@@ -1,13 +1,5 @@ class BlinkMAddressAssignment < ArduinoSketch - # IMPORTANT -- This is one for four examples that fails with Ruby 1.9 support (latest ruby2c and parsetree) - # the failing example is commented out and replaced with this hello world until I have a chance to resolve the issue -- jd - output_pin 13, :as => :led - - def loop - blink led, 100 - x = 4 - end # want to use more than one blink m? # since each blink m arrives with the same address, # we can't address each one individually @@ -22,91 +14,91 @@ class BlinkMAddressAssignment < ArduinoSketch # address to 10, during the next four seconds to 11 and so on # difficult without a screen. # if you need to, program an led to help with the timing - + - # @blink_m_start_address = 10 - # @flag = false - # @addr1 = "10, byte" - # @addr2 = "11, byte" - # @addr3 = "12, byte" - # - # output_pin 19, :as => :wire, :device => :i2c, :enable => :true # reminder, true issues wire.begin - # input_pin 7, :as => :button_one, :device => :button - # input_pin 8, :as => :button_two, :device => :button - # input_pin 9, :as => :button_three, :device => :button - # - # output_pin 5, :as => :my_lcd, :device => :pa_lcd, :rate => 19200, :clear_screen => :true - # - # def setup - # delay 1000 - # my_lcd.setxy 0,0, "bienvenue" - # delay 5000 - # end - # - # def loop - # - # if @flag == false - # staging - # else - # test_address - # end - # delay 100 - # end - # - # def staging - # my_lcd.setxy 0,0, "press button one to" - # my_lcd.setxy 0,1, "set address to " - # my_lcd.print @blink_m_start_address - # my_lcd.setxy 0,2, "or two for status" - # delay 60 - # my_lcd.setxy 0,3, " " - # my_lcd.setxy 0,3 - # 800.times do |i| - # return 0 if @flag == true - # my_lcd.print "." if i % 50 == 0 - # delay 5 - # if button_one.read_input - # assign_address - # elsif button_two.read_input - # test_address - # end - # end - # @blink_m_start_address += 1 - # end - # - # def assign_address - # @flag = true - # my_lcd.clearscr "setting to " - # my_lcd.print @blink_m_start_address - # delay 100 - # BlinkM_setAddress @blink_m_start_address - # my_lcd.clearscr "done" - # control_it - # end - # - # def control_it - # delay 500 - # my_lcd.clearscr "stopping script" - # BlinkM_stopScript @blink_m_start_address - # my_lcd.clearscr "stopping script.." - # delay 500 - # my_lcd.clearscr "fade to purple.." - # BlinkM_fadeToRGB(@blink_m_start_address, 0xff,0x00,0xff) - # my_lcd.clearscr "fade to purple" - # delay 500 - # BlinkM_fadeToRGB(@blink_m_start_address, 0xff,0x00,0xff) - # end - # - # - # def test_address - # my_lcd.clearscr - # my_lcd.setxy 0,0, "testing address" - # my_lcd.setxy 0,1 - # my_lcd.print blink_m_check_address_message @blink_m_start_address - # delay 5000 - # end - # - # + @blink_m_start_address = 10 + @flag = false + @addr1 = "10, byte" + @addr2 = "11, byte" + @addr3 = "12, byte" + + output_pin 19, :as => :wire, :device => :i2c, :enable => :true # reminder, true issues wire.begin + input_pin 7, :as => :button_one, :device => :button + input_pin 8, :as => :button_two, :device => :button + input_pin 9, :as => :button_three, :device => :button + + output_pin 5, :as => :my_lcd, :device => :pa_lcd, :rate => 19200, :clear_screen => :true + + def setup + delay 1000 + my_lcd.setxy 0,0, "bienvenue" + delay 5000 + end + + def loop + + if @flag == false + staging + else + test_address + end + delay 100 + end + + def staging + my_lcd.setxy 0,0, "press button one to" + my_lcd.setxy 0,1, "set address to " + my_lcd.print @blink_m_start_address + my_lcd.setxy 0,2, "or two for status" + delay 60 + my_lcd.setxy 0,3, " " + my_lcd.setxy 0,3 + 800.times do |i| + return 0 if @flag == true + my_lcd.print "." if i % 50 == 0 + delay 5 + if button_one.read_input + assign_address + elsif button_two.read_input + test_address + end + end + @blink_m_start_address += 1 + end + + def assign_address + @flag = true + my_lcd.clearscr "setting to " + my_lcd.print @blink_m_start_address + delay 100 + BlinkM_setAddress @blink_m_start_address + my_lcd.clearscr "done" + control_it + end + + def control_it + delay 500 + my_lcd.clearscr "stopping script" + BlinkM_stopScript @blink_m_start_address + my_lcd.clearscr "stopping script.." + delay 500 + my_lcd.clearscr "fade to purple.." + BlinkM_fadeToRGB(@blink_m_start_address, 0xff,0x00,0xff) + my_lcd.clearscr "fade to purple" + delay 500 + BlinkM_fadeToRGB(@blink_m_start_address, 0xff,0x00,0xff) + end + + + def test_address + my_lcd.clearscr + my_lcd.setxy 0,0, "testing address" + my_lcd.setxy 0,1 + my_lcd.print blink_m_check_address_message @blink_m_start_address + delay 5000 + end + + end \ No newline at end of file lib/examples/blink_m_address_assignment.rb @@ -1,70 +1,61 @@ class BlinkMMulti < ArduinoSketch - # IMPORTANT -- This is one for four examples that fails with