geometries in a feature class
to split the raster.
Output
Format
The format for the output raster datasets.
· TIFF—Tagged Image File Format. This is the default.
· BMP—Microsoft Bitmap.
· ENVI—ENVI DAT.
· Esri BIL—Esri Band Interleaved by Line.
· Esri BIP—Esri Band Interleaved by Pixel.
· Esri BSQ—Esri Band Sequential.
· GIF—Graphic Interchange Format.
· GRID—Esri Grid.
· IMAGINE IMAGE—ERDAS IMAGINE.
· JP2—JPEG 2000.
· JPEG—Joint Photographic Experts Group.
· PNG—Portable Network Graphics.
Resampling
Technique (optional)
Choose an appropriate technique based on the type of data you have.
· NEAREST—The fastest resampling method, and it minimizes changes to pixel
values. Suitable for discrete data, such as land cover.
· BILINEAR—Calculates the value of each pixel by averaging (weighted for
distance) the values of the surrounding 4 pixels. Suitable for continuous data.
· CUBIC—Calculates the value of each pixel by fitting a smooth curve based
on the surrounding 16 pixels. Produces the smoothest image, but can create
values outside of the range found in the source data. Suitable for continuous
data.
Number of
Output Rasters (optional)
The number of columns (x) and rows (y) to split the raster dataset into.
The X coordinate is the number of columns and the Y coordinate is number of
rows.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
3.
Output Base Name إسم القاعدة
المخرجة
The prefix for each of
the raster datasets you will create. A number will be appended to each prefix,
starting with 0.
البادئة لكل مجموعة من مجموعات البيانات النقطية
التي ستقوم بإنشائها. سيتم إلحاق رقم بكل بادئة ، بدءًا من 0.
Split
Method
Determines how to split the raster dataset.
· SIZE_OF_TILE—Specify the width and height of the tile.
· NUMBER_OF_TILES— Specify the number of raster tiles to create by breaking
the dataset into a number of columns and rows.
· POLYGON_FEATURES— Use the individual polygon geometries in a feature class
to split the raster.
Output
Format
The format for the output raster datasets.
· TIFF—Tagged Image File Format. This is the default.
· BMP—Microsoft Bitmap.
· ENVI—ENVI DAT.
· Esri BIL—Esri Band Interleaved by Line.
· Esri BIP—Esri Band Interleaved by Pixel.
· Esri BSQ—Esri Band Sequential.
· GIF—Graphic Interchange Format.
· GRID—Esri Grid.
· IMAGINE IMAGE—ERDAS IMAGINE.
· JP2—JPEG 2000.
· JPEG—Joint Photographic Experts Group.
· PNG—Portable Network Graphics.
Resampling
Technique (optional)
Choose an appropriate technique based on the type of data you have.
· NEAREST—The fastest resampling method, and it minimizes changes to pixel
values. Suitable for discrete data, such as land cover.
· BILINEAR—Calculates the value of each pixel by averaging (weighted for
distance) the values of the surrounding 4 pixels. Suitable for continuous data.
· CUBIC—Calculates the value of each pixel by fitting a smooth curve based
on the surrounding 16 pixels. Produces the smoothest image, but can create
values outside of the range found in the source data. Suitable for continuous
data.
Number of
Output Rasters (optional)
The number of columns (x) and rows (y) to split the raster dataset into.
The X coordinate is the number of columns and the Y coordinate is number of
rows.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
4.
Split Method طريقة التقسيم
Determines how to split
the raster dataset.
·
SIZE_OF_TILE—Specify the width and height of the tile.
·
NUMBER_OF_TILES— Specify the number of raster tiles to create by
breaking the dataset into a number of columns and rows.
·
POLYGON_FEATURES— Use the individual polygon geometries in a
feature class to split the raster.
يحدد كيفية تقسيم مجموعة البيانات النقطية.
