\* Source Pyomo model name=unknown *\ min total_cost: +464 transp(can1_ware1) +10000 transp(can1_ware2) +654 transp(can1_ware3) +867 transp(can1_ware4) +10000 transp(can2_ware1) +416 transp(can2_ware2) +690 transp(can2_ware3) +791 transp(can2_ware4) +995 transp(can3_ware1) +682 transp(can3_ware2) +10000 transp(can3_ware3) +685 transp(can3_ware4) s.t. c_e_supply_ct(1)_: +1 transp(can1_ware1) +1 transp(can1_ware2) +1 transp(can1_ware3) +1 transp(can1_ware4) = 75 c_e_supply_ct(2)_: +1 transp(can2_ware1) +1 transp(can2_ware2) +1 transp(can2_ware3) +1 transp(can2_ware4) = 125 c_e_supply_ct(3)_: +1 transp(can3_ware1) +1 transp(can3_ware2) +1 transp(can3_ware3) +1 transp(can3_ware4) = 100 c_e_demand_ct(1)_: +1 transp(can1_ware1) +1 transp(can2_ware1) +1 transp(can3_ware1) = 80 c_e_demand_ct(2)_: +1 transp(can1_ware2) +1 transp(can2_ware2) +1 transp(can3_ware2) = 65 c_e_demand_ct(3)_: +1 transp(can1_ware3) +1 transp(can2_ware3) +1 transp(can3_ware3) = 70 c_e_demand_ct(4)_: +1 transp(can1_ware4) +1 transp(can2_ware4) +1 transp(can3_ware4) = 85 c_e_ONE_VAR_CONSTANT: ONE_VAR_CONSTANT = 1.0 bounds 0 <= transp(can1_ware1) <= +inf 0 <= transp(can1_ware2) <= +inf 0 <= transp(can1_ware3) <= +inf 0 <= transp(can1_ware4) <= +inf 0 <= transp(can2_ware1) <= +inf 0 <= transp(can2_ware2) <= +inf 0 <= transp(can2_ware3) <= +inf 0 <= transp(can2_ware4) <= +inf 0 <= transp(can3_ware1) <= +inf 0 <= transp(can3_ware2) <= +inf 0 <= transp(can3_ware3) <= +inf 0 <= transp(can3_ware4) <= +inf end
