tins2020/flower.go

package tins2020

type Flower struct {
	ID     string
	Traits FlowerTraits
}

type FlowerTraits struct {
	Spread       float32
	Life         float32
	LifeModifier float32
	Resistance   FlowerResistance
}

func (t *FlowerTraits) UpdateModifier(temp, humid float32) {
	mod := float32(1)
	cold := temp * 2
	mod *= Min32(1, Sqrt32(t.Resistance.Cold*t.Resistance.Cold+cold*cold))
	hot := (1 - temp) * 2
	mod *= Min32(1, Sqrt32(t.Resistance.Hot*t.Resistance.Hot+hot*hot))
	dry := humid * 2
	mod *= Min32(1, Sqrt32(t.Resistance.Dry*t.Resistance.Dry+dry*dry))
	wet := (1 - humid) * 2
	mod *= Min32(1, Sqrt32(t.Resistance.Wet*t.Resistance.Wet+wet*wet))
	t.LifeModifier = mod
}

type FlowerResistance struct {
	Cold float32 // 0 will die almost instantly, 1 is completely resistant.
	Hot  float32
	Dry  float32
	Wet  float32
}

// NewAnemoneTraits creates the traits of a anemone, a very generic flower that thrives in a moderate climate.
func NewAnemoneTraits() FlowerTraits {
	return FlowerTraits{
		Spread: 0.0004,
		Life:   0.99993,
		Resistance: FlowerResistance{
			Cold: 0.7,
			Hot:  0.7,
			Dry:  0.5,
			Wet:  0.5,
		},
	}
}

func NewLoosestrifeTraits() FlowerTraits {
	return FlowerTraits{
		Spread: 0.0005,
		Life:   0.99993,
		Resistance: FlowerResistance{
			Cold: 0.7,
			Hot:  0.6,
			Dry:  0.5,
			Wet:  0.8,
		},
	}
}

func NewConeflowerTraits() FlowerTraits {
	return FlowerTraits{
		Spread: 0.0005,
		Life:   0.99993,
		Resistance: FlowerResistance{
			Cold: 0.7,
			Hot:  0.8,
			Dry:  0.8,
			Wet:  0.5,
		},
	}
}

func NewTulipTraits() FlowerTraits {
	return FlowerTraits{
		Spread: 0.0005,
		Life:   0.99993,
		Resistance: FlowerResistance{
			Cold: 0.8,
			Hot:  0.6,
			Dry:  0.5,
			Wet:  0.9,
		},
	}
}

func NewAjugaTraits() FlowerTraits {
	return FlowerTraits{
		Spread: 0.0007,
		Life:   0.99991,
		Resistance: FlowerResistance{
			Cold: 0.9,
			Hot:  0.5,
			Dry:  0.75,
			Wet:  0.75,
		},
	}
}