X-Git-Url: http://git.scottworley.com/planeteer/blobdiff_plain/9b3b3d9a3218395450fcc982c3d1c99e85c4e68f..fb8eccbfa74c0ac19f24d40cbc3b7e660eda9eeb:/planeteer.go?ds=sidebyside

diff --git a/planeteer.go b/planeteer.go
index 31dc7d0..e3c04cf 100644
--- a/planeteer.go
+++ b/planeteer.go
@@ -18,33 +18,114 @@
 package main
 
 import "flag"
+import "fmt"
 import "json"
 import "os"
-import "fmt"
+import "runtime/pprof"
+import "strings"
+
+var funds = flag.Int("funds", 0,
+	"Starting funds")
+
+var start = flag.String("start", "",
+	"The planet to start at")
+
+var flight_plan_string = flag.String("flight_plan", "",
+	"Your hyper-holes for the day, comma-separated.")
 
-var datafile = flag.String("planet_data_file", "planet-data",
+var end_string = flag.String("end", "",
+	"A comma-separated list of acceptable ending planets.")
+
+var planet_data_file = flag.String("planet_data_file", "planet-data",
 	"The file to read planet data from")
 
+var fuel = flag.Int("fuel", 16, "Hyper Jump power left")
+
+var hold = flag.Int("hold", 300, "Size of your cargo hold")
+
+var start_edens = flag.Int("start_edens", 0,
+	"How many Eden Warp Units are you starting with?")
+
+var end_edens = flag.Int("end_edens", 0,
+	"How many Eden Warp Units would you like to keep (not use)?")
+
+var cloak = flag.Bool("cloak", false,
+	"Make sure to end with a Device of Cloaking")
+
+var drones = flag.Int("drones", 0, "Buy this many Fighter Drones")
+
+var batteries = flag.Int("batteries", 0, "Buy this many Shield Batterys")
+
+var drone_price = flag.Int("drone_price", 0, "Today's Fighter Drone price")
+
+var battery_price = flag.Int("battery_price", 0, "Today's Shield Battery price")
+
+var visit_string = flag.String("visit", "",
+	"A comma-separated list of planets to make sure to visit")
+
+var cpuprofile = flag.String("cpuprofile", "", "write cpu profile to file")
+
+var visit_cache []string
+
+func visit() []string {
+	if visit_cache == nil {
+		if *visit_string == "" {
+			return nil
+		}
+		visit_cache = strings.Split(*visit_string, ",")
+	}
+	return visit_cache
+}
+
+var flight_plan_cache []string
+
+func flight_plan() []string {
+	if flight_plan_cache == nil {
+		if *flight_plan_string == "" {
+			return nil
+		}
+		flight_plan_cache = strings.Split(*flight_plan_string, ",")
+	}
+	return flight_plan_cache
+}
+
+var end_cache map[string]bool
+
+func end() map[string]bool {
+	if end_cache == nil {
+		if *end_string == "" {
+			return nil
+		}
+		m := make(map[string]bool)
+		for _, p := range strings.Split(*end_string, ",") {
+			m[p] = true
+		}
+		end_cache = m
+	}
+	return end_cache
+}
+
 type Commodity struct {
-	Name      string
 	BasePrice int
 	CanSell   bool
 	Limit     int
 }
-
+type Planet struct {
+	BeaconOn bool
+	Private  bool
+	/* Use relative prices rather than absolute prices because you
+	   can get relative prices without traveling to each planet. */
+	RelativePrices map[string]int
+}
 type planet_data struct {
-	Commodities []Commodity
-	Planets []struct {
-		Name     string
-		BeaconOn bool
-		/* Use relative prices rather than absolute prices because you
-		   can get relative prices without traveling to each planet. */
-		RelativePrices map [string] int
-	}
+	Commodities map[string]Commodity
+	Planets     map[string]Planet
+	p2i, c2i    map[string]int // Generated; not read from file
+	i2p, i2c    []string       // Generated; not read from file
 }
 
 func ReadData() (data planet_data) {
-	f, err := os.Open(*datafile)
+	f, err := os.Open(*planet_data_file)
 	if err != nil {
 		panic(err)
 	}
@@ -56,8 +137,560 @@ func ReadData() (data planet_data) {
 	return
 }
 
+/* This program operates by filling in a state table representing the best
+ * possible trips you could make; the ones that makes you the most money.
+ * This is feasible because we don't look at all the possible trips.
+ * We define a list of things that are germane to this game and then only
+ * consider the best outcome in each possible game state.
