This means that the historical data is always included in the calculation, providing a more accurate representation of the long-term trend of a security. To see how exactly it can be used in this way, we provide the following samples. Both scanners search the market for stocks using this indicator.
TrendSpider is the only enterprise-class trading platform accessible to retail investors. A positive MFM indicates buying pressure, while a negative MFM indicates selling pressure.
The ADL is a cumulative measure of the buying and selling pressure over time. An upward slope of the ADL suggests more buying pressure, indicating accumulation, while a downward slope means more selling pressure, showing distribution.
These divergences can be used as signals to make informed decisions about entering or exiting a position. A bullish divergence occurs when the price of a stock makes new lows, but the ADL is not making new lows.
This suggests that selling pressure is weakening, and a reversal to the upside may be imminent. Conversely, a bearish divergence occurs when the price of a stock makes new highs, but the ADL is not making new highs.
This indicates that buying pressure is weakening, and a reversal to the downside may be imminent. For example, traders may use moving averages or trend lines to confirm the presence of a bullish or bearish divergence. To see how exactly it can be used in this way, we provide the following sample.
The strategy tests buying and selling rules built around this indicator. Doing so can provide insights into the strength of a trend and help users make more informed decisions about their investments. Try TrendSpider and see why we are the fastest growing trading platform on the market first hand!
Back to website. Product Overview Software built for traders, by traders. Strategy Development Tools Seamlessly create, discover, refine, perfect and deploy trading strategies. No coding required. Trading Idea Generation Tools Efficiently find new trading ideas and market opportunities in real-time by scanning and data flow.
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The default values for the Horizontal factor modifiers are the following: Keywords Zero factor Cut angle Slope Side value Binary 1. When no Extent environment setting is specified, the processing extent is determined in the following way: If only the Input raster or feature source data and Input barrier raster or feature data values are specified, the union of the inputs, expanded by two cell widths on each side, will be used as the processing extent.
Parameters Dialog Python Label Explanation Data Type Input source raster or features. Travel from source — The horizontal factor and vertical factor will be applied beginning at the input source and travel out to the nonsource cells.
This is the default. Planar — The distance calculation will be performed on a projected flat plane using a 2D Cartesian coordinate system. Derived Output Label Explanation Data Type Output distance accumulation raster The output distance accumulation raster. Raster Output back direction raster The output back direction raster.
Raster Output source direction raster The output source direction raster. Raster Output source location raster The output source location raster. PLANAR — The distance calculation will be performed on a projected flat plane using a 2D Cartesian coordinate system.
Derived Output Name Explanation Data Type outputDistanceAccumulationRaster The output distance accumulation raster. Raster outputBackDirectionRaster The output back direction raster.
Raster outputSourceDirectionRaster The output source direction raster. Raster outputSourceLocationRaster The output source location raster. Code sample Distance Accumulation example 1 Python window The following Python Window script demonstrates how to use the DistanceAccumulation tool.
import arcpy arcpy. py Description: Calculates the distance accumulation. DistanceAccumulation inputSourceRasterOrFeatures, outputDistanceAccumulationName, inputBarrierRasterOrFeatures, inputSurfaceRaster, inputCostRaster, inputVerticalRaster, verticalFactor, inputHorizontalRaster, horizontalFactor, outputBackDirectionRasterName, outputSourceDirectionRasterName, outputSourceLocationRasterName, sourceInitialAccumulation, sourceMaximumAccumulation,sourceCostMultiplier, sourceDirection, distanceMethod.
Environments Extent , Cell Size , Mask , Output Coordinate System , Pyramid , Snap Raster. Licensing information Basic: Requires ArcGIS Image Server Standard: Requires ArcGIS Image Server Advanced: Requires ArcGIS Image Server.
In this topic Summary Illustration Usage Parameters Environments Licensing information. The input source locations. The output distance accumulation raster name. Input barrier raster or features Optional.
