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geoscene3d:add_points:visualizewaterchemistry [2020/03/04 17:31] – rebecca130301_gmail.comgeoscene3d:add_points:visualizewaterchemistry [2021/01/06 20:22] (current) – external edit 127.0.0.1
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 ==== Requirements ==== ==== Requirements ====
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-=== Module === 
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-FIXME 
  
 === Data === === Data ===
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 {{:tutorials:themecalc:f943192aeaf883c488384b44e887cd9f.png}}\\ {{:tutorials:themecalc:f943192aeaf883c488384b44e887cd9f.png}}\\
 \\ \\
-Parameter 1 (NORM), Parameter 2 (NORM) and Parameter 3 (NORM) indicates how the 3 parameters are normalized against each other.\\+Parameter 1 (NORM), Parameter 2 (NORM) and Parameter 3 (NORM) indicates how the 3 parameters are normalized against each other. 
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 +{{vimeo>491187062?large&autoplay|Video Tutorial}} 
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 Make three clones of the water chemistry. Go to “Dataset Manager” and clone. Name the new datasets for Total phosphate, Nitrate and Sulfate. Make three clones of the water chemistry. Go to “Dataset Manager” and clone. Name the new datasets for Total phosphate, Nitrate and Sulfate.
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-==== Sulfate ==== 
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-To visualizing Sulfate in the 3D window right-click on the “Sulfate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “cube” - Go under “Material Tab” and select Dataset Field “Sulfate (mg/l)” and give it a color blue. Go under “Scale Tab” and enter 100 in the Y Scale direction. 
  
 ==== Sulfate, Nitrate & Phosfate ==== ==== Sulfate, Nitrate & Phosfate ====
  
 **Sulfate** \\ **Sulfate** \\
-To visualizing Sulfate in the 3D window right-click on the “Sulfate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “cube” - Go under “Material Tab” and select Dataset Field “Sulfate (mg/l)” and give it a color blue. Go under “Scale Tab” and enter 100 in the Y Scale direction.+To __visualizing Sulfate__ in the 3D window right-click on the “Sulfate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “cube” - Go under “Material Tab” and select Dataset Field “Sulfate (mg/l)” and give it a color blue. Go under “Scale Tab” and enter 100 in the Y Scale direction.
  
 **Nitrate** \\ **Nitrate** \\
-To visualizing Nitrate in the 3D window right-click on the “Nitrate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “sphere” - Go under “Material Tab” and select Dataset Field “Nitrate (mg/l)” and give it a color red. Go under “Scale Tab” and enter 100 in the X Scale direction.+To __visualizing Nitrate__ in the 3D window right-click on the “Nitrate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “sphere” - Go under “Material Tab” and select Dataset Field “Nitrate (mg/l)” and give it a color red. Go under “Scale Tab” and enter 100 in the X Scale direction.
  
 **Phosfate** \\ **Phosfate** \\
-To visualizing Total Phosfate in the 3D window right-click on the “Total Phosfate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “Cylinder” - Go under “Material Tab” and select Dataset Field “Total Phosfate (mg/l)” and give it a color yellow. Go under “Scale Tab” and enter 100 in the Z Scale direction.+To __visualizing Total Phosfate__ in the 3D window right-click on the “Total Phosfate Point Layer” object – select “Properties” - Go under “Geometry Tab” and select Point Type to “Cylinder” - Go under “Material Tab” and select Dataset Field “Total Phosfate (mg/l)” and give it a color yellow. Go under “Scale Tab” and enter 100 in the Z Scale direction.
  
 How the three parameters are visualized is illustrated in the below image with red squares.\\ How the three parameters are visualized is illustrated in the below image with red squares.\\
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 The water chemistry is now visualized like pie charts in the 2D window and as figures in the 3D window.\\ The water chemistry is now visualized like pie charts in the 2D window and as figures in the 3D window.\\
 {{:tutorials:themecalc:a7d079ce1cf9b808fb6fd20384cd8f26.png}} {{:tutorials:themecalc:a7d079ce1cf9b808fb6fd20384cd8f26.png}}
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