func Monsters(info []MonstInfo) {
// G █ Name
//
// G is creatures graphic.
// █ is the color representation of the health of the monster.
// Name is the name of the creature.
for y, monst := range info {
t := text.New(string(monst.Graphics.Ch), monst.Graphics.Fg)
Print(
t,
monsterInfo.XOffset,
monsterInfo.YOffset+y,
monsterInfo.Width,
)
t = text.New("█", monst.Color())
Print(
t,
monsterInfo.XOffset+2,
monsterInfo.YOffset+y,
monsterInfo.Width,
)
t = text.New(strings.Title(monst.Name), termbox.ColorWhite)
Print(
t,
monsterInfo.XOffset+4,
monsterInfo.YOffset+y,
monsterInfo.Width,
)
}
}
func PrintLong(msg []string, yoffset int) {
for y, m := range msg {
t := text.New(m, termbox.ColorWhite)
ui.Print(t, 0, y+yoffset, ui.Inventory.Width)
}
termbox.Flush()
}
func printEnterSign() {
width, height := termbox.Size()
msgPos := width/2 + len(journeyStr)/2
t := text.New("↵", termbox.AttrBold)
ui.Print(t, msgPos+1, height/2, 0)
termbox.Flush()
}
func printNameQuestion() {
width, height := termbox.Size()
offsetY := height/2 + 2
msgPos := width/2 - len(journeyStr)/2
t := text.New(nameStr, termbox.AttrBold)
ui.Print(t, msgPos, offsetY, 0)
}
func printJourney() {
width, height := termbox.Size()
msgPos := width/2 - len(journeyStr)/2
ui.ClearLineOffset(height/2, msgPos)
t := text.New(journeyStr, termbox.AttrBold)
ui.Print(t, msgPos, height/2, 0)
}
func printName() {
width, height := termbox.Size()
offsetX := width/2 - len(nameStr)/2
offsetY := height/2 + 2
ui.ClearLineOffset(offsetY, offsetX)
t := text.New(name, termbox.AttrBold+termbox.ColorBlack)
ui.Print(t, offsetX+1, offsetY, 0)
}
func (attacker *Creature) Battle(defender *Creature, a *area.Area) {
t := text.New("", termbox.ColorWhite)
if attacker.isHit(defender) {
t.Text = attacker.damage(defender, a)
} else {
t.Text = attacker.hitFail(defender)
t.Attr = termbox.ColorBlack
}
if attacker.dist() <= Hero.Sight {
status.PrintTextln(t)
}
}
// Hp updates the hero health bar.
// Health: 17/17 =====================
func Hp(curHp, maxHp int) {
xOffset := 0
t := text.New("Health: ", termbox.ColorWhite)
Print(
t,
healthBar.XOffset,
healthBar.YOffset,
healthBar.Width,
)
// len("Health: ")
xOffset += 8
t.Text = fmt.Sprintf("%d/%d", curHp, maxHp)
t.Attr = termbox.ColorRed
Print(
t,
healthBar.XOffset+xOffset,
healthBar.YOffset,
healthBar.Width,
)
xOffset += len(t.Text) + 1
bar, err := barcli.New(maxHp)
if err != nil {
log.Println(err)
}
bar.IncN(curHp)
filled, unfilled, err := bar.StringSize(20)
if err != nil {
log.Println(err)
}
t.Text = filled
t.Attr = termbox.ColorGreen + termbox.AttrBold
Print(
t,
healthBar.XOffset+xOffset,
healthBar.YOffset,
healthBar.Width,
)
xOffset += len(filled)
t.Text = unfilled
t.Attr = termbox.ColorBlack + termbox.AttrBold
Print(
t,
healthBar.XOffset+xOffset,
healthBar.YOffset,
healthBar.Width,
)
}
func printLogo() {
width, height := termbox.Size()
logoH := 12
logoW := 82
for x := 0; x < logoW; x++ {
for y := 0; y < logoH; y++ {
t := text.New(string(logo[y*logoW+x]), termbox.ColorRed)
ui.Print(t, width/2-logoW/2+x, height/2-15+y, 0)
}
}
termbox.Flush()
}
func printCategory(catStr string, items []*text.Text, rowOffset *int) {
cat := text.New(catStr, termbox.ColorCyan+termbox.AttrBold)
ui.Print(cat, 0, *rowOffset+ui.Inventory.YOffset, ui.Whole.Width)
*rowOffset = *rowOffset + 1
// Items in that category.
for _, t := range items {
ui.Print(t, ui.Inventory.XOffset, *rowOffset+ui.Inventory.YOffset, ui.Whole.Width)
*rowOffset = *rowOffset + 1
}
// Empty line.
