Extract Values to Table and Gaussian Geostatistical Simulations Tools
Extract Values to Table
أداة استخراج القيم من الجدول
ArcMap ArcGIS
How to use Extract Values
to Table Tool in Arc Toolbox ArcMap ArcGIS??
كيفية استخدام أداة استخراج القيم من الجدول ؟؟
Path
to access the toolمسار الوصول الى الأداة
:
Extract
Values to Table Tool, Simulation Toolset, Geostatistical Analyst Tools Toolbox
Extract Values to Table
Extracts cell values
from a set of rasters to a table, based on a point or polygon feature class.
يستخرج قيم الخلية من مجموعة من البيانات النقطية
إلى جدول ، بناءً على فئة معلم نقطي أو مضلع.
1.
Input features أدخل المعالم
The points or polygon
features to be created.
النقاط أو معالم المضلع المطلوب إنشاؤها.
Input
rasters
The rasters must all have the same extent, coordinate system, and cell
size.
Output
table
The output table contains a record for each point and each raster that has
data. If polygon features are input, they are converted to points that coincide
with the raster cell centers.
Output
raster names table (optional)
Saves the names of the Input rasters to disc.
Add
warnings to output table (optional)
Records if input features are partially or completely covered by the Input
rasters.
· Checked—Warning field is added to the output table and populated with a P
when a feature is partially covered by raster values.
· Unchecked—Warning field is not added to the output table.
2.
Input rasters أدخل البيانات النقطية
The rasters must all
have the same extent, coordinate system, and cell size.
يجب أن يكون لجميع البيانات النقطية نفس النطاق ،
ونظام الإحداثيات ، وحجم الخلية.
Output
table
The output table contains a record for each point and each raster that has
data. If polygon features are input, they are converted to points that coincide
with the raster cell centers.
Output
raster names table (optional)
Saves the names of the Input rasters to disc.
Add
warnings to output table (optional)
Records if input features are partially or completely covered by the Input
rasters.
· Checked—Warning field is added to the output table and populated with a P
when a feature is partially covered by raster values.
· Unchecked—Warning field is not added to the output table.
3.
Output table جدول الإخراج
The output table
contains a record for each point and each raster that has data. If polygon
features are input, they are converted to points that coincide with the raster
cell centers.
يحتوي جدول الإخراج على سجل لكل نقطة ولكل نقطية
تحتوي على بيانات. إذا تم إدخال معالم المضلع ، يتم تحويلها إلى نقاط تتطابق مع
مراكز الخلايا النقطية.
Output
raster names table (optional)
Saves the names of the Input rasters to disc.
Add
warnings to output table (optional)
Records if input features are partially or completely covered by the Input
rasters.
· Checked—Warning field is added to the output table and populated with a P
when a feature is partially covered by raster values.
· Unchecked—Warning field is not added to the output table.
4.
Output raster names table (optional) جدول الأسماء النقطية للإخراج (اختياري)
Saves the names of the
Input rasters to disc.
يحفظ أسماء المدخلات النقطية على القرص.
Add
warnings to output table (optional)
Records if input features are partially or completely covered by the Input
rasters.
· Checked—Warning field is added to the output table and populated with a P
when a feature is partially covered by raster values.
· Unchecked—Warning field is not added to the output table.
5.
Add warnings to output table (optional) إضافة تحذيرات إلى جدول الإخراج (اختياري)
Records if input
features are partially or completely covered by the Input rasters.
·
Checked—Warning field is added to the output table and populated
with a P when a feature is partially covered by raster values.
·
Unchecked—Warning field is not added to the output table.
السجلات إذا تمت تغطية ميزات الإدخال جزئيًا أو
كليًا بواسطة البيانات النقطية للإدخال.
• تم التحديد - يضاف حقل
التحذير إلى جدول الإخراج ويتم ملؤه بحرف P عندما
يتم تغطية المعلم جزئيًا بواسطة القيم النقطية.
• غير محدد - لا يتم
إضافة حقل التحذير إلى جدول الإخراج.
Gaussian Geostatistical Simulations
أداة المحاكاة الجيوإحصائية
ArcMap ArcGIS
How to use Gaussian
Geostatistical Simulations Tool in Arc Toolbox ArcMap ArcGIS??
