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updated matrix to lib changes

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Baipyrus 2023-11-03 20:53:39 +01:00
parent 08b8fa6136
commit 8c1401f553
1 changed files with 19 additions and 60 deletions
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79
client/inductionMatrix.lua
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@ -1,18 +1,13 @@
-- user options
local options = {
port = 'inductionPort',
name = 'Induction Matrix',
compact = true,
channels = 10,
timeout = 15,
unit = 'FE'
}
-- set system seed
math.randomseed(os.time())
-- system options/components
local system = {}
-- initialize client library
dofile('inputClient.lua')
@ -20,19 +15,15 @@ dofile('inputClient.lua')
-- this gets a pre-made function to convert joules (input values) to provided options.unit
local convert_joules = set_converter(options)
-- initialize components
wait_for_components(options, system, 'inductionPort', 'Induction Matrix')
-- generate induction matrix values
function generate_message(buffer)
function generate_message(width, component, buffer)
-- read induction matrix values
local p_raw = system.main.getEnergyFilledPercentage()
local c_raw = system.main.getEnergy()
local m_raw = system.main.getMaxEnergy()
local i_raw = system.main.getLastInput()
local o_raw = system.main.getLastOutput()
local t_raw = system.main.getTransferCap()
local p_raw = component.getEnergyFilledPercentage()
local c_raw = component.getEnergy()
local m_raw = component.getMaxEnergy()
local i_raw = component.getLastInput()
local o_raw = component.getLastOutput()
local t_raw = component.getTransferCap()
-- convert raw values from joules to specified options.unit
local c_conv = convert_joules(c_raw)
@ -42,56 +33,24 @@ function generate_message(buffer)
local t_conv = convert_joules(t_raw)
-- format and align fill values
message_aligned(buffer, 'Fill....:', format_percent(options, p_raw), system.width)
message_aligned(buffer, 'Fill....:', format_energy(options, c_conv), system.width)
message_aligned(buffer, 'Fill....:', format_percent(options, p_raw), width)
message_aligned(buffer, 'Fill....:', format_energy(options, c_conv), width)
-- format and align capacity
message(buffer, '\n')
message_aligned(buffer, 'Capacity:', format_energy(options, m_conv), system.width)
message_aligned(buffer, 'Capacity:', format_energy(options, m_conv), width)
-- format and align i/o values
message(buffer, '\n') message(buffer, '\n')
message_aligned(buffer, 'Input...:', format_energy(options, i_conv, true), system.width)
message_aligned(buffer, 'Output..:', format_energy(options, o_conv, true), system.width)
message_aligned(buffer, 'Input...:', format_energy(options, i_conv, true), width)
message_aligned(buffer, 'Output..:', format_energy(options, o_conv, true), width)
-- format and align transfer
message(buffer, '\n')
message_aligned(buffer, 'Transfer:', format_energy(options, t_conv, true), system.width)
message_aligned(buffer, 'Transfer:', format_energy(options, t_conv, true), width)
end
function send_info()
-- buffer for messages
local buffer = {}
-- generate messages in buffer
generate_message(buffer)
-- transmit messages in form of buffer
transmit_messages(options, system, buffer)
end
function event_listener()
while true do
local _, _, senderChannel, _, message, _ = os.pullEvent('modem_message')
-- respond to corresponding message only
if senderChannel == system.channel and message == 'print' then
-- send message main display message
send_info()
end
end
end
-- main program
function main()
-- permanent runtime
while true do
-- reset terminal
term.clear()
-- run while all components are detected
while scan_components('inductionPort').success and (not system.timeout) do
event_listener()
end
-- rescan components
wait_for_components(options, system, 'inductionPort', 'Induction Matrix')
end
end
main()
-- run main program
run_client(options, {
print = generate_message
})