如何绘制六边形【已经解决】

清远

ace的能力共6个，刚好组成一个六边形
我记得以前有高手做过在状态栏显示六边形
但是找不到了，不知道哪位高人给指点下

魔法丶小肉包

用了个比较笨的方法....肯定是需要修改的....

RUBY 代码复制

def draw_six_status(actor,x,y)
    line_color = Color.new(255,0,0)
    gauge_back_color = Color.new(255,255,255)
    contents.fill_rect(x-50, y-50, 100, 2, gauge_back_color)
    50.times {|i|contents.fill_rect(x-50-i, y-50+i, 2, 1, gauge_back_color)}
    50.times {|i|contents.fill_rect(x-100+i, y+i, 2, 1, gauge_back_color)}
    contents.fill_rect(x-50, y+50, 100, 2, gauge_back_color)
    50.times {|i|contents.fill_rect(x+50+i, y+50-i, 2, 1, gauge_back_color)}
    50.times {|i|contents.fill_rect(x+100-i, y-i, 2, 1, gauge_back_color)}
    actor.atk.times {|i| contents.fill_rect(x+i, y-i, 2, 1, line_color)}
    (actor.def*2).times {|i| contents.fill_rect(x+i, y, 2, 1, line_color)}
    actor.mat.times {|i| contents.fill_rect(x+i, y+i, 2, 1, line_color)}
    actor.mdf.times {|i| contents.fill_rect(x-i, y+i, 2, 1, line_color)}
    (actor.agi*2).times {|i| contents.fill_rect(x-i, y, 2, 1, line_color)}
    actor.luk.times {|i| contents.fill_rect(x-i, y-i, 2, 1, line_color)}
    draw_triangle(x,y,x+actor.atk,y-actor.atk,x+actor.def*2,y)
    draw_triangle(x,y,x+actor.mat,y+actor.mat,x+actor.def*2,y)
    draw_triangle(x-actor.mdf,y+actor.mdf,x,y,x+actor.mat,y+actor.mat)
    draw_triangle(x-actor.agi*2,y,x-actor.mdf,y+actor.mdf,x,y)
    draw_triangle(x-actor.agi*2,y,x-actor.luk,y-actor.luk,x,y)
    draw_triangle(x-actor.luk,y-actor.luk,x+actor.atk,y-actor.atk,x,y)
  end
  def draw_triangle(x1,y1,x2,y2,x3,y3,color=Color.new(255,0,0,255))
  x=0
  k1=(y2-y1)*1.0/(x2-x1)
  k2=(y3-y1)*1.0/(x3-x1)
  k3=(y3-y2)*1.0/(x3-x2)
  height=1
  for x in x1..x2
      y = (x-x1)*k1+y1
      height = (x-x1)*k2+y1-y
      if height < 0
        y+=height
        height = 0 - height
      end
      contents.fill_rect(x, y, 1, height, color)
    end
    for x in x2..x3
      y = (x-x2)*k3+y2
      height = (x-x1)*k2+y1-y
      if height < 0
        y+=height
        height = 0 - height
      end
      contents.fill_rect(x, y, 1, height, color)
    end
end

def draw_six_status(actor,x,y)


    line_color = Color.new(255,0,0)


    gauge_back_color = Color.new(255,255,255)


    contents.fill_rect(x-50, y-50, 100, 2, gauge_back_color)


    50.times {|i|contents.fill_rect(x-50-i, y-50+i, 2, 1, gauge_back_color)}


    50.times {|i|contents.fill_rect(x-100+i, y+i, 2, 1, gauge_back_color)}


    contents.fill_rect(x-50, y+50, 100, 2, gauge_back_color)


