\n \nQuery Plan \nRelative cost =  229207769400239646100000000000000000000000000000000000000000000000000000000000000000000000000  \nCall module B\n\nCall module J\n\nCall module M\n\nCall module P\n\nCall module U\n\nCall module X\n\nCall module  27 \n\nCall module  32 \n\nCall module  35 \n\nCall module  38 \n\nCall module  41 \n\nCall module  48 \n\nCall module  51 \n\nRead temp-file M, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.anim.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.anim.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.anim.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.anim.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.anim.IDKEY, looping on ID. \n For each row: \n Output the row. \n \nmodule B \nRead master map SQLUser.nats.IDKEY, looping on ID.\n\nFor each row:\n\n Read master map SQLUser.drink.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.nats.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.nats.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file A, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, and %SQLUPPER(nat). \n \n \nmodule J \nRead temp-file A, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.nats.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file B, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, and %SQLUPPER(nat). \n \n \nmodule M \nRead temp-file B, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.nats.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file C, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, and %SQLUPPER(nat). \n \n \nmodule P \nRead temp-file C, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.drink.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.drink.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file D, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, and %SQLUPPER(dri). \n \n \nmodule U \nRead temp-file D, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.drink.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file E, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, and %SQLUPPER(dri). \n \n \nmodule X \nRead temp-file E, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.drink.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file F, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, and %SQLUPPER(dri). \n \n \nmodule  27  \nRead temp-file F, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.color.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.color.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file G, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, and %SQLUPPER(col). \n \n \nmodule  32  \nRead temp-file G, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.color.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file H, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, %SQLUPPER(col), col, and %SQLUPPER(col). \n \n \nmodule  35  \nRead temp-file H, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.color.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file I, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, and %SQLUPPER(col). \n \n \nmodule  38  \nRead temp-file I, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.color.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file J, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, and %SQLUPPER(col). \n \n \nmodule  41  \nRead temp-file J, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.sig.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.sig.IDKEY, looping on ID. \n For each row: \n Read master map SQLUser.sig.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file K, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), sig, %SQLUPPER(sig), sig, %SQLUPPER(sig), sig, and %SQLUPPER(sig). \n \n \nmodule  48  \nRead temp-file K, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.sig.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file L, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), sig, %SQLUPPER(sig), sig, %SQLUPPER(sig), sig, %SQLUPPER(sig), sig, and %SQLUPPER(sig). \n \n \nmodule  51  \nRead temp-file L, looping on a counter.\n\nFor each row:\n\n Read master map SQLUser.sig.IDKEY, looping on ID. \n For each row: \n Add a row to temp-file M, subscripted by a counter, \n with node data of nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), nat, %SQLUPPER(nat), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), dri, %SQLUPPER(dri), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), col, %SQLUPPER(col), sig, %SQLUPPER(sig), sig, %SQLUPPER(sig), sig, %SQLUPPER(sig), sig, %SQLUPPER(sig), sig, and %SQLUPPER(sig). \n