كيفية استخدام أداة المحاكاة الجيوإحصائية ؟؟
Path
to access the toolمسار الوصول الى الأداة
:
Gaussian
Geostatistical Simulations Tool, Simulation Toolset,
Geostatistical Analyst Tools Toolbox
Gaussian Geostatistical Simulations
Performs a conditional
or unconditional geostatistical simulation based on a Simple Kriging model. The
simulated rasters can be considered equally probable realizations of the
kriging model.
ينفذ محاكاة جغرافية إحصائية مشروطة أو غير مشروطة
بناءً على نموذج Kriging البسيط. يمكن اعتبار
البيانات النقطية المحاكاة من الإنجازات المحتملة بنفس القدر لنموذج كريغ.
1.
Input geostatistical layer إدخال
طبقة إحصائية جغرافية
Input a geostatistical
layer resulting from a Simple Kriging model.
أدخل طبقة إحصائية جغرافية ناتجة عن نموذج Kriging البسيط.
Number of
realizations
The number of simulations to perform.
Output
workspace
Stores all the simulation results. The workspace can be either a folder or
a geodatabase.
Output
simulation prefix
A one- to three-character alphanumeric prefix that is automatically added
to the output dataset names.
Input
conditioning features (optional)
The features used to condition the realizations. If left blank,
unconditional realizations are produced.
Conditioning
field (optional)
The field used to condition the realizations. If left blank, unconditional
realizations are produced.
Conditioning
measurement error field (optional)
A field that specifies the measurement error for each input point in the conditioning
features. For each conditioning feature, the value of this field should
correspond to one standard deviation of the measured value of the feature. Use
this field if the measurement error values are not the same at each sampling
location.
A common source of nonconstant measurement error is when the data is
measured with different devices. One device might be more precise than another,
which means that it will have a smaller measurement error. For example, one
thermometer rounds to the nearest degree and another thermometer rounds to the
nearest tenth of a degree. The variability of measurements is often provided by
the manufacturer of the measuring device, or it may be known from empirical
practice.
Leave this parameter blank if there are no measurement error values or the
measurement error values are unknown.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
2.
Number of realizations عدد
الإنجازات
The number of
simulations to perform.
عدد عمليات المحاكاة المطلوب إجراؤها.
Output
workspace
Stores all the simulation results. The workspace can be either a folder or
a geodatabase.
Output
simulation prefix
A one- to three-character alphanumeric prefix that is automatically added
to the output dataset names.
Input
conditioning features (optional)
The features used to condition the realizations. If left blank,
unconditional realizations are produced.
Conditioning
field (optional)
The field used to condition the realizations. If left blank, unconditional
realizations are produced.
Conditioning
measurement error field (optional)
A field that specifies the measurement error for each input point in the
conditioning features. For each conditioning feature, the value of this field
should correspond to one standard deviation of the measured value of the
feature. Use this field if the measurement error values are not the same at
each sampling location.
A common source of nonconstant measurement error is when the data is
measured with different devices. One device might be more precise than another,
which means that it will have a smaller measurement error. For example, one
thermometer rounds to the nearest degree and another thermometer rounds to the
nearest tenth of a degree. The variability of measurements is often provided by
the manufacturer of the measuring device, or it may be known from empirical
practice.
Leave this parameter blank if there are no measurement error values or the
measurement error values are unknown.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
3.
Output workspace مساحة عمل الإخراج
Stores all the
simulation results. The workspace can be either a folder or a geodatabase.
يخزن جميع نتائج المحاكاة. يمكن أن تكون مساحة
العمل إما مجلدًا أو قاعدة بيانات جغرافية.
Output
simulation prefix
A one- to three-character alphanumeric prefix that is automatically added
to the output dataset names.
Input
conditioning features (optional)
The features used to condition the realizations. If left blank,
unconditional realizations are produced.
Conditioning
field (optional)
The field used to condition the realizations. If left blank, unconditional
realizations are produced.
Conditioning
measurement error field (optional)
A field that specifies the measurement error for each input point in the
conditioning features. For each conditioning feature, the value of this field should
correspond to one standard deviation of the measured value of the feature. Use
this field if the measurement error values are not the same at each sampling
location.