    50.times {|i|contents.fill_rect(x+50+i, y+50-i, 2, 1, gauge_back_color)}


    50.times {|i|contents.fill_rect(x+100-i, y-i, 2, 1, gauge_back_color)}


    actor.atk.times {|i| contents.fill_rect(x+i, y-i, 2, 1, line_color)}


    (actor.def*2).times {|i| contents.fill_rect(x+i, y, 2, 1, line_color)}


    actor.mat.times {|i| contents.fill_rect(x+i, y+i, 2, 1, line_color)}


    actor.mdf.times {|i| contents.fill_rect(x-i, y+i, 2, 1, line_color)}


    (actor.agi*2).times {|i| contents.fill_rect(x-i, y, 2, 1, line_color)}


    actor.luk.times {|i| contents.fill_rect(x-i, y-i, 2, 1, line_color)}


    draw_triangle(x,y,x+actor.atk,y-actor.atk,x+actor.def*2,y)


    draw_triangle(x,y,x+actor.mat,y+actor.mat,x+actor.def*2,y)


    draw_triangle(x-actor.mdf,y+actor.mdf,x,y,x+actor.mat,y+actor.mat)


    draw_triangle(x-actor.agi*2,y,x-actor.mdf,y+actor.mdf,x,y)


    draw_triangle(x-actor.agi*2,y,x-actor.luk,y-actor.luk,x,y)


    draw_triangle(x-actor.luk,y-actor.luk,x+actor.atk,y-actor.atk,x,y)


  end


  def draw_triangle(x1,y1,x2,y2,x3,y3,color=Color.new(255,0,0,255))


  x=0


  k1=(y2-y1)*1.0/(x2-x1)


  k2=(y3-y1)*1.0/(x3-x1)


  k3=(y3-y2)*1.0/(x3-x2)


  height=1


  for x in x1..x2


      y = (x-x1)*k1+y1


      height = (x-x1)*k2+y1-y


      if height < 0


        y+=height


        height = 0 - height


      end


      contents.fill_rect(x, y, 1, height, color)


    end


    for x in x2..x3


      y = (x-x2)*k3+y2


      height = (x-x1)*k2+y1-y


      if height < 0


        y+=height


        height = 0 - height


      end


      contents.fill_rect(x, y, 1, height, color)


    end


end

清远

魔法丶小肉包 发表于 2017-5-9 00:39
用了个比较笨的方法....肯定是需要修改的....
  def draw_six_status(actor,x,y)
    line_color = Color.n ...

大师，你这个六边形怎么是扁的呀，
能不能做成正六边形。
另外，里面那个图形怎么感觉怪怪的

最好数字能显示在图形的旁边

清远

魔法丶小肉包 发表于 2017-5-9 00:39
用了个比较笨的方法....肯定是需要修改的....
  def draw_six_status(actor,x,y)
    line_color = Color.n ...

增加了图片

清远

清远 发表于 2017-5-9 12:52
增加了图片

能有就行了，不敢催大神

魔法丶小肉包

方法需要楼主自己调用，可自由定义六边形的边长。
方法：
draw_six(actor,a,x,y,c,s)
draw_six_status(actor,x,y,c,s,bl)
注意：上面两个方法调用缺一不可，并且设置的x,y必须相同
draw_six(actor,a,x,y,c,s)参数：
actor：角色
a：边长
x：六边形中心点的x坐标
y：六边形中心点的y坐标
c：六边形的线条颜色
s：六边形线条的直径
draw_six_status(actor,x,y,c,s,bl)参数
actor：角色
x：能力值不规则图形中心点的x坐标
y：能力值不规则图形中心点的y坐标
c：能力值不规则图形的线条颜色
s：能力值不规则图形的线条直径
bl：能力值图形比率（比如10,就是能力值/10来显示，具体效果可自己尝试）

1. class Bitmap
   
2.     def draw_line(x, y, dx, dy, color,size)
   
3.        return unless x
   
4.        mx = x < dx ? 1 : -1
   
5.        my = y < dy ? 1 : -1
   
6.        dfx, dfy = (dx - x).abs.to_i, (dy - y).abs.to_i
   
7.        diff = [dfx, dfy].max / 2
   
8.        if dfx >= dfy
   
9.          (dfx + 1).times { |i|
   
10.            if size == 1
    
11.              self.set_pixel(x, y, color)
    
12.            else
    
13.              self.fill_rect(x, y, size, size, color)
    
14.            end
    
15.            x += mx
    
16.            diff += dfy
    
17.            if diff >= dfx
    
18.              diff -= dfx
    
19.              y += my
    
20.            end
    
21.          }
    
22.        else
    
23.          (dfy + 1).times { |i|
    
24.            if size == 1
    
25.              self.set_pixel(x, y, color)
    