Ruby 1.9 support (latest ruby2c and parsetree) - # the failing example is commented out and replaced with this hello world until I have a chance to resolve the issue -- jd - output_pin 13, :as => :led - - def loop - blink led, 100 - x = 4 - end - # demonstrate control of individual blinkms # this assumes the leds have been assigned addresses 10, 11, 12 # which can be done with blink m address assignment # two ways to address the blinkms, array and individual variables - # @blink_addresses = [10,11,12] - # @addr_all = "0, byte" - # @addr1 = "10, byte" - # @addr2 = "11, byte" - # @addr3 = "12, byte" - # - # output_pin 19, :as => :wire, :device => :i2c, :enable => :true # reminder, true issues wire.begin - # input_pin 7, :as => :button_one, :device => :button - # input_pin 8, :as => :button_two, :device => :button - # input_pin 9, :as => :button_three, :device => :button - # input_pin 10, :as => :button_four, :device => :button - # - # # display the action on a 4x20 pa_lcd, yours may be 9200 instead of 19,200 - # - # output_pin 5, :as => :my_lcd, :device => :pa_lcd, :rate => 19200, :clear_screen => :true - # - # - # def loop - # stop_and_fade(@addr1) if button_one.read_input - # stop_and_fade(@addr2) if button_two.read_input - # stop_and_fade(@addr3) if button_three.read_input - # dance if button_four.read_input - # end - # - # def stop_and_fade(addr) - # f = 1 + addr # hack to coerce addr to int - # my_lcd.clearscr - # my_lcd.setxy 0,0, "blinkm # " - # my_lcd.print addr - # delay 700 - # BlinkM_stopScript addr - # my_lcd.setxy 0,1, "stopping script.." - # delay 700 - # my_lcd.setxy 0,2, "fade to purple.." - # BlinkM_fadeToRGB(addr, 0xff,0x00,0xff) - # end - # - # def dance - # BlinkM_setFadeSpeed(@addr_all, 20) # 1-255, with 1 producing the slowest fade - # my_lcd.clearscr - # my_lcd.setxy 0,0, "Do the shimmy.." - # my_lcd.setxy 0,1 - # @blink_addresses.each do |a| - # BlinkM_fadeToRGB(a, 1,166,138) - # delay 100 - # end - # @blink_addresses.each do |a| - # BlinkM_fadeToRGB(a, 35,0,112) - # delay 100 - # end - # end - + @blink_addresses = [10,11,12] + @addr_all = "0, byte" + @addr1 = "10, byte" + @addr2 = "11, byte" + @addr3 = "12, byte" + + output_pin 19, :as => :wire, :device => :i2c, :enable => :true # reminder, true issues wire.begin + input_pin 7, :as => :button_one, :device => :button + input_pin 8, :as => :button_two, :device => :button + input_pin 9, :as => :button_three, :device => :button + input_pin 10, :as => :button_four, :device => :button + + # display the action on a 4x20 pa_lcd, yours may be 9200 instead of 19,200 + + output_pin 5, :as => :my_lcd, :device => :pa_lcd, :rate => 19200, :clear_screen => :true + + + def loop + stop_and_fade(@addr1) if button_one.read_input + stop_and_fade(@addr2) if button_two.read_input + stop_and_fade(@addr3) if button_three.read_input + dance if button_four.read_input + end + + def stop_and_fade(addr) + f = 1 + addr # hack to coerce addr to int + my_lcd.clearscr + my_lcd.setxy 0,0, "blinkm # " + my_lcd.print addr + delay 700 + BlinkM_stopScript addr + my_lcd.setxy 0,1, "stopping script.." + delay 700 + my_lcd.setxy 0,2, "fade to purple.." + BlinkM_fadeToRGB(addr, 0xff,0x00,0xff) + end + + def dance + BlinkM_setFadeSpeed(@addr_all, 20) # 1-255, with 1 producing the slowest fade + my_lcd.clearscr + my_lcd.setxy 0,0, "Do the shimmy.." + my_lcd.setxy 0,1 + @blink_addresses.each do |a| + BlinkM_fadeToRGB(a, 1,166,138) + delay 100 + end + @blink_addresses.each do |a| + BlinkM_fadeToRGB(a, 35,0,112) + delay 100 + end + end + end \ No newline at end of file lib/examples/blink_m_multi.rb @@ -48,14 +48,6 @@ static void BlinkM_beginWithPowerPins(byte pwrpin, byte gndpin) Wire.begin(); } -// Call this first when BlinkM is plugged directly into Arduino -// The BlinkMs PWR (power) pins should line up with pins 2 and 3 of the connector, -// while the I2C (communications) pins should line up with pins 4 and 5. - -static void BlinkM_beginWithPower() -{ - BlinkM_beginWithPowerPins( PC3, PC2 ); -} // sends a generic command lib/plugins/blink_m.rb @@ -1,9 +1,9 @@ Gem::Specification.new do |s| s.name = %q{rad} - s.version = "0.4.0" + s.version = "0.4.1" s.date = %q{2008-09-04} s.default_executable = %q{rad} - s.summary = "RAD: Ruby Arduino Development - 0.4.0 -- 1.9 Ready!" + s.summary = "RAD: Ruby Arduino Development - 0.4.1 -- 1.9 Ready!" s.email = "jd@jdbarnhart.com" s.executables = ["rad"] s.homepage = "http://github.com/atduskreg/rad" rad.gemspec a115bed52e65fbfaeccd09b1b8df220b68db64f9 JD Barnhart jd@jdbarnhart.com http://github.com/madrona/rad/commit/abebdee87553619447ec5f9f2e6c2b3ec4891dc3 abebdee87553619447ec5f9f2e6c2b3ec4891dc3 2009-10-27T20:27:30-07:00 2009-10-27T20:27:30-07:00 fixed blinkm code examples 882b2de24986e6d9135df01eb8aa32d09ceb9dcb JD Barnhart jd@jdbarnhart.com