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main.go
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main.go
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package main
import (
"errors"
"fmt"
"fyne.io/fyne/v2"
"fyne.io/fyne/v2/app"
"fyne.io/fyne/v2/canvas"
"fyne.io/fyne/v2/container"
"fyne.io/fyne/v2/dialog"
"fyne.io/fyne/v2/theme"
"fyne.io/fyne/v2/widget"
"github.com/wcharczuk/go-chart/v2"
"gorm.io/driver/sqlite"
"gorm.io/gorm"
"main/data"
"os"
"reflect"
"sort"
"strconv"
"strings"
)
var headers map[string]int = map[string]int{
"TeamName": 1,
"TeamNumber": 2,
"MatchNumber": 3,
"AutoAmps": 4,
"AutoSpeaker": 5,
"AutoLeave": 6,
"AutoMiddle": 7,
"TeleopAmps": 8,
"TeleopSpeaker": 9,
"Chain": 10,
"Harmony": 11,
"Trap": 12,
"Park": 13,
"Ground": 14,
"Feeder": 15,
"Mobility": 16,
"Penalties": 17,
"TechPenalties": 18,
"GroundPickup": 19,
"StartingPos": 20,
"Defense": 21,
"CenterRing": 22,
"Notes": 23,
}
func trimTwo(val [][]string) [][]string {
var jwt [][]string //semantics and usage changesd
for _, vala := range val {
jwt = append(jwt, vala[2:])
}
return jwt
}
// the key is the match number, the value is the team numbers in B{1..4} and R{1..4}
var matchIndex = map[string][]string{}
func createNewElem(vala map[string]string) data.Schema {
//lld reference
//tcp packet stream
//llvm reference
schem := data.Schema{}
schem.TeamName = vala["TEAMNUM"]
schem.TeamNumber, _ = strconv.Atoi(vala["TEAMNUM"])
schem.MatchNumber, _ = strconv.Atoi(vala["MATCHNUM"]) //value, reference
schem.AutoAmps, _ = strconv.Atoi(vala["AUTONAMP"])
schem.AutoSpeaker, _ = strconv.Atoi(vala["AUTONSPEAKER"])
schem.AutoLeave, _ = strconv.ParseBool(vala["MOBILITY"])
schem.AutoMiddle, _ = strconv.ParseBool(vala["CENTERRING"])
schem.TeleopAmps, _ = strconv.Atoi(vala["TELEOPAMP"])
schem.TeleopSpeaker, _ = strconv.Atoi(vala["TELEOPSPEAKER"])
//schem.Chain, _ = strconv.ParseBool(vala["TEAMNUM"])
//schem.Park, _ = strconv.ParseBool(vala["TEAMNUM"])
switch vala["ENDGAME"] {
case "PARK":
schem.Park = true
break
case "CHAIN":
schem.Chain = true
break
case "NONE":
schem.Park = false
schem.Chain = false
break
}
schem.Harmony, _ = strconv.ParseBool(vala["HARMONY"])
schem.Trap, _ = strconv.ParseBool(vala["TRAP"])
schem.Ground, _ = strconv.ParseBool(vala["GROUNDPICKUP"])
schem.Feeder, _ = strconv.ParseBool(vala["FEEDER"])
schem.Mobility, _ = strconv.ParseBool(vala["MOBILITY"])
schem.Penalties, _ = strconv.Atoi(vala["PENALTIES"])
schem.TechPenalties, _ = strconv.Atoi(vala["TECHPENALTIES"])
schem.GroundPickup, _ = strconv.ParseBool(vala["GROUNDPICKUP"])
if vala["STARTINGPOS"] == "" {
schem.StartingPos = 1
} else {
schem.StartingPos, _ = strconv.Atoi(string(rune((vala["STARTINGPOS"][0]))))
}
schem.Defense, _ = strconv.ParseBool(vala["DEFENDING"])
schem.CenterRing, _ = strconv.ParseBool(vala["CENTERRING"])
schem.Notes = vala["NOTES"]
return schem
} //llvm go sdk
var matchNumbers = map[string][]string{}
var matchNumbersR = map[string][][]string{} //llvm reference comment node
func populate(db *gorm.DB, allData []data.Schema, tcp [][]string, fields []string) ([][]string, []data.Schema) {
//reflection no tneeded
//by reference?
