foodmile= { // do some claculations and returen their values for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Apples"){ var localPercent = Apple var conPercent = 1 - Apple foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Apple) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Apple) }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products){ foodData[i].Local_Financial_District_Food_Miles= Math.round(foodData[i].Financial_District_Localmiles*Tons_Local*Co2g)/1000000 }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products){ foodData[i].Local_Cobble_Hill_Food_Miles = Math.round(foodData[i].Cobble_Hill_Localmiles*Tons_Local*Co2g)/1000000 }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products){ foodData[i].Conv_Financial_District_Food_Miles = Math.round(foodData[i].Financial_District_Cmiles*TonsConventional*Co2g)/1000000 }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products){ foodData[i].Conv_Cobble_Hill_Food_Miles = Math.round(foodData[i].Cobble_Hill_Cmiles*TonsConventional*Co2g)/1000000 }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Milk_products"){ var localPercent = Milk_products var conPercent = 1 - Milk_products foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Milk_products) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Milk_products) }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Meat_All_Red"){ var localPercent = Meat_All_Red var conPercent = 1 - Meat_All_Red foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Meat_All_Red) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Meat_All_Red) }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Bread"){ var localPercent = Bread var conPercent = 1 - Bread foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Bread) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Bread) }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Broccoli"){ var localPercent = Broccoli var conPercent = 1 - Broccoli foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Broccoli) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Broccoli) }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Lettuce"){ var localPercent = Lettuce var conPercent = 1 - Lettuce foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Lettuce) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Lettuce) }} for (let i= 0; i < foodData.length; ++i) { if(foodData[i].Products=="Tomatoes"){ var localPercent = Tomatoes var conPercent = 1 - Tomatoes foodData[i].Local_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(Tomatoes) foodData[i].Conv_Total_Food_Pound = foodData[i].Average_food_lb_per_year*(1- Tomatoes) }} return foodData}