• SIZE_OF TILE - حدد عرض المربع وارتفاعه.
• عدد المربعات- حدد عدد
المربعات النقطية المراد إنشاؤها عن طريق تقسيم مجموعة البيانات إلى عدد من
الأعمدة والصفوف.
• ميزات المضلع- استخدم
الأشكال الهندسية الفردية للمضلعات في فئة المعالم لتقسيم الخطوط النقطية.
Output
Format
The format for the output raster datasets.
· TIFF—Tagged Image File Format. This is the default.
· BMP—Microsoft Bitmap.
· ENVI—ENVI DAT.
· Esri BIL—Esri Band Interleaved by Line.
· Esri BIP—Esri Band Interleaved by Pixel.
· Esri BSQ—Esri Band Sequential.
· GIF—Graphic Interchange Format.
· GRID—Esri Grid.
· IMAGINE IMAGE—ERDAS IMAGINE.
· JP2—JPEG 2000.
· JPEG—Joint Photographic Experts Group.
· PNG—Portable Network Graphics.
Resampling
Technique (optional)
Choose an appropriate technique based on the type of data you have.
· NEAREST—The fastest resampling method, and it minimizes changes to pixel
values. Suitable for discrete data, such as land cover.
· BILINEAR—Calculates the value of each pixel by averaging (weighted for
distance) the values of the surrounding 4 pixels. Suitable for continuous data.
· CUBIC—Calculates the value of each pixel by fitting a smooth curve based
on the surrounding 16 pixels. Produces the smoothest image, but can create
values outside of the range found in the source data. Suitable for continuous
data.
Number of
Output Rasters (optional)
The number of columns (x) and rows (y) to split the raster dataset into.
The X coordinate is the number of columns and the Y coordinate is number of
rows.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for Output
Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
5.
Output Format التنسيق المخرج
The format for the
output raster datasets.
تنسيق مجموعات البيانات النقطية الناتجة:
·
TIFF—Tagged Image File Format. This is the default.
·
BMP—Microsoft Bitmap.
·
ENVI—ENVI DAT.
·
Esri BIL—Esri Band Interleaved by Line.
·
Esri BIP—Esri Band Interleaved by Pixel.
·
Esri BSQ—Esri Band Sequential.
·
GIF—Graphic Interchange Format.
·
GRID—Esri Grid.
·
IMAGINE IMAGE—ERDAS IMAGINE.
·
JP2—JPEG 2000.
·
JPEG—Joint Photographic Experts Group.
·
PNG—Portable Network Graphics.
Resampling
Technique (optional)
Choose an appropriate technique based on the type of data you have.
· NEAREST—The fastest resampling method, and it minimizes changes to pixel
values. Suitable for discrete data, such as land cover.
· BILINEAR—Calculates the value of each pixel by averaging (weighted for
distance) the values of the surrounding 4 pixels. Suitable for continuous data.
· CUBIC—Calculates the value of each pixel by fitting a smooth curve based
on the surrounding 16 pixels. Produces the smoothest image, but can create
values outside of the range found in the source data. Suitable for continuous
data.
Number of
Output Rasters (optional)
The number of columns (x) and rows (y) to split the raster dataset into.
The X coordinate is the number of columns and the Y coordinate is number of
rows.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
6.
Resampling Technique (optional) تقنية
إعادة أخذ العينات (اختياري)
Choose an appropriate
technique based on the type of data you have.
·
NEAREST—The fastest resampling method, and it minimizes changes to
pixel values. Suitable for discrete data, such as land cover.
·
BILINEAR—Calculates the value of each pixel by averaging (weighted
for distance) the values of the surrounding 4 pixels. Suitable for continuous
data.
·
CUBIC—Calculates the value of each pixel by fitting a smooth curve
based on the surrounding 16 pixels. Produces the smoothest image, but can
create values outside of the range found in the source data. Suitable for
continuous data.