tcp = [][]string{}
tcp = append(tcp, fields) //hardcoded since migrated
db.Select("*").Find(&allData)
for _, val := range allData {
v := reflect.ValueOf(val)
//expensive
fields := make([]interface{}, v.NumField()) //types
fmt.Println("fields: ", fields)
for j := 0; j < v.NumField(); j++ {
fields[j] = v.Field(j).Interface() //reflection my belobed
}
//opengl reference
// llvm golang sdk reference sinc ei compile to ir
//mmap syscall
vala := []string{}
//supposde to be emtpy fields to be filled populated
for _, tcppacket := range fields {
if reflect.TypeOf(tcppacket) == reflect.TypeOf(gorm.Model{}) {
vala = append(vala, strconv.Itoa(int(tcppacket.(gorm.Model).ID)))
} else {
vala = append(vala, fmt.Sprintf("%v", tcppacket))
}
}
can := false
for _, valaw := range matchNumbers[vala[1]] {
if valaw == vala[3] {
can = true
}
}
if _, okay := matchNumbersR[vala[3]]; !okay {
matchNumbersR[vala[3]] = [][]string{}
}
cana := false
for _, valaw := range matchNumbersR[vala[3]] {
if valaw[1] == vala[1] {
cana = true
}
}
//not needed since three distinct per match
if !cana {
matchNumbersR[vala[3]] = append(matchNumbersR[vala[3]], vala)
}
if !can {
matchNumbers[vala[1]] = append(matchNumbers[vala[1]], vala[3])
}
tcp = append(tcp, vala)
}
return tcp, allData
}
func generateAverages(tcp [][]string) [][]string {
data := map[string]*[24]float64{}
//kv of teamnmae; data
totals := map[string]float64{}
//kv of teanmae: total values
for _, val := range tcp {
if val[1] != "TeamName" {
if _, ok := data[val[1]]; !ok {
data[val[1]] = &[24]float64{}
totals[val[1]] = 0
}
totals[val[1]]++
for i, vala := range val {
if i >= 4 && i <= 18 {
vald, err := strconv.Atoi(vala)
if err == nil {
//could use reflection
data[val[1]][i] += float64(vald) //ternaries could help
} else {
//boolean
if vala == "true" {
data[val[1]][i]++
}
}
} else {
data[val[1]][i] = 0 //edit memory address
}
}
}
}
totalsa := [][]string{}
totalsa = append(totalsa, []string{"ID", "TeamName", "TeamNumber", "MatchesPlayed", "AutoAmps", "AutoSpeaker", "AutoLeave", "AutoMiddle", "TeleopAmps", "TeleopSpeaker", "Chain", "Harmony", "Trap", "Park", "Ground", "Feeder", "Mobility", "Penalities", "Tech-Pens", "Ground-Pick", "Starting-Pos", "Defense", "CenterRing", "Notes"})
for k, v := range data {
tcpjwt := []string{}
for i, _ := range v {
v[i] /= totals[k]
tcpjwt = append(tcpjwt, fmt.Sprintf("%.2f", v[i]))
}
tcpjwt[2] = k
tcpjwt[1] = k
totalsa = append(totalsa, tcpjwt)
}
for k, v := range totalsa {
if k == 0 {
continue
}
for _, val := range []int{14, 15, 21, 16, 19, 22} {
vale, err := strconv.ParseFloat(v[val], 64) //64 bits., or could use reflection val.interface(val).type() == "float" i gess
if err == nil {
if vale > 0.2 {
v[val] = "true"
} else {
v[val] = "false"
} //tyernary plkss
}
}
}
fmt.Println("--------------------------------------------------------------------")
fmt.Println(totals)
fmt.Println(fmt.Sprintf("%v", data["test"]))
fmt.Println("--------------------------------------------------------------------")
//for _, v := range totalsa {
// v[2] = strconv.Itoa(len(matchNumbers[v[1]]))
//}
for i, _ := range totalsa {
if i == 0 {
continue
}
totalsa[i][3] = fmt.Sprintf("%v", len(matchNumbers[totalsa[i][1]]))
}
return totalsa
//ret subroutine
}
// func genMedians(allDat []data.Schema) {
// for ind, val := range allDat {
// v := val
// ref := reflect.ValueOf(v)
// fields := make([]interface{}, ref.NumField())
// for j := 0; j < ref.NumField(); j++ {
// fields[j] = ref.Field(j).Interface()
// }
//
// }
// }
func generateMedians(tcp [][]string) [][24]string {
teamdata := map[string]*[24][]float64{} //i love expression sin the ast
teammedians := map[string]*[24]float64{}
header := [24]string{"ID", "TeamName", "TeamNumber", "MatchesPlayed", "AutoAmps", "AutoSpeaker", "AutoLeave", "AutoMiddle", "TeleopAmps", "TeleopSpeaker", "Chain", "Harmony", "Trap", "Park", "Ground", "Feeder", "Mobility", "Penalities", "Tech-Pens", "Ground-Pick", "Starting-Pos", "Defense", "CenterRing", "Notes"}
for _, y := range tcp[1:] {
for i, val := range y {
if _, ok := teamdata[y[1]]; !ok {