*rowOffset = *rowOffset + 1
}
func addToCategory(i item.Itemer, categories map[string][]*text.Text) {
t := text.New(InvText(i), InvAttr(i))
switch i.(type) {
case *item.Weapon:
categories["Weapons"] = append(categories["Weapons"], t)
case *item.Tool:
categories["Tools"] = append(categories["Tools"], t)
case *item.Ring:
categories["Rings"] = append(categories["Rings"], t)
case *item.Potion:
categories["Potions"] = append(categories["Potions"], t)
default:
categories["Unknown"] = append(categories["Unknown"], t)
}
}
// PrintText to status window.
func PrintText(t *text.Text) {
for {
if line >= len(status) {
status = append(status, []*text.Text{})
}
if lineLen(status[line])+len(t.Text) < ui.Status.Width {
status[line] = append(status[line], t)
/// Might be wrong, should remove newline char as well?
/// What should happen with multiple new lines?
// If new line.
if strings.ContainsRune(t.Text, '\n') {
line++
}
break
}
strLen := ui.Status.Width - lineLen(status[line])
status[line] = append(status[line], text.New(t.Text[:strLen], t.Attr))
line++
t.Text = t.Text[strLen:]
}
}
func ShowItemDetails(i item.Itemer, a *area.Area) bool {
ui.Clear()
// Print item title.
msgs := makeDrawable(fmt.Sprintf("%c - %s", i.Hotkey(), i.Name()))
PrintLong(msgs, 0)
rows := len(msgs)
// Print flavor text.
msgs = makeDrawable(i.FlavorText())
PrintLong(msgs, rows)
rows += len(msgs)
// Print flavor text.
msgs = makeDrawable(StringEffects(i.Effects()))
PrintLong(msgs, rows)
rows += len(msgs)
actionStr := dropAction
if item.IsEquipable(i) && !creature.Hero.IsEquipped(i) {
actionStr += " You can (e)quip this " + strings.ToLower(i.Cat()) + "."
}
if creature.Hero.IsEquipped(i) {
actionStr += " You can (r)emove this " + strings.ToLower(i.Cat()) + "."
}
if item.IsUsable(i) {
actionStr += " You can (u)se this " + strings.ToLower(i.Cat()) + "."
}
msgs = makeDrawable(actionStr)
for y, m := range msgs {
t := text.New(m, termbox.ColorCyan)
ui.Print(t, ui.Inventory.XOffset, y+rows, ui.Inventory.Width)
}
termbox.Flush()
itemDetailLoop:
for {
switch detailsEvent := termbox.PollEvent(); detailsEvent.Type {
case termbox.EventKey:
if detailsEvent.Key == ui.CancelKey {
break itemDetailLoop
}
switch string(detailsEvent.Ch) {
case string(ui.DropItemKey):
creature.Hero.DropItem(i.Hotkey(), a)
return true
case string(ui.EquipItemKey):
NarrativeEquip(i.Hotkey())
return true
case string(ui.UseItemKey):
NarrativeUse(i.Hotkey())
return true
case string(ui.UnEquipItemKey):
NarrativeUnEquip(i.Hotkey())
return true
}
}
}
return false
}
// Print takes a string, an attribute and adds it to the status buffer.
func Print(str string, attr termbox.Attribute) {
PrintText(text.New(str, attr))
}
// Println takes a string, an attribute and adds it to the status buffer
// suffixed with a newline '\n'.
func Println(str string, attr termbox.Attribute) {
PrintText(text.New(fmt.Sprintln(str), attr))
}
// PrintTextln prints text to status window.
func PrintTextln(t *text.Text) {
PrintText(text.New(fmt.Sprintln(t.Text), t.Attr))
}
func invTitle(title string) {
t := text.New(title, termbox.ColorWhite+termbox.AttrBold)
ui.Print(t, 0, 0, ui.Whole.Width)
}
func emptyInvMsg() {
t := text.New(emptyInv, termbox.ColorWhite+termbox.AttrBold)
ui.Print(t, 0, 0, ui.Whole.Width)
}