26.            else
    
27.              self.fill_rect(x, y, size, size, color)
    
28.            end
    
29.            y += my
    
30.            diff += dfx
    
31.            if diff >= dfy
    
32.              diff -= dfy
    
33.              x += mx
    
34.            end
    
35.          }
    
36.        end
    
37.      end
    
38. end
    
39. class Window_Base < Window
    
40.   def draw_six(actor,a,x,y,c,s)
    
41.     x1 = Math.sqrt(3)/2.0*a
    
42.     x2 = a/2.0
    
43.     contents.draw_line(x,y-a,x+x1,y-x2,c,s)
    
44.     contents.draw_line(x+x1,y-x2,x+x1,y+x2,c,s)
    
45.     contents.draw_line(x+x1,y+x2,x,y+a,c,s)
    
46.     contents.draw_line(x,y+a,x-x1,y+x2,c,s)
    
47.     contents.draw_line(x-x1,y+x2,x-x1,y-x2,c,s)
    
48.     contents.draw_line(x-x1,y-x2,x,y-a,c,s)
    
49.     contents.draw_line(x,y-a,x,y+a,c,s)
    
50.     contents.draw_line(x+x1,y-x2,x-x1,y+x2,c,s)
    
51.     contents.draw_line(x-x1,y-x2,x+x1,y+x2,c,s)
    
52.     draw_text(x-30, y-a-30, 180, line_height, "ATK")
    
53.     draw_text(x+x1, y-x2, 180, line_height, "DEF")
    
54.     draw_text(x+x1, y+x2, 180, line_height, "INT")
    
55.     draw_text(x-30, y+a, 180, line_height, "RES")
    
56.     draw_text(x-x1-40, y+x2, 180, line_height, "SPD")
    
57.     draw_text(x-x1-40, y-x2, 180, line_height, "LUK")
    
58.     draw_actor_paramm(actor,x-30, y-a-30, 2)
    
59.     draw_actor_paramm(actor,x+x1, y-x2, 3)
    
60.     draw_actor_paramm(actor,x+x1, y+x2, 4)
    
61.     draw_actor_paramm(actor,x-30, y+a, 5)
    
62.     draw_actor_paramm(actor,x-x1-70, y+x2+30, 6)
    
63.     draw_actor_paramm(actor,x-x1-70, y-x2+30, 7)
    
64.   end
    
65.   def draw_six_status(actor,x,y,c,s,bl)
    
66.     a = Math.sqrt(3)/2.0
    
67.     b = 1.0/2.0
    
68.     contents.draw_line(x,y-actor.atk/bl.to_f,x+a*actor.def/bl.to_f,y-b*actor.def/bl.to_f,c,s)
    
69.     contents.draw_line(x+a*actor.def/bl.to_f,y-b*actor.def/bl.to_f,x+a*actor.mat/bl.to_f,y+b*actor.mat/bl.to_f,c,s)
    
70.     contents.draw_line(x+a*actor.mat/bl.to_f,y+b*actor.mat/bl.to_f,x,y+actor.mdf/bl.to_f,c,s)
    
71.     contents.draw_line(x,y+actor.mdf/bl.to_f,x-a*actor.agi/bl.to_f,y+b*actor.agi/bl.to_f,c,s)
    
72.     contents.draw_line(x-a*actor.agi/bl.to_f,y+b*actor.agi/bl.to_f,x-a*actor.luk/bl.to_f,y-b*actor.luk/bl.to_f,c,s)
    
73.     contents.draw_line(x-a*actor.luk/bl.to_f,y-b*actor.luk/bl.to_f,x,y-actor.atk/bl.to_f,c,s)
    
74.   end
    
75.   def draw_actor_paramm(actor, x, y, param_id)
    
76.     change_color(normal_color)
    
77.     draw_text(x+30, y, 36, line_height, actor.param(param_id), 2)
    
78.   end
    
79. end
    

复制代码

清远

魔法丶小肉包 发表于 2017-5-9 21:39
方法需要楼主自己调用，可自由定义六边形的边长。
方法：
draw_six(actor,a,x,y,c,s)

楼主大英雄呀，我去试试看行不行先