Module:MOS degrees: Difference between revisions

Line 287:

local result = '{| class="wikitable sortable"\n'

-- Produce the headers

-- Produce the headers; first row

local steps_in_et = input_mos.nL * step_ratio[1] + input_mos.ns * step_ratio[2]

local et_for_mos = et.new(steps_in_et, input_mos.equave)

result = result .. "! Scale degree !! Note name on " .. string.sub(note_symbols, 1, 1) .. " !! Steps !! Cents\n"

result = result .. '! rowspan="2" |Scale degree\n'

result = result .. '! rowspan="2" |Note name on ' .. string.sub(note_symbols, 1, 1) .. "\n"

-- Add this once for every step ratio to be represented

result = result .. '! colspan="2" |Steps of ' .. et.as_string(et_for_mos) .. '\n'

result = result .. "(L:s = " .. step_ratio[1] .. ":" .. step_ratio[2] .. ")\n"

-- Next row

result = result .. "|-\n"

-- Add this once for every step ratio to be represented

result = result .. "! Steps\n! Cents\n"

-- Add each row, containing a degree, note name, step count, and cent value

for i = 1, #degrees_and_note_names do

-- ~~Add~~ the row~~; each~~ row ~~is its own array~~

-- Is the row for a nominal? (Nominals have no accidentals and are

result = result .. "|-\n"

-- therefore strings of size 1)

local is_nominal = string.len(degrees_and_note_names[i][2]) == 1

-- Add new row, with coloring

if not is_nominal then

result = result .. '|- bgcolor="#c8ccd1"\n'

else

result = result .. "|-\n"

end

-- Add cells for degree and note name

result = result .. "| " .. degrees_and_note_names[i][1] .. "\n" -- Degree name

result = result .. "| " .. degrees_and_note_names[i][2] .. "\n" -- Note name

-- Add cells for step size

result = result .. "| " .. steps_and_cents[i][1] .. "\n" -- Steps

result = result .. "| " .. steps_and_cents[i][2] .. "¢\n" -- Cents

@@ Line 287: / Line 287: @@
 	local result = '{| class="wikitable sortable"\n'
-	-- Produce the headers
+	-- Produce the headers; first row
 	local steps_in_et = input_mos.nL * step_ratio[1] + input_mos.ns * step_ratio[2]
 	local et_for_mos = et.new(steps_in_et, input_mos.equave)
-	result = result .. "! Scale degree !! Note name on " .. string.sub(note_symbols, 1, 1) .. " !! Steps !! Cents\n"
+	result = result .. '! rowspan="2" |Scale degree\n'
+	result = result .. '! rowspan="2" |Note name on ' .. string.sub(note_symbols, 1, 1) .. "\n"
+	-- Add this once for every step ratio to be represented
+	result = result .. '! colspan="2" |Steps of ' .. et.as_string(et_for_mos) .. '\n'
+	result = result .. "(L:s = " .. step_ratio[1] .. ":" .. step_ratio[2] .. ")\n"
+	-- Next row
+	result = result .. "|-\n"
+	-- Add this once for every step ratio to be represented
+	result = result .. "! Steps\n! Cents\n"
 	-- Add each row, containing a degree, note name, step count, and cent value
 	for i = 1, #degrees_and_note_names do
-		-- Add the row; each row is its own array
+		-- Is the row for a nominal? (Nominals have no accidentals and are
-		result = result .. "|-\n"
+		-- therefore strings of size 1)
+		local is_nominal = string.len(degrees_and_note_names[i][2]) == 1
+		-- Add new row, with coloring
+		if not is_nominal then
+			result = result .. '|- bgcolor="#c8ccd1"\n'
+		else
+			result = result .. "|-\n"
+		end
+		-- Add cells for degree and note name
 		result = result .. "| " .. degrees_and_note_names[i][1] .. "\n"		-- Degree name
 		result = result .. "| " .. degrees_and_note_names[i][2] .. "\n"		-- Note name
+		-- Add cells for step size
 		result = result .. "| " .. steps_and_cents[i][1] .. "\n"		-- Steps
 		result = result .. "| " .. steps_and_cents[i][2] .. "¢\n"		-- Cents

Module:MOS degrees: Difference between revisions

Ganaram inukshuk (talk | contribs)