اختر أسلوبًا مناسبًا بناءً على نوع البيانات التي
لديك.
• أقرب - أسرع طريقة
لإعادة التشكيل ، وهي تقلل التغييرات على قيم البكسل. مناسب للبيانات المنفصلة ،
مثل الغطاء الأرضي.
• BILINEAR - تحسب قيمة كل بكسل عن طريق حساب متوسط (مرجح للمسافة) لقيم 4
بكسل المحيطة. مناسب للبيانات المستمرة.
• CUBIC -
تحسب قيمة كل بكسل عن طريق ملاءمة منحنى ناعم بناءً على 16 بكسل المحيطة. ينتج
الصورة الأكثر نعومة ، لكن يمكنه إنشاء قيم خارج النطاق الموجود في البيانات
المصدر. مناسب للبيانات المستمرة.
Number of
Output Rasters (optional)
The number of columns (x) and rows (y) to split the raster dataset into.
The X coordinate is the number of columns and the Y coordinate is number of
rows.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
7.
Number of Output Rasters (optional) عدد النقطيات الناتجة (اختياري)
The number of columns
(x) and rows (y) to split the raster dataset into. The X coordinate is the
number of columns and the Y coordinate is number of rows.
عدد الأعمدة (س) والصفوف (ص) المطلوب تقسيم مجموعة
البيانات النقطية إليها. الإحداثي X هو
عدد الأعمدة والإحداثي Y هو عدد الصفوف.
Size of
Output Rasters (optional)
The x and y dimensions of the output tiles. The default unit of
measurement is in pixels. You can change this with the Units for Output Raster
Size and Overlap parameter. The X coordinate is the X (horizontal) dimension
the output tiles and the Y coordinate is the Y (vertical) dimension of output
tiles.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
8.
Size of Output Rasters (optional) حجم
الناتج النقطي (اختياري)
The x and y dimensions
of the output tiles. The default unit of measurement is in pixels. You can
change this with the Units for Output Raster Size and Overlap parameter. The X
coordinate is the X (horizontal) dimension the output tiles and the Y
coordinate is the Y (vertical) dimension of output tiles.
أبعاد x و y
لبلاطات الإخراج. وحدة القياس الافتراضية بالبكسل. يمكنك تغيير هذا باستخدام معلمة
وحدات حجم الناتج النقطي ومعلمة التداخل. الإحداثي X هو
البعد X (الأفقي) لبلاطات الإخراج والإحداثيات Y هي
البعد Y (العمودي) لبلاطات الإخراج.
Split
Polygon Feature Class (optional)
A feature class that will be used to split the raster dataset.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
9.
Split Polygon Feature Class (optional) فئة ميزة تقسيم المضلع (اختياري)
A feature class that
will be used to split the raster dataset.
فئة المعلم التي سيتم استخدامها لتقسيم مجموعة
البيانات النقطية.
Clip Type
(optional)
Limits the extent of your raster dataset before you split it.
· NONE— Use the full extent of the input raster dataset.
· EXTENT—Specify bounding box as your clipping boundary.
· FEATURE_CLASS—Specify a feature class to clip the extent.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
10.
Clip Type (optional) نوع القطع
(اختياري)
Limits the extent of
your raster dataset before you split it.
·
NONE— Use the full extent of the input raster dataset.
·
EXTENT—Specify bounding box as your clipping boundary.
·
FEATURE_CLASS—Specify a feature class to clip the extent.
يحد من مدى مجموعة البيانات النقطية قبل تقسيمها.
• لا شيء - استخدم النطاق
الكامل لمجموعة البيانات النقطية للإدخال.
• المدى - حدد المربع
المحيط كحدود القطع.
• فئة الميزة - تحديد فئة
ميزة لقص المدى.
Template
Extent (optional)
An extent or a dataset used to define the clipping boundary. The dataset
can be a raster or feature class.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
11.
