X-Git-Url: http://git.osdn.jp/view?a=blobdiff_plain;f=src%2Fltj-adjust.lua;h=3d7e31e0c409e4f4d75d30cb7b803a6562901a12;hb=f078ac2f7998a102c7ec765e725f2269eed9f872;hp=54af8cf33de3aa0460f6ca81785aa172ad4b43ce;hpb=0aa44651e40f676a9d0bd1197e96822a8e01df57;p=luatex-ja%2Fluatexja.git

diff --git a/src/ltj-adjust.lua b/src/ltj-adjust.lua
index 54af8cf..3d7e31e 100644
--- a/src/ltj-adjust.lua
+++ b/src/ltj-adjust.lua
@@ -1,6 +1,7 @@
 --
 -- ltj-adjust.lua
 --
+luatexja.load_module('base');      local ltjb = luatexja.base
 luatexja.load_module('jfont');     local ltjf = luatexja.jfont
 luatexja.load_module('jfmglue');   local ltjj = luatexja.jfmglue
 luatexja.load_module('stack');     local ltjs = luatexja.stack
@@ -404,8 +405,9 @@ do
    local is_reg = false
    function enable_cb(status_le, status_pr, status_lp, status_ls)
       if (status_le>0 or status_pr>0) and (not is_reg) then
-	 luatexbase.add_to_callback('post_linebreak_filter',
-				    adjust_width, 'Adjust width', 100)
+	 ltjb.add_to_callback('post_linebreak_filter',
+            adjust_width, 'Adjust width', 
+	    luatexbase.priority_in_callback('post_linebreak_filter', 'ltj.lineskip')-1)
 	 is_reg = true
       elseif is_reg and (status_le==0 and status_pr==0) then
 	 luatexbase.remove_from_callback('post_linebreak_filter', 'Adjust width')
@@ -413,7 +415,7 @@ do
       end
       if status_le==2 then
 	 if not luatexbase.in_callback('luatexja.adjust_jfmglue', 'luatexja.adjust') then
-	    luatexbase.add_to_callback('luatexja.adjust_jfmglue', insert_lineend_kern, 'luatexja.adjust')
+	    ltjb.add_to_callback('luatexja.adjust_jfmglue', insert_lineend_kern, 'luatexja.adjust')
 	 end
          myaw_step1, myaw_step1_last = dummy, aw_step1_last
       else
@@ -443,58 +445,85 @@ luatexja.unary_pars.adjust = function(t)
    return is_reg and 1 or 0
 end
 
+-- ----------------------------------
+do
+  local max, ins, sort = math.max, table.insert, table.sort
+  local function insert(package, ind, d, b, e)
+    local bound = package[2]
+    bound[b], bound[e]=true, true
+    ins(package[1], {b,e,[ind]=d})
+  end
+  local function flatten(package)
+    local bd={} for i,_ in pairs(package[2]) do ins(bd,{i}) end
+    sort(bd, function (a,b) return a[1]<b[1] end)
+    local bdc=#bd; local t = package[1]
+    sort(t, function (a,b) return a[1]<b[1] end)
+    local bdi =1
+    for i=1,#t do
+      while bd[bdi][1]<t[i][1] do bdi=bdi+1 end
+      local j = bdi
+      while j<bdc and bd[j+1][1]<=t[i][2] do
+        for k,w in pairs(t[i]) do
+          if k>=3 then
+            bd[j][k]=bd[j][k] and max(bd[j][k],w) or w
+          end
+        end
+        j=j+1
+      end
+    end
+    package[2]=nil; package[1]=nil; package.flatten, package.insert=nil, nil
+    bd[#bd]=nil
+    return bd
+  end
+  function init_range()
+    return {{},{}, insert=insert, flatten=flatten}
+  end
+end
+
 -- -----------------------------------
 luatexja.adjust.step_factor = 0.5
+luatexja.unary_pars.linestep_factor = function(t)
+   return luatexja.adjust.step_factor
+end
+luatexja.adjust.profile_hgap_factor = 1
+luatexja.unary_pars.profile_hgap_factor = function(t)
+   return luatexja.adjust.profile_hgap_factor
+end
 do
   local insert = table.insert
   local rangedimensions, max = node.direct.rangedimensions, math.max
-  function ltjl.p_profile(before, after, mirrored, bw)