+ *
+ * Each cell in the table represents a state in the game.  In each cell,
+ * we track two things: 1. the most money you could possibly have while in
+ * that state and 2. one possible way to get into that state with that
+ * amount of money.
+ *
+ * A basic analysis can be done with a two-dimensional table: location and
+ * fuel.  planeteer-1.0 used this two-dimensional table.  This version
+ * adds features mostly by adding dimensions to this table.
+ *
+ * Note that the sizes of each dimension are data driven.  Many dimensions
+ * collapse to one possible value (ie, disappear) if the corresponding
+ * feature is not enabled.
+ *
+ * The order of the dimensions in the list of constants below determines
+ * their layout in RAM.  The cargo-based 'dimensions' are not completely
+ * independent -- some combinations are illegal and not used.  They are
+ * handled as three dimensions rather than one for simplicity.  Placing
+ * these dimensions first causes the unused cells in the table to be
+ * grouped together in large blocks.  This keeps them from polluting
+ * cache lines, and if they are large enough, allows the memory manager
+ * to swap out entire pages.
+ *
+ * If the table gets too big to fit in RAM:
+ *    * Combine the Edens, Cloaks, and UnusedCargo dimensions.  Of the
+ *      24 combinations, only 15 are legal: a 38% savings.
+ *    * Reduce the size of the Fuel dimension to 3.  We only ever look
+ *      backwards 2 units, so just rotate the logical values through
+ *      the same 3 physical addresses.  This is good for an 82% savings.
+ *    * Reduce the size of the Edens dimension from 3 to 2, for the
+ *      same reasons as Fuel above.  33% savings.
+ *    * Buy more ram.  (Just sayin'.  It's cheaper than you think.)
+ *      
+ */
+
+// The official list of dimensions:
+const (
+	// Name                Num   Size  Description
+	Edens       = iota //   1      3  # of Eden warp units (0 - 2 typically)
+	Cloaks             //   2    1-2  # of Devices of Cloaking (0 or 1)
+	UnusedCargo        //   3      4  # of unused cargo spaces (0 - 3 typically)
+	Fuel               //   4     17  Hyper jump power left (0 - 16)
+	Location           //   5     26  Location (which planet)
+	Hold               //   6     15  Cargo bay contents (a *Commodity or nil)
+	Traded             //   7      2  Traded yet?
+	BuyFighters        //   8    1-2  Errand: Buy fighter drones
+	BuyShields         //   9    1-2  Errand: Buy shield batteries
+	Visit              //  10 1-2**N  Visit: Stop by these N planets in the route
+
+	NumDimensions
+)
+
+func bint(b bool) int {
+	if b {
+		return 1
+	}
+	return 0
+}
+
+func DimensionSizes(data planet_data) []int {
+	eden_capacity := data.Commodities["Eden Warp Units"].Limit
+	if *start_edens > eden_capacity {
+		eden_capacity = *start_edens
+	}
+	cloak_capacity := bint(*cloak)
+	dims := make([]int, NumDimensions)
+	dims[Edens] = eden_capacity + 1
+	dims[Cloaks] = cloak_capacity + 1
+	dims[UnusedCargo] = eden_capacity + cloak_capacity + 1
+	dims[Fuel] = *fuel + 1
+	dims[Location] = len(data.Planets)
+	dims[Hold] = len(data.Commodities) + 1
+	dims[Traded] = 2
+	dims[BuyFighters] = bint(*drones > 0) + 1
+	dims[BuyShields] = bint(*batteries > 0) + 1
+	dims[Visit] = 1 << uint(len(visit()))
+
+	// Remind myself to add a line above when adding new dimensions
+	for i, dim := range dims {
+		if dim < 1 {
+			panic(i)
+		}
+	}
+	return dims
+}
+
+func StateTableSize(dims []int) int {
+	product := 1
+	for _, size := range dims {
+		product *= size
+	}
+	return product
+}
+
+type State struct {
+	value, from int32
+}
+
+const (
+	FROM_ROOT = -2147483647 + iota
+	FROM_UNINITIALIZED
+	VALUE_UNINITIALIZED
+	VALUE_BEING_EVALUATED
+	VALUE_RUBISH
+)
+
+func EncodeIndex(dims, addr []int) int32 {
+	index := addr[0]
+	if addr[0] > dims[0] {
+		panic(0)
+	}