Template Extent (optional) مدى
النموذج (اختياري)
An extent or a dataset
used to define the clipping boundary. The dataset can be a raster or feature
class.
نطاق أو مجموعة بيانات تُستخدم لتعريف حدود القطع.
يمكن أن تكون مجموعة البيانات فئة نقطية أو فئة ميزات.
Overlap
(optional)
The tiles do not have to line up perfectly; set the amount of overlap
between tiles with this parameter. The default unit of measurement is in
pixels. You can change this with the Units for Output Raster Size and Overlap
parameter.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
12.
Overlap (optional) تداخل (اختياري)
The tiles do not have to
line up perfectly; set the amount of overlap between tiles with this parameter.
The default unit of measurement is in pixels. You can change this with the
Units for Output Raster Size and Overlap parameter.
لا يجب أن يصطف البلاط بشكل مثالي ؛ اضبط مقدار
التداخل بين المربعات باستخدام هذه المعلمة. وحدة القياس الافتراضية بالبكسل.
يمكنك تغيير هذا باستخدام معلمة وحدات حجم الناتج النقطي ومعلمة التداخل.
Units for
Output Raster Size and Overlap (optional)
Set the units of measurement for the Size of Output Rasters parameter and
the Overlap parameter.
· PIXELS—The unit is in pixels. This is the default.
· METERS—The unit is in meters.
· FEET—The unit is in feet.
· DEGREES—The unit is in decimal degrees.
· MILES—The unit is in miles.
· KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the output
raster dataset.
13.
Units for Output Raster Size and Overlap (optional) وحدات حجم الناتج النقطي والتداخل (اختياري)
Set the units of
measurement for the Size of Output Rasters parameter and the Overlap parameter.
قم بتعيين وحدات القياس لمعلمة حجم النقطية
المخرجة ومعلمة التداخل.
·
PIXELS—The unit is in pixels. This is the default.
·
METERS—The unit is in meters.
·
FEET—The unit is in feet.
·
DEGREES—The unit is in decimal degrees.
·
MILES—The unit is in miles.
·
KILOMETERS—The unit is in kilometers.
Cellsize
(optional)
The spatial resolution of the output raster. If left blank, the output
cell size will match the input raster. When you change the cell size values,
the tile size is reset to the image size and the tile count is reset to 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
14.
Cellsize (optional) حجم الخلايا
(اختياري)
The spatial resolution
of the output raster. If left blank, the output cell size will match the input
raster. When you change the cell size values, the tile size is reset to the
image size and the tile count is reset to 1.
الدقة المكانية للمخرجات النقطية. إذا تركت فارغة
، فإن حجم الناتج الناتج سيتطابق مع البيانات النقطية مجتملة. عند تغيير قيم حجم الخلية
، تتم إعادة تعيين حجم التجانب إلى حجم الصورة وإعادة تعيين عدد التجانب إلى 1.
Lower left
origin (optional)
Change the coordinates for the lower left origin point, where the tiling
scheme will begin. If left blank, the lower left origin would be the same as
the input raster.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
15.
Lower left origin (optional) الأصل
السفلي الأيسر (اختياري)
Change the coordinates
for the lower left origin point, where the tiling scheme will begin. If left
blank, the lower left origin would be the same as the input raster.
قم بتغيير إحداثيات نقطة الأصل اليسرى السفلية ،
حيث سيبدأ نظام التجانب. إذا تُرك فارغًا ، فسيكون الأصل السفلي الأيسر هو نفسه البيانات
النقطية المدخلة.
NoData
Value (optional)
All the pixels with the specified value will be set to NoData in the
output raster dataset.
16.
NoData Value (optional) لا توجد
قيمة بيانات (اختياري)
All the pixels with the
specified value will be set to NoData in the output raster dataset.
سيتم تعيين جميع وحدات البكسل ذات القيمة المحددة
على "لا توجد بيانات" في مجموعة البيانات النقطية للإخراج.
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