-    local t = {}
-    do
-      local w_acc, d_before = 0, 0
-      local x = getlist(before); local xn = node_next(x)
-      while x do
-        local w, d
-        if xn then w, _, d= rangedimensions(before,x,xn)
-        else w, _, d= rangedimensions(before,x) end
-        if d~=d_before then
-          d_before = d; t[w_acc] = t[w_acc] or {}
-          if t[w_acc][1] then t[w_acc][1]=max(t[w_acc][1],d)
-          else t[w_acc][1]=d end
-        end
-        w_acc = w_acc + w
-        x = xn; if x then xn = node_next(x) end
-      end
-    end
-    do
-      local w_acc, h_before = 0, 0
-      local x = getlist(after); local xn = node_next(x)
-      while x do
-        local w, h, d
-        if xn then w, h, d = rangedimensions(after,x,xn)
-	else w, h,d = rangedimensions(after,x) end
-	if mirrored then h=d end
-        if h~=h_before then
-          h_before = h; t[w_acc] = t[w_acc] or {}
-          if t[w_acc][2] then t[w_acc][2]=max(t[w_acc][2],h)
-          else t[w_acc][2]=h end
-        end
-        w_acc = w_acc + w
-        x = xn; if x then xn = node_next(x) end
+  local function profile_inner(box, range, ind, vmirrored, adj)
+    local w_acc, d_before = getfield(box,'shift'), 0
+    local x = getlist(box); local xn = node_next(x)
+    while x do
+      local w, h, d
+      if xn then w, h, d= rangedimensions(box,x,xn)
+      else w, h, d= rangedimensions(box,x) end
+      if vmirrored then h=d end
+      local w_new = w_acc + w
+      if w>=0 then
+        range:insert(ind, h, w_acc-adj, w_new)
+      else
+        range:insert(ind, h, w_new-adj, w_acc)
       end
+      w_acc = w_new; x = xn; if x then xn = node_next(x) end
     end
-    local t2 = {}
-    for i,v in pairs(t) do insert(t2, { i, v[1], v[2] } ) end
-    table.sort(t2, function(a,b) return a[1]<b[1] end)
+  end  
+  function ltjl.p_profile(before, after, mirrored, bw)
+    local range, tls 
+      = init_range(), luatexja.adjust.profile_hgap_factor*tex.lineskip.width
+    profile_inner(before, range, 3, true,     tls)
+    profile_inner(after,  range, 4, mirrored, tls)
+    range = range:flatten()
     do
       local dmax, d, hmax, h, lmin = 0, 0, 0, 0, 1/0
-      for i,v in ipairs(t2) do
-        d, h = (v[2] or d), (v[3] or h)
+      for i,v in ipairs(range) do
+        d, h = (v[3] or 0), (v[4] or 0)
         if d>dmax then dmax=d end
         if h>hmax then hmax=h end
-        if (bw-h-d)<lmin then lmin=bw-h-d end
+        if bw-h-d<lmin then lmin=bw-h-d end
       end
-      if lmin==1/0 then lmin = 0 end
+      if lmin==1/0 then lmin = bw end
       return lmin, 
          bw - lmin - getfield(before, 'depth')
              - getfield(after, mirrored and 'depth' or 'height')
@@ -506,9 +535,12 @@ do
   local ltja = luatexja.adjust
   local copy_glue = ltjl.copy_glue
   local floor, max = math.floor, math.max
-  function ltjl.l_step(dist, g, adj, normal, bw)
+  function ltjl.l_step(dist, g, adj, normal, bw, loc)
+    if loc=='alignment' then
+      return ltjl.l_dummy(dist, g, adj, normal, bw, loc)
+    end
     if dist < tex.lineskiplimit then
-       local f = max(1, bw*ltja.step_factor)
+    local f = max(1, bw*ltja.step_factor)
        copy_glue(g, tex.baselineskip, 1, normal - f * floor((dist-tex.lineskip.width)/f))
     else
        copy_glue(g, tex.baselineskip, 2, normal)