+	for i := 1; i < NumDimensions; i++ {
+		if addr[i] < 0 || addr[i] >= dims[i] {
+			panic(i)
+		}
+		index = index*dims[i] + addr[i]
+	}
+	return int32(index)
+}
+
+func DecodeIndex(dims []int, index int32) []int {
+	addr := make([]int, NumDimensions)
+	for i := NumDimensions - 1; i > 0; i-- {
+		addr[i] = int(index) % dims[i]
+		index /= int32(dims[i])
+	}
+	addr[0] = int(index)
+	return addr
+}
+
+func CreateStateTable(data planet_data, dims []int) []State {
+	table := make([]State, StateTableSize(dims))
+	for i := range table {
+		table[i].value = VALUE_UNINITIALIZED
+		table[i].from = FROM_UNINITIALIZED
+	}
+
+	addr := make([]int, NumDimensions)
+	addr[Fuel] = *fuel
+	addr[Edens] = *start_edens
+	addr[Location] = data.p2i[*start]
+	addr[Traded] = 1
+	start_index := EncodeIndex(dims, addr)
+	table[start_index].value = int32(*funds)
+	table[start_index].from = FROM_ROOT
+
+	return table
+}
+
+/* CellValue fills in the one cell at address addr by looking at all
+ * the possible ways to reach this cell and selecting the best one. */
+
+func Consider(data planet_data, dims []int, table []State, there []int, value_difference int, best_value *int32, best_source []int) {
+	there_value := CellValue(data, dims, table, there)
+	if value_difference < 0 && int32(-value_difference) > there_value {
+		/* Can't afford this transition */
+		return
+	}
+	possible_value := there_value + int32(value_difference)
+	if possible_value > *best_value {
+		*best_value = possible_value
+		copy(best_source, there)
+	}
+}
+
+var cell_filled_count int
+
+func CellValue(data planet_data, dims []int, table []State, addr []int) int32 {
+	my_index := EncodeIndex(dims, addr)
+	if table[my_index].value == VALUE_BEING_EVALUATED {
+		panic("Circular dependency")
+	}
+	if table[my_index].value != VALUE_UNINITIALIZED {
+		return table[my_index].value
+	}
+	table[my_index].value = VALUE_BEING_EVALUATED
+
+	best_value := int32(VALUE_RUBISH)
+	best_source := make([]int, NumDimensions)
+	other := make([]int, NumDimensions)
+	copy(other, addr)
+	planet := data.i2p[addr[Location]]
+
+	/* Travel here */
+	if addr[Traded] == 0 { /* Can't have traded immediately after traveling. */
+		other[Traded] = 1 /* Travel from states that have done trading. */
+
+		/* Travel here via a 2-fuel unit jump */
+		if addr[Fuel]+2 < dims[Fuel] {
+			other[Fuel] = addr[Fuel] + 2
+			hole_index := (dims[Fuel] - 1) - (addr[Fuel] + 2)
+			if hole_index >= len(flight_plan()) || addr[Location] != data.p2i[flight_plan()[hole_index]] {
+				for other[Location] = 0; other[Location] < dims[Location]; other[Location]++ {
+					if data.Planets[data.i2p[addr[Location]]].BeaconOn {
+						Consider(data, dims, table, other, 0, &best_value, best_source)
+					}
+				}
+			}
+			other[Location] = addr[Location]
+			other[Fuel] = addr[Fuel]
+		}
+
+		/* Travel here via a 1-fuel unit jump (a hyper hole) */
+		if addr[Fuel]+1 < dims[Fuel] {
+			hole_index := (dims[Fuel] - 1) - (addr[Fuel] + 1)
+			if hole_index < len(flight_plan()) && addr[Location] == data.p2i[flight_plan()[hole_index]] {
+				other[Fuel] = addr[Fuel] + 1
+				for other[Location] = 0; other[Location] < dims[Location]; other[Location]++ {
+					Consider(data, dims, table, other, 0, &best_value, best_source)
+				}
+				other[Location] = addr[Location]
+				other[Fuel] = addr[Fuel]
+			}
+		}
+
+		/* Travel here via Eden Warp Unit */
+		if addr[Edens]+1 < dims[Edens] && addr[UnusedCargo] > 0 {
+			_, available := data.Planets[data.i2p[addr[Location]]].RelativePrices["Eden Warp Units"]
+			if !available {
+				other[Edens] = addr[Edens] + 1
+				if other[Hold] != 0 {
+					other[UnusedCargo] = addr[UnusedCargo] - 1
+				}
+				for other[Location] = 0; other[Location] < dims[Location]; other[Location]++ {
+					Consider(data, dims, table, other, 0, &best_value, best_source)
+				}
+				other[Location] = addr[Location]
