本文整理汇总了Golang中github.com/gazed/vu.Pov.NewNoise方法的典型用法代码示例。如果您正苦于以下问题：Golang Pov.NewNoise方法的具体用法？Golang Pov.NewNoise怎么用？Golang Pov.NewNoise使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类github.com/gazed/vu.Pov的用法示例。
在下文中一共展示了Pov.NewNoise方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Golang代码示例。
示例1: newTrooper
// newTrooper creates a trooper for the given level.
// level 0: 1x1x1 : 0 edge cubes 0 panels, (only 1 cube)
// level 1: 2x2x2 : 8 edge cubes + 6 panels of 0x0 cubes + 0x0x0 center.
// level 2: 3x3x3 : 20 edge cubes + 6 panels of 1x1 cubes + 1x1x1 center.
// level 3: 4x4x4 : 32 edge cubes + 6 panels of 2x2 cubes + 2x2x2 center.
// ...
func newTrooper(part vu.Pov, level int) *trooper {
tr := &trooper{}
tr.lvl = level
tr.part = part
tr.bits = []box{}
tr.ipos = []int{}
tr.mid = tr.lvl*tr.lvl*tr.lvl*8 - (tr.lvl-1)*(tr.lvl-1)*(tr.lvl-1)*8
// set max energies.
tr.cemax, tr.temax = 1000, 1000
// special case for a level 0 (start screen) trooper.
if tr.lvl == 0 {
cube := newCube(tr.part, 0, 0, 0, 1)
cube.edgeSort(1)
tr.bits = append(tr.bits, cube)
return tr
}
// create the panels. These are used in each level after level 1.
cubeSize := 1.0 / float64(tr.lvl+1)
centerOffset := cubeSize * 0.5
panelCenter := float64(tr.lvl) * centerOffset
tr.bits = append(tr.bits, newPanel(tr.part, panelCenter, 0.0, 0.0, tr.lvl))
tr.bits = append(tr.bits, newPanel(tr.part, -panelCenter, 0.0, 0.0, tr.lvl))
tr.bits = append(tr.bits, newPanel(tr.part, 0.0, panelCenter, 0.0, tr.lvl))
tr.bits = append(tr.bits, newPanel(tr.part, 0.0, -panelCenter, 0.0, tr.lvl))
tr.bits = append(tr.bits, newPanel(tr.part, 0.0, 0.0, panelCenter, tr.lvl))
tr.bits = append(tr.bits, newPanel(tr.part, 0.0, 0.0, -panelCenter, tr.lvl))
// troopers are made out of cubes and panels.
mx := float64(-tr.lvl)
for cx := 0; cx <= tr.lvl; cx++ {
my := float64(-tr.lvl)
for cy := 0; cy <= tr.lvl; cy++ {
mz := float64(-tr.lvl)
for cz := 0; cz <= tr.lvl; cz++ {
// create the outer edges.
newCells := 0
if (cx == 0 || cx == tr.lvl) && (cy == 0 || cy == tr.lvl) && (cz == 0 || cz == tr.lvl) {
// corner cube
newCells = 1
} else if (cx == 0 || cx == tr.lvl) && (cy == 0 || cy == tr.lvl) ||
(cx == 0 || cx == tr.lvl) && (cz == 0 || cz == tr.lvl) ||
(cy == 0 || cy == tr.lvl) && (cz == 0 || cz == tr.lvl) {
// edge cube
newCells = 2
} else if cx == 0 || cx == tr.lvl || cy == 0 || cy == tr.lvl || cz == 0 || cz == tr.lvl {
// side cubes are added to a panel.
x, y, z := mx*centerOffset, my*centerOffset, mz*centerOffset
if cx == tr.lvl && x > y && x > z {
tr.bits[0].(*panel).addCube(x, y, z, float64(cubeSize))
} else if cx == 0 && x < y && x < z {
tr.bits[1].(*panel).addCube(x, y, z, float64(cubeSize))
} else if cy == tr.lvl && y > x && y > z {
tr.bits[2].(*panel).addCube(x, y, z, float64(cubeSize))
} else if cy == 0 && y < x && y < z {
tr.bits[3].(*panel).addCube(x, y, z, float64(cubeSize))
} else if cz == tr.lvl && z > x && z > y {
tr.bits[4].(*panel).addCube(x, y, z, float64(cubeSize))
} else if cz == 0 && z < x && z < y {
tr.bits[5].(*panel).addCube(x, y, z, float64(cubeSize))
}
}
if newCells > 0 {
x, y, z := mx*centerOffset, my*centerOffset, mz*centerOffset
cube := newCube(tr.part, x, y, z, float64(cubeSize))
cube.edgeSort(newCells)
tr.bits = append(tr.bits, cube)
}
mz += 2
}
my += 2
}
mx += 2
}
tr.addCenter()
// its easier to remember the initial positions than recalculate them.
tr.ipos = make([]int, len(tr.bits))
for cnt, b := range tr.bits {
tr.ipos[cnt] = b.box().ccnt
}
// create the noises the trooper can make.
tr.noise = part.NewNoise()
tr.noise.Add("teleport") // teleportSound
tr.noise.Add("fetch") // fetchSound
tr.noise.Add("cloak") // cloakSound
tr.noise.Add("decloak") // decloakSound
//.........这里部分代码省略.........