A common source of nonconstant measurement error is when the data is
measured with different devices. One device might be more precise than another,
which means that it will have a smaller measurement error. For example, one
thermometer rounds to the nearest degree and another thermometer rounds to the
nearest tenth of a degree. The variability of measurements is often provided by
the manufacturer of the measuring device, or it may be known from empirical
practice.
Leave this parameter blank if there are no measurement error values or the
measurement error values are unknown.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
4.
Output simulation prefix بادئة
محاكاة الإخراج
A one- to
three-character alphanumeric prefix that is automatically added to the output
dataset names.
بادئة من حرف إلى ثلاثة أحرف أبجدية رقمية تتم
إضافتها تلقائيًا إلى أسماء مجموعة بيانات الإخراج.
Input
conditioning features (optional)
The features used to condition the realizations. If left blank,
unconditional realizations are produced.
Conditioning
field (optional)
The field used to condition the realizations. If left blank, unconditional
realizations are produced.
Conditioning
measurement error field (optional)
A field that specifies the measurement error for each input point in the
conditioning features. For each conditioning feature, the value of this field
should correspond to one standard deviation of the measured value of the
feature. Use this field if the measurement error values are not the same at
each sampling location.
A common source of nonconstant measurement error is when the data is
measured with different devices. One device might be more precise than another,
which means that it will have a smaller measurement error. For example, one
thermometer rounds to the nearest degree and another thermometer rounds to the
nearest tenth of a degree. The variability of measurements is often provided by
the manufacturer of the measuring device, or it may be known from empirical
practice.
Leave this parameter blank if there are no measurement error values or the
measurement error values are unknown.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
5.
Input conditioning features (optional) ميزات تكييف الإدخال (اختياري)
The features used to
condition the realizations. If left blank, unconditional realizations are
produced.
الميزات المستخدمة لشرط الإدراك. إذا تركت فارغة ،
يتم إنتاج عمليات الإدراك غير المشروطة.
Conditioning
field (optional)
The field used to condition the realizations. If left blank, unconditional
realizations are produced.
Conditioning
measurement error field (optional)
A field that specifies the measurement error for each input point in the
conditioning features. For each conditioning feature, the value of this field
should correspond to one standard deviation of the measured value of the
feature. Use this field if the measurement error values are not the same at
each sampling location.
A common source of nonconstant measurement error is when the data is
measured with different devices. One device might be more precise than another,
which means that it will have a smaller measurement error. For example, one
thermometer rounds to the nearest degree and another thermometer rounds to the
nearest tenth of a degree. The variability of measurements is often provided by
the manufacturer of the measuring device, or it may be known from empirical
practice.
Leave this parameter blank if there are no measurement error values or the
measurement error values are unknown.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
6.
Conditioning field (optional) حقل
تكييف (اختياري)
The field used to
condition the realizations. If left blank, unconditional realizations are
produced.
يستخدم الحقل لشرط الإدراك. إذا تركت فارغة ، يتم
إنتاج عمليات الإدراك غير المشروطة.
Conditioning
measurement error field (optional)
A field that specifies the measurement error for each input point in the
conditioning features. For each conditioning feature, the value of this field
should correspond to one standard deviation of the measured value of the
feature. Use this field if the measurement error values are not the same at
each sampling location.
A common source of nonconstant measurement error is when the data is measured
with different devices. One device might be more precise than another, which
means that it will have a smaller measurement error. For example, one
thermometer rounds to the nearest degree and another thermometer rounds to the
nearest tenth of a degree. The variability of measurements is often provided by
the manufacturer of the measuring device, or it may be known from empirical
practice.
Leave this parameter blank if there are no measurement error values or the
measurement error values are unknown.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
7.
Conditioning measurement error field (optional) حقل خطأ قياس التكييف (اختياري)
A field that specifies
the measurement error for each input point in the conditioning features. For
each conditioning feature, the value of this field should correspond to one
standard deviation of the measured value of the feature. Use this field if the
measurement error values are not the same at each sampling location.
A common source of
nonconstant measurement error is when the data is measured with different
devices. One device might be more precise than another, which means that it
will have a smaller measurement error. For example, one thermometer rounds to
the nearest degree and another thermometer rounds to the nearest tenth of a
degree. The variability of measurements is often provided by the manufacturer
of the measuring device, or it may be known from empirical practice.