+				other[UnusedCargo] = addr[UnusedCargo]
+				other[Edens] = addr[Edens]
+			}
+		}
+		other[Traded] = addr[Traded]
+	}
+
+	/* Trade */
+	if addr[Traded] == 1 {
+		other[Traded] = 0
+
+		/* Consider not trading */
+		Consider(data, dims, table, other, 0, &best_value, best_source)
+
+		if !data.Planets[data.i2p[addr[Location]]].Private {
+
+			/* Sell */
+			if addr[Hold] == 0 && addr[UnusedCargo] == 0 {
+				for other[Hold] = 0; other[Hold] < dims[Hold]; other[Hold]++ {
+					commodity := data.i2c[other[Hold]]
+					if !data.Commodities[commodity].CanSell {
+						continue
+					}
+					relative_price, available := data.Planets[planet].RelativePrices[commodity]
+					if !available {
+						// TODO: Dump cargo
+						continue
+					}
+					base_price := data.Commodities[commodity].BasePrice
+					absolute_price := float64(base_price) * float64(relative_price) / 100.0
+					sell_price := int(absolute_price * 0.9)
+
+					for other[UnusedCargo] = 0; other[UnusedCargo] < dims[UnusedCargo]; other[UnusedCargo]++ {
+						quantity := *hold - (other[UnusedCargo] + other[Cloaks] + other[Edens])
+						sale_value := quantity * sell_price
+						Consider(data, dims, table, other, sale_value, &best_value, best_source)
+					}
+				}
+				other[UnusedCargo] = addr[UnusedCargo]
+				other[Hold] = addr[Hold]
+			}
+
+			/* Buy */
+			other[Traded] = addr[Traded] /* Buy after selling */
+			if addr[Hold] != 0 {
+				commodity := data.i2c[addr[Hold]]
+				if data.Commodities[commodity].CanSell {
+					relative_price, available := data.Planets[planet].RelativePrices[commodity]
+					if available {
+						base_price := data.Commodities[commodity].BasePrice
+						absolute_price := int(float64(base_price) * float64(relative_price) / 100.0)
+						quantity := *hold - (addr[UnusedCargo] + addr[Cloaks] + addr[Edens])
+						total_price := quantity * absolute_price
+						other[Hold] = 0
+						other[UnusedCargo] = 0
+						Consider(data, dims, table, other, -total_price, &best_value, best_source)
+						other[UnusedCargo] = addr[UnusedCargo]
+						other[Hold] = addr[Hold]
+					}
+				}
+			}
+		}
+		other[Traded] = addr[Traded]
+	}
+
+	/* Buy a Device of Cloaking */
+	if addr[Cloaks] == 1 && addr[UnusedCargo] < dims[UnusedCargo]-1 {
+		relative_price, available := data.Planets[data.i2p[addr[Location]]].RelativePrices["Device Of Cloakings"]
+		if available {
+			absolute_price := int(float64(data.Commodities["Device Of Cloakings"].BasePrice) * float64(relative_price) / 100.0)
+			other[Cloaks] = 0
+			if other[Hold] != 0 {
+				other[UnusedCargo] = addr[UnusedCargo] + 1
+			}
+			Consider(data, dims, table, other, -absolute_price, &best_value, best_source)
+			other[UnusedCargo] = addr[UnusedCargo]
+			other[Cloaks] = addr[Cloaks]
+		}
+	}
+
+	/* Buy Fighter Drones */
+	if addr[BuyFighters] == 1 {
+		relative_price, available := data.Planets[data.i2p[addr[Location]]].RelativePrices["Fighter Drones"]
+		if available {
+			absolute_price := int(float64(data.Commodities["Fighter Drones"].BasePrice) * float64(relative_price) / 100.0)
+			other[BuyFighters] = 0
+			Consider(data, dims, table, other, -absolute_price**drones, &best_value, best_source)
+			other[BuyFighters] = addr[BuyFighters]
+		}
+	}
+
+	/* Buy Shield Batteries */
+	if addr[BuyShields] == 1 {
+		relative_price, available := data.Planets[data.i2p[addr[Location]]].RelativePrices["Shield Batterys"]
+		if available {
+			absolute_price := int(float64(data.Commodities["Shield Batterys"].BasePrice) * float64(relative_price) / 100.0)
+			other[BuyShields] = 0
+			Consider(data, dims, table, other, -absolute_price**batteries, &best_value, best_source)
+			other[BuyShields] = addr[BuyShields]
+		}
+	}
+
+	/* Visit this planet */
+	var i uint
+	for i = 0; i < uint(len(visit())); i++ {
+		if addr[Visit]&(1<<i) != 0 && visit()[i] == data.i2p[addr[Location]] {
