源码：m.appwin.top
算命源码功能：
所有生成的卦的名称和基本描述。
轻松确定给定卦的核卦。
轻松确定一个卦是否在移动，获得移动的线条，或生成变化的卦。
将一个六角形渲染为一个字符串。
待办事项：
进一步测试、优化、美化。
算命源码简介：
铸造卦象很容易：
require 'iching'
cast = IChing::Cast.new
cast.hexagrams.each do | hexagram |
puts
puts hexagram.to_s
puts hexagram.desc
hexagram.moving_lines.each { | line | puts "Lines #{ line }" }
End
输出示例：
-------
-------
--- ---
-------
---x---
--- ---
Chien
Lines 2
-------
-------
--- ---
-------
-------
--- ---
Sun
施卦后，您可以查询卦以了解详细信息：
cast = IChing::Cast.new
hexagram = cast.hexagrams.first
puts hexagram.to_s
-------
-------
--- ---
-------
---x---
--- ---
puts hexagram.desc
Chien
puts hexagram.moving_lines
2
puts hexagram.signature.to_s
001011
puts hexagram.top_trigram.to_s
-------
-------
--- ---
puts hexagram.top_trigram.desc
Sun
puts hexagram.top_trigram.signature.to_s
001
puts hexagram.bottom_trigram.to_s
-------
--- ---
--- ---
puts hexagram.bottom_trigram.desc
Ken
puts hexagram.bottom_trigram.signature.to_s
011
test.rb
# Code Generated by ZenTest v. 3.10.0
# classname: asrt / meth = ratio%
# IChing::Hexagram: 0 / 10 = 0.00%
# IChing::Trigram: 0 / 4 = 0.00%
# IChing::Cast: 0 / 5 = 0.00%
require 'test/unit' unless defined? $ZENTEST and $ZENTEST
require 'iching'
module TestIChing
class TestCast < Test::Unit::TestCase
def setup
@c = IChing::Cast.new
end
def test_cast
temp = @c.cast
assert_equal( IChing::Hexagram, temp[0].class )
end
def test_cast_line
temp = @c.cast_line
assert [ 9, 7, 6, 8 ].include?( temp )
end
def test_divide
temp = @c.divide( 49 )
assert [ 2, 3 ].include?( temp[1] )
end
def test_hexagrams
assert @c.respond_to? :hexagrams
end
def test_remainder
(41 .. 44).each do | i |
difference = i - 40
assert_equal( difference, @c.remainder( i ) )
end
end
end
end
module TestIChing
class TestHexagram < Test::Unit::TestCase
def setup
@h = IChing::Hexagram.new()
setup_lines()
end
def setup_line( moving = true, type = IChing::YIN )
@h << { :moving => moving, :type => type }
end
def setup_lines
setup_line( true )
setup_line( false )
setup_line( true )
setup_line( false, IChing::YANG )
setup_line( false, IChing::YANG )
setup_line( false, IChing::YANG )
end
def test_bottom_trigram
assert_equal( [0, 0, 0], @h.bottom_trigram.signature )
end
def test_change
temp = @h.change
assert_equal( false, temp.moving? )
end
def test_desc
assert @h.respond_to? :desc
end
def test_moving_eh
assert_equal( true, @h.moving? )
end
def test_moving_lines
assert_equal( [6, 4], @h.moving_lines )
end
def test_moving_lines_equals
@h.moving_lines = [ 1, 2 ]
assert_equal( [6, 5, 4], @h.moving_lines )
end
def test_signature
assert_equal( [1, 1, 1, 0, 0, 0], @h.signature )
end
def test_top_trigram
assert_equal( [1, 1, 1], @h.top_trigram.signature )
end
end
end
module TestIChing
class TestTrigram < Test::Unit::TestCase
def setup
@t = IChing::Trigram.new()
setup_lines()
end
def setup_line( moving = true, type = IChing::YIN )
@t << { :moving => moving, :type => type }
end
def setup_lines
setup_line( true )
setup_line( false, IChing::YANG )
setup_line( false )
end
def test_change
temp = @t.change
assert_equal( false, temp.moving? )
end
def test_moving_lines
assert_equal( [3], @t.moving_lines )
end
def test_signature
assert_equal( [1, 0, 1], @t.signature )
end
end
end
最佳答案