Leave this parameter
blank if there are no measurement error values or the measurement error values
are unknown.
حقل يحدد خطأ القياس لكل نقطة إدخال في معالم
التكييف. لكل ميزة تكييف ، يجب أن تتوافق قيمة هذا الحقل مع انحراف معياري واحد
للقيمة المقاسة للميزة. استخدم هذا الحقل إذا لم تكن قيم خطأ القياس متماثلة في كل
موقع من مواقع أخذ العينات.
المصدر الشائع لخطأ القياس غير الثابت هو عندما
يتم قياس البيانات بأجهزة مختلفة. قد يكون أحد الأجهزة أكثر دقة من الآخر ، مما
يعني أنه سيكون به خطأ قياس أصغر. على سبيل المثال ، يدور ترمومتر واحد إلى أقرب
درجة وميزان آخر يدور لأقرب عشر درجة. غالبًا ما يتم توفير تنوع القياسات من قبل
الشركة المصنعة لجهاز القياس ، أو قد يكون معروفًا من الممارسة التجريبية.
اترك هذه المعلمة فارغة إذا لم تكن هناك قيم خطأ
في القياس أو كانت قيم خطأ القياس غير معروفة.
Output
cell size (optional)
The cell size at which the output raster will be created.
This value can be explicitly set under Raster Analysis from the
Environment Settings.
If not set, it is the shorter of the width or the height of the extent of
the input point features, in the input spatial reference, divided by 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
8.
Output cell size (optional) حجم
خلية الإخراج (اختياري)
The cell size at which
the output raster will be created.
This value can be
explicitly set under Raster Analysis from the Environment Settings.
If not set, it is the
shorter of the width or the height of the extent of the input point features,
in the input spatial reference, divided by 250.
حجم الخلية التي سيتم إنشاء البيانات النقطية
للإخراج بها.
يمكن تعيين هذه القيمة بشكل صريح ضمن تحليل
البيانات النقطية من إعدادات البيئة.
إذا لم يتم تعيينه ، فهو أقصر عرض أو ارتفاع مدى
معالم نقطة الإدخال ، في الإسناد المكاني للإدخال ، مقسومًا على 250.
Input
bounding features (optional)
Limits the analysis to these features' bounding polygon. If point features
are entered, then a convex hull polygon is automatically created. Realizations
are then performed within that polygon. If bounding features are supplied, any
features or rasters supplied in the Mask environment will be ignored.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
9.
Input bounding features (optional) ميزات
إحاطة الإدخال (اختياري)
Limits the analysis to
these features' bounding polygon. If point features are entered, then a convex
hull polygon is automatically created. Realizations are then performed within
that polygon. If bounding features are supplied, any features or rasters supplied
in the Mask environment will be ignored.
يقصر التحليل على المضلع المحيط بهذه المعالم. إذا
تم إدخال المعالم النقطية ، فسيتم إنشاء مضلع محدب للهيكل تلقائيًا. ثم يتم تنفيذ
الإدراك داخل هذا المضلع. إذا تم توفير ميزات إحاطة ، فسيتم تجاهل أي ميزات أو
بيانات نقطية يتم توفيرها في بيئة Mask.
Save
simulated rasters (optional)
Specifies whether or not the simulated rasters are saved to disk.
· Checked—Indicates that the simulated rasters will be saved to disk.
· Unchecked—Indicates that the simulated rasters will not be saved to disk.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
10.
Save simulated rasters (optional) حفظ
النقطيات المحاكاة (اختياري)
Specifies whether or not
the simulated rasters are saved to disk.
·
Checked—Indicates that the simulated rasters will be saved to
disk.
·
Unchecked—Indicates that the simulated rasters will not be saved
to disk.
يحدد ما إذا كان سيتم حفظ البيانات النقطية المحاكاة
على القرص أم لا.
• تم التحديد - يشير إلى
أنه سيتم حفظ البيانات النقطية المحاكاة على القرص.
• غير محدد - يشير إلى
أنه لن يتم حفظ النسخ النقطية المحاكية على القرص.
Quantile
(optional)
The quantile value for which the output raster will be generated.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
11.