+			other[Visit] = addr[Visit] & ^(1 << i)
+			Consider(data, dims, table, other, 0, &best_value, best_source)
+		}
+	}
+	other[Visit] = addr[Visit]
+
+	/* Buy Eden warp units */
+	eden_limit := data.Commodities["Eden Warp Units"].Limit
+	if addr[Edens] > 0 && addr[Edens] <= eden_limit {
+		relative_price, available := data.Planets[data.i2p[addr[Location]]].RelativePrices["Eden Warp Units"]
+		if available {
+			absolute_price := int(float64(data.Commodities["Eden Warp Units"].BasePrice) * float64(relative_price) / 100.0)
+			for quantity := addr[Edens]; quantity > 0; quantity-- {
+				other[Edens] = addr[Edens] - quantity
+				if addr[Hold] != 0 {
+					other[UnusedCargo] = addr[UnusedCargo] + quantity
+				}
+				if other[UnusedCargo] < dims[UnusedCargo] {
+					Consider(data, dims, table, other, -absolute_price*quantity, &best_value, best_source)
+				}
+			}
+			other[Edens] = addr[Edens]
+			other[UnusedCargo] = addr[UnusedCargo]
+		}
+	}
+
+	// Check that we didn't lose track of any temporary modifications to other.
+	for i := 0; i < NumDimensions; i++ {
+		if addr[i] != other[i] {
+			panic(i)
+		}
+	}
+
+	// Sanity check: This cell was in state BEING_EVALUATED
+	// the whole time that it was being evaluated.
+	if table[my_index].value != VALUE_BEING_EVALUATED {
+		panic(my_index)
+	}
+
+	// Record our findings
+	table[my_index].value = best_value
+	table[my_index].from = EncodeIndex(dims, best_source)
+
+	// UI: Progress bar
+	cell_filled_count++
+	if cell_filled_count&0xff == 0 {
+		print(fmt.Sprintf("\r%3.1f%%", 100*float64(cell_filled_count)/float64(StateTableSize(dims))))
+	}
+
+	return table[my_index].value
+}
+
+func FindBestState(data planet_data, dims []int, table []State) int32 {
+	addr := make([]int, NumDimensions)
+	addr[Edens] = *end_edens
+	addr[Cloaks] = dims[Cloaks] - 1
+	addr[BuyFighters] = dims[BuyFighters] - 1
+	addr[BuyShields] = dims[BuyShields] - 1
+	addr[Visit] = dims[Visit] - 1
+	addr[Traded] = 1
+	addr[Hold] = 0
+	addr[UnusedCargo] = 0
+	max_index := int32(-1)
+	max_value := int32(0)
+	max_fuel := 1
+	if *fuel == 0 {
+		max_fuel = 0
+	}
+	for addr[Fuel] = 0; addr[Fuel] <= max_fuel; addr[Fuel]++ {
+		for addr[Location] = 0; addr[Location] < dims[Location]; addr[Location]++ {
+			if len(end()) == 0 || end()[data.i2p[addr[Location]]] {
+				index := EncodeIndex(dims, addr)
+				value := CellValue(data, dims, table, addr)
+				if value > max_value {
+					max_value = value
+					max_index = index
+				}
+			}
+		}
+	}
+	return max_index
+}
+
+func Commas(n int32) (s string) {
+	r := n % 1000
+	n /= 1000
+	for n > 0 {
+		s = fmt.Sprintf(",%03d", r) + s
+		r = n % 1000
+		n /= 1000
+	}
+	s = fmt.Sprint(r) + s
+	return
+}
+
+func DescribePath(data planet_data, dims []int, table []State, start int32) (description []string) {
+	for index := start; table[index].from > FROM_ROOT; index = table[index].from {
+		if table[index].from == FROM_UNINITIALIZED {
+			panic(index)
+		}
+		var line string
+		addr := DecodeIndex(dims, index)
+		prev := DecodeIndex(dims, table[index].from)
+		if addr[Fuel] != prev[Fuel] {
+			from := data.i2p[prev[Location]]
+			to := data.i2p[addr[Location]]
+			line += fmt.Sprintf("Jump from %v to %v (%v hyper jump units)", from, to, prev[Fuel]-addr[Fuel])
+		}
+		if addr[Edens] == prev[Edens]-1 {
+			from := data.i2p[prev[Location]]
+			to := data.i2p[addr[Location]]
+			line += fmt.Sprintf("Eden warp from %v to %v", from, to)
+		}
+		if addr[Hold] != prev[Hold] {
+			if addr[Hold] == 0 {
+				quantity := *hold - (prev[UnusedCargo] + prev[Edens] + prev[Cloaks])
+				line += fmt.Sprintf("Sell %v %v", quantity, data.i2c[prev[Hold]])
+			} else if prev[Hold] == 0 {
+				quantity := *hold - (addr[UnusedCargo] + addr[Edens] + addr[Cloaks])
+				line += fmt.Sprintf("Buy %v %v", quantity, data.i2c[addr[Hold]])
+			} else {
+				panic("Switched cargo?")