The dataset that defines the barriers. Input surface raster Optional. Input cost raster Optional. Input vertical raster Optional. Vertical factor Optional. The Vertical factor options are as follows: Binary —If the VRMA is greater than the low-cut angle and less than the high-cut angle, the VF is set to the value associated with the zero factor; otherwise, it is infinity.
Linear —The VF is a linear function of the VRMA. Symmetric Linear —The VF is a linear function of the VRMA in either the negative or positive side of the VRMA, and the two linear functions are symmetrical with respect to the VF y axis.
Inverse Linear —The VF is an inverse linear function of the VRMA. Symmetric Inverse Linear —The VF is an inverse linear function of the VRMA in either the negative or positive side of the VRMA, and the two linear functions are symmetrical with respect to the VF y axis.
Cos —The VF is the cosine-based function of the VRMA. Sec —The VF is the secant-based function of the VRMA. Cos-Sec —The VF is the cosine-based function of the VRMA when the VRMA is negative and is the secant-based function of the VRMA when the VRMA is not negative.
Sec-Cos —The VF is the secant-based function of the VRMA when the VRMA is negative and is the cosine-based function of the VRMA when the VRMA is not negative. Modifiers to the vertical keywords are as follows: Zero factor —The vertical factor used when the VRMA is zero.
This factor positions the y-intercept of the specified function. By definition, the zero factor is not applicable to any of the trigonometric vertical functions COS, SEC, COS-SEC, or SEC-COS.
The y-intercept is defined by these functions. Low Cut angle —The VRMA angle below which the VF will be set to infinity. High Cut angle —The VRMA angle above which the VF will be set to infinity.
Slope —The slope of the straight line used with the Linear and Inverse Linear vertical factor keywords. Input horizontal raster Optional. Horizontal factor Optional. The Horizontal factor options are as follows: Binary —If the HRMA is less than the cut angle, the HF is set to the value associated with the zero factor; otherwise, it is infinity.
Forward —Only forward movement is allowed. Linear —The HF is a linear function of the HRMA. Inverse Linear —The HF is an inverse linear function of the HRMA. Modifiers to the horizontal factors are as follows: Zero factor —The horizontal factor to be used when the HRMA is zero.
Cut angle —The HRMA angle beyond which the HF will be set to infinity. Slope —The slope of the straight line used with the Linear and Inverse Linear horizontal factor keywords. Side value —The HF when the HRMA is greater than or equal to 45 degrees and less than 90 degrees when the Forward horizontal factor keyword is specified.
Out back direction raster name Optional. The output back direction raster name. The output raster is of type float. Out source direction raster name Optional. The output source direction raster name.
Out source location raster name Optional. Initial accumulation Optional. Maximum accumulation Optional. Multiplier to apply to costs Optional. Travel direction Optional. Travel to source — The horizontal factor and vertical factor will be applied beginning at each nonsource cell and travel back to the input source.
Distance Method Optional. Geodesic — The distance calculation will be performed on the ellipsoid. Regardless of input or output projection, the results will not change.
The output distance accumulation raster. The output back direction raster. The output source direction raster. The output source location raster. inputBarrierRasterOrFeatures Optional. inputSurfaceRaster Optional. inputCostRaster Optional. inputVerticalRaster Optional.
verticalFactor Optional. The object comes in the following forms: VfBinary , VfLinear , VfInverseLinear , VfSymLinear , VfSymInverseLinear , VfCos , VfSec , VfSec , VfCosSec , and VfSecCos The definitions and parameters of these forms are as follows: VfBinary {zeroFactor}, {lowCutAngle}, {highCutAngle} If the VRMA is greater than the low-cut angle and less than the high-cut angle, the VF is set to the value associated with the zero factor; otherwise, it is infinity.
VfLinear {zeroFactor}, {lowCutAngle}, {highCutAngle}, {slope} The VF is a linear function of the VRMA. VfInverseLinear {zeroFactor}, {lowCutAngle}, {highCutAngle}, {slope} The VF is an inverse linear function of the VRMA.
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