DRAWING NETWORK LAYOUT Provinces technical results combined
5. DRAWING NETWORK LAYOUT
Going to “Draw mainline\sub-main\manifold\lateral” directory Figure 9. Mouse cursor shape will become like . In this mode we can draw a pipe by clicking on tow points of the drawing screen Figure 10. Figure 9. Draw menu, as FARMWAT superiority with other similar models Draw menu, comme «FARMWAT supériorité avec dautres modèles similaires Figure 10. Drawing pipe and viewing its coordinate, lenth and angle in realtime mode Dessin pipe et laffichage de ses coordonnées, et langle dans lenth temps réel mode Used pipes of irrigation network in FARMWAT woud be divided into 4 categories: mainline, sub-main, manifold and lateral. The distinctive thing between this pipes in the drawing screen is their color and thicknes Figure 11 . However the benefit of this classification is that if the modeled irrigation network by FARMWAT was big, then analysis process would be faster. Figure 11. A drawn irrigation network, thickness and color of pipes make them different from another A établi un réseau dirrigation, lépaisseur et la couleur des tuyaux rendre différent dun autre Pipes’ drawing method is controllable too. With going to “Draw setting” directory Figure 12, a window naming “setting” will be opened up. We can arrange pipes’ drawing angle in the “pipe angle” tab. three modes are considered for each pipe including “adrft, fix-angle” and “relative fix-angle”. In adrift mode, the pipe can have any angle toward x- axis and the pipe end coordinate is exactly congruous on a point from drawing plane on which the user will click. Fix-angle mode is for drawing those pipes which have one of 0, 90, 180, 270 or 360 angles toward x- axis Figure 13. Figure 12. How to access the setting menu Comment accéder au menu setting Figure 13. The setting menu facilities Le setting installations menu Before explaining about “ relative fix-angle” mode, we need to first examine the way of justifying software relative to the pipes joint. Going to “ Tools select object” Figure 14 , cursor mouse shape will become like . Now click on each of the pipes will cause “ changeable records” window to open Figure 15 . There are 5 records in this window, which would be explained below. Figure 14. How to run the select object tool Comment faire pour exécuter l select object outil Figure 15. Using select object tool for editing pipe properties in Changeable records table Utilisation de select object outil de propriétés des tuyaux dédition dans Changeable records table5.1 pipe name It shows the name of selected pipe in the project information bank.
Parts
» Beliefs and Achievements of NITP
» Scope for non conventional irrigation schemes Problems in Micro Irrigation Development in Nepal
» Conclusion Project Area, Priority, Budget and Present Status
» INTRODUCTION Project Area, Priority, Budget and Present Status
» CONCLUSIONS REFERENCES Water u
» MATERIALS AND METHODS RESULTS
» EggplantBrinjal 1. Surface subsurface drip and yield
» Lettuce Pasture Irrigation micro irrigation tehran
» For Vegetables Tomatoes Brinjal
» High density orchards Drip irrigation in Sloping Lands Shallow water tables Partial Wetting
» Deficit Irrigation Crop water stress Daily night time spray irrigation
» Economics REVIEW OF STUDIES ON TOMATOES
» NFERENCES FROM REVIEW ON TOMATOES
» REVIEW OF STUDES F MULCHING ON CHILIS
» Jain, V.K., Shukla, K.N., and Singh, P.K. 2001 ‘Response of potato under drip 168-176.
» Introduction REVIEW OF STUDIES OF MULCHING ON MelonsWatermelons
» Site description micro irrigation tehran
» Irrigation application Evapotranspiration estimation Nutrient management
» Yield Water application micro irrigation tehran
» Seasonal patterns of soil moisture
» Conclusions Yield and water use efficiency
» INTRODUCTION Yield and water use efficiency
» Soil water potential changes during the growing season
» CONCLUSION Effects at the fruit maturation stage
» CLIMATOLOGY DAM PROPERTIES IRRIGATION SYSTEM Alternative A
» Project Location Development Plan
» SUMMARY AND CONCLUSIONS REFERENCES
» INTRODUCTION Description of Alternative Plans
» MATERIAN AND METHODS Description of Alternative Plans
» RESULS AND DISCUSSION Description of Alternative Plans
» Conclusions References Description of Alternative Plans
» Quality parameters Table 4 micro irrigation tehran
» INTRODUCTION and 35.8 per cent higher over control in both the crops.
» Experimental site micro irrigation tehran
» Energy balance theory at soil surface Meteorological parameters
» Energy balance measurements 24.10 78.16 2.90 42 micro irrigation tehran
» Conclusion and recommendations Diurnal energy balance pattern for a sample day
» 5.0 1 Diurnal energy balance pattern for a sample day
» MATERIAL AND METHODS Diurnal energy balance pattern for a sample day
» 34.45 13.06 38.43 45.07 Hamedan micro irrigation tehran
» Kerman Khorasan Razavi micro irrigation tehran
» DISCUSSION Provinces technical results combined
» INTRODUCTION HOW TO INTRODUCE THE PLANT, SOIL AND CONSUMED WATER PROPERTIES DATA WITH SOFTWARE
» INTERING FARM PICTURE INTO THE DRAWING SCREEN HOW TO INTRODUCE FARM TOPOGRAPHY TO THE SOFTWARE
» DRAWING NETWORK LAYOUT Provinces technical results combined
» CONCLUSION AND RECOMMENDATIONS File menu
» output data Nutrient management
» Tamaab. 2004. Tamaab Database. Water Research Center. Iran. Introduction
» 78.6 90.7 The experimental site The experimental layout
» Moisture and salinity monitoring in the soil Water application
» Moisture distribution in the soil Salinity distribution in the soil Yield
» CONCLUSION REFERENCES Pistachio water productivity
» INTRODUCTION Pistachio water productivity
» MATERIALS AND METHODS Pistachio water productivity
» Coefficient of Variation micro irrigation tehran
» CONCLUSIONS References Pressure-Discharge Relationship
» Variation of Discharge Uniformity with Pressure Design and layout of drip fertigation system
» Water consumption under drip system in Muscat grapes
» Fertilizer use efficiency FUE
» Drip irrigation scheduling Total Soluble solids, Total sugar and Acidity Shot berries per cent
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