+			}
+
+		}
+		if addr[Cloaks] == 1 && prev[Cloaks] == 0 {
+			// TODO: Dump cloaks, convert from cargo?
+			line += "Buy a Cloak"
+		}
+		if addr[Edens] > prev[Edens] {
+			line += fmt.Sprint("Buy ", addr[Edens]-prev[Edens], " Eden Warp Units")
+		}
+		if addr[BuyShields] == 1 && prev[BuyShields] == 0 {
+			line += fmt.Sprint("Buy ", *batteries, " Shield Batterys")
+		}
+		if addr[BuyFighters] == 1 && prev[BuyFighters] == 0 {
+			line += fmt.Sprint("Buy ", *drones, " Fighter Drones")
+		}
+		if addr[Visit] != prev[Visit] {
+			// TODO: verify that the bit chat changed is addr[Location]
+			line += fmt.Sprint("Visit ", data.i2p[addr[Location]])
+		}
+		if line == "" && addr[Hold] == prev[Hold] && addr[Traded] != prev[Traded] {
+			// The Traded dimension is for housekeeping.  It doesn't directly
+			// correspond to in-game actions, so don't report transitions.
+			continue
+		}
+		if line == "" {
+			line = fmt.Sprint(prev, " -> ", addr)
+		}
+		description = append(description, fmt.Sprintf("%13v ", Commas(table[index].value))+line)
+	}
+	return
+}
+
+// (Example of a use case for generics in Go)
+func IndexPlanets(m *map[string]Planet, start_at int) (map[string]int, []string) {
+	e2i := make(map[string]int, len(*m)+start_at)
+	i2e := make([]string, len(*m)+start_at)
+	i := start_at
+	for e := range *m {
+		e2i[e] = i
+		i2e[i] = e
+		i++
+	}
+	return e2i, i2e
+}
+func IndexCommodities(m *map[string]Commodity, start_at int) (map[string]int, []string) {
+	e2i := make(map[string]int, len(*m)+start_at)
+	i2e := make([]string, len(*m)+start_at)
+	i := start_at
+	for e := range *m {
+		e2i[e] = i
+		i2e[i] = e
+		i++
+	}
+	return e2i, i2e
+}
+
 func main() {
 	flag.Parse()
+	if *start == "" || *funds == 0 {
+		print("--start and --funds are required.  --help for more\n")
+		return
+	}
+	if *cpuprofile != "" {
+		f, err := os.Create(*cpuprofile)
+		if err != nil {
+			panic(err)
+		}
+		pprof.StartCPUProfile(f)
+		defer pprof.StopCPUProfile()
+	}
 	data := ReadData()
-	fmt.Printf("%v", data)
+	if *drone_price > 0 {
+		temp := data.Commodities["Fighter Drones"]
+		temp.BasePrice = *drone_price
+		data.Commodities["Fighter Drones"] = temp
+	}
+	if *battery_price > 0 {
+		temp := data.Commodities["Shield Batterys"]
+		temp.BasePrice = *battery_price
+		data.Commodities["Shield Batterys"] = temp
+	}
+	data.p2i, data.i2p = IndexPlanets(&data.Planets, 0)
+	data.c2i, data.i2c = IndexCommodities(&data.Commodities, 1)
+	dims := DimensionSizes(data)
+	table := CreateStateTable(data, dims)
+	best := FindBestState(data, dims, table)
+	print("\n")
+	if best == -1 {
+		print("Cannot acheive success criteria\n")
+	} else {
+		description := DescribePath(data, dims, table, best)
+		for i := len(description) - 1; i >= 0; i-- {
+			fmt.Println(description[i])
+		}
+	}
 }