Quantile (optional) الكمية
(اختياري)
The quantile value for
which the output raster will be generated.
القيمة الكمية التي سيتم من أجلها إنشاء البيانات النقطية
الناتجة.
Threshold
(optional)
The threshold value for which the output raster will be generated, as the
percentage of the number of times the set threshold was exceeded, on a
cell-by-cell basis.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
12.
Threshold (optional) الحد (اختياري)
The threshold value for
which the output raster will be generated, as the percentage of the number of
times the set threshold was exceeded, on a cell-by-cell basis.
القيمة الحدية التي سيتم من أجلها إنشاء البيانات
النقطية للمخرجات ، كنسبة مئوية لعدد المرات التي تم فيها تجاوز الحد المعيّن ،
على أساس كل خلية على حدة.
Input
statistical polygons (optional)
These polygons represent areas of interest for which summary statistics
are calculated.
If statistical polygons are provided, the output polygon feature class
will be saved in the Output workspace, and it will have the same name as the
input polygons, preceded by the Output simulation prefix. For example, if the
input statistical polygons were named myPolys and you entered aaa as the output
prefix, then the output polygons will be named aaamyPolys, and will be saved in
the specified output workspace.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
13.
Input statistical polygons (optional) إدخال المضلعات الإحصائية (اختياري)
These polygons represent
areas of interest for which summary statistics are calculated.
If statistical polygons
are provided, the output polygon feature class will be saved in the Output
workspace, and it will have the same name as the input polygons, preceded by
the Output simulation prefix. For example, if the input statistical polygons
were named myPolys and you entered aaa as the output prefix, then the output
polygons will be named aaamyPolys, and will be saved in the specified output
workspace.
تمثل هذه المضلعات مجالات الاهتمام التي يتم حساب
ملخص الإحصائيات لها.
إذا تم توفير المضلعات الإحصائية ، فسيتم حفظ فئة
معلم مضلع الإخراج في مساحة عمل الإخراج ، وسيكون لها نفس اسم مضلعات الإدخال ،
مسبوقة ببادئة محاكاة الإخراج. على سبيل المثال ، إذا تم تسمية المضلعات الإحصائية
للإدخال myPolys وقمت بإدخال aaa
كبادئة الإخراج ، فسيتم تسمية مضلعات الإخراج aaamyPolys ، وسيتم حفظها في مساحة عمل الإخراج المحددة.
Raster
statistics type (optional)
The simulated rasters are postprocessed on a cell-by-cell basis, and each
selected statistics type is calculated and reported in an output raster.
· MIN—Calculates the minimum (smallest value).
· MAX—Calculates the maximum (largest value).
· MEAN—Calculates the mean (average).
· STDDEV—Calculates the standard deviation.
· QUARTILE1—Calculates the 25th quantile.
· MEDIAN—Calculates the median.
· QUARTILE3—Calculates the 75th quantile.
· QUANTILE—Calculates a user-specified quantile (0 < Q < 1).
· P_THRSHLD —Calculates the percentage of the simulations where the cell
value exceeds a user-specified threshold value.
14.
Raster statistics type (optional) نوع
إحصاءات البيانات النقطية (اختياري)
The simulated rasters
are postprocessed on a cell-by-cell basis, and each selected statistics type is
calculated and reported in an output raster.
تتم معالجة البيانات النقطية المحاكاة لاحقًا على
أساس خلية بخلية ، ويتم حساب كل نوع إحصائي محدد والإبلاغ عنه في البيانات النقطية
للمخرجات.
• MIN -
تحسب الحد الأدنى (أصغر قيمة).
• MAX -
تحسب الحد الأقصى (أكبر قيمة).
• يعني - حساب المتوسط
(المتوسط).
• STDDEV -
لحساب الانحراف المعياري.
• QUARTILE1 - تحسب القيمة 25.
• MEDIAN -
حساب الوسيط.
• QUARTILE3— تحسب القيمة 75.
• QUANTILE - تحسب القيمة المحددة من قبل المستخدم (0 <Q <1).
• P_THRSHLD - يحسب النسبة المئوية لعمليات المحاكاة حيث تتجاوز قيمة الخلية
قيمة عتبة يحددها المستخدم.
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