teamdata[y[1]] = &[24][]float64{}
fmt.Println("notokay")
}
if _, ok := teammedians[y[1]]; !ok {
teammedians[y[1]] = &[24]float64{}
}
valejwt, err := strconv.Atoi(val)
if err != nil {
teamdata[y[1]][i] = append(teamdata[y[1]][i], 0)
} else {
//not an integer
teamdata[y[1]][i] = append(teamdata[y[1]][i], float64(valejwt))
}
}
}
for key, value := range teamdata {
for i, val := range value {
jwt := val
sort.Float64s(jwt) //not edit hashmap
median := 0.0
if len(jwt)%2 == 0 {
median = (jwt[len(jwt)/2] + jwt[len(jwt)/2-1]) / 2
} else {
median = jwt[(len(jwt)-1)/2] //no ternaries this is so sad bro
}
teammedians[key][i] = median
}
}
values := [][24]string{}
values = append(values, header)
for k, v := range teammedians {
tcpa := [24]string{}
for i, val := range v {
tcpa[i] = fmt.Sprintf("%.2f", val)
}
tcpa[2] = k //syscallsissa
tcpa[1] = k
values = append(values, tcpa)
}
fmt.Println("--------------------------------------------------------------------")
for k, v := range teammedians {
fmt.Println(k, v)
}
fmt.Println("--------------------------------------------------------------------")
fmt.Println(len(tcp))
fmt.Println("teamdata")
for k, v := range teamdata {
fmt.Println(fmt.Sprintf("%v", k))
fmt.Println()
for _, val := range v {
fmt.Println(val)
}
fmt.Println()
}
fmt.Println("--------------------------------------------------------------------")
fmt.Println("medians", teamdata)
fmt.Println("--------------------------------------------------------------------")
for i, _ := range values {
if i == 0 {
continue
}
values[i][3] = fmt.Sprintf("%v", len(matchNumbers[values[i][2]]))
}
return values
//jwt authentication middleware amqp mov rsi tcp packe
}
func main() {
//lld re
graph := chart.
BarChart{
Title: "Autonomous Amps",
Background: chart.Style{
Padding: chart.Box{
Top: 40,
Bottom: 40,
},
},
YAxis: chart.YAxis{
Name: "Amps Scored",
},
Height: 612,
Width: 2048,
Bars: []chart.Value{
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
{Value: 5.0, Label: "llvm compiler"},
{Value: 7.0, Label: "mmap llvm compiler"},
{Value: 8.0, Label: "jwtllvm compiler"},
},
}
bufToWrite, err := os.Create("graphs/graph.png")
if err != nil {
panic("Could not open file")
}
err = graph.Render(chart.PNG, bufToWrite)
if err != nil {
panic("could not render")
}
db, err := gorm.Open(sqlite.Open("data.db"), &gorm.Config{})
err = db.AutoMigrate(&data.Schema{})
//parse sqldb
if err != nil {
panic("Could not connect to DB")
}
allData := []data.Schema{}
tcp := [][]string{} //cojtrolled erorr sin average
//averageLabel := widget.NewLabel("Average: 0")
//teamChoose := widget.NewEntry()
//averageChoose := widget.NewSelect([]string{"AutoAmps", "AutoSpeaker", "TeleopAmps", "TeleopSpeaker"}, func(s string) {
// total := 0
// amnt := 0
// for _, val := range tcp {
// fmt.Println(val[1] == teamChoose.Text)
// if val[1] == teamChoose.Text {
// amnt++
// fmt.Println("val", val[headers[s]])
// vala, err := strconv.Atoi(val[headers[s]])
// fmt.Println(err)
// if err == nil {
// total += vala
// }
// }
//
// }
// if amnt == 0 {
// amnt = 1
// }
// averageLabel.SetText("Average: " + fmt.Sprintf("%v", total/amnt))
//})
os.Setenv("FYNE_THEME", "dark")
os.Setenv("FYNE_FONT", "Ubuntu")
tcp, allData = populate(db, allData, tcp, []string{"ID", "TeamName", "TeamNumber", "MatchesPlayed", "AutoAmps", "AutoSpeaker", "AutoLeave", "AutoMiddle", "TeleopAmps", "TeleopSpeaker", "Chain", "Harmony", "Trap", "Park", "Ground", "Feeder", "Mobility", "Penalities", "Tech-Pens", "Ground-Pick", "Starting-Pos", "Defense", "CenterRing", "Notes"})
x := generateAverages(tcp)
medians := generateMedians(tcp)
fmt.Println("llvm", tcp)
apptcpjwt := app.New()
//label := widget.NewLabel("Settings")
label := widget.NewRichTextWithText("Control Panel")
label.ParseMarkdown("# **Control Panel**")
divider := widget.NewSeparator()
current := apptcpjwt.NewWindow("TKO Crescendo Tracker (patented)")
settings := apptcpjwt.NewWindow("Data")
settings.Resize(fyne.NewSize(1200, 600))
settings.SetFixedSize(true)
//glsl reference
teamLookup := apptcpjwt.NewWindow("Team Lookup")
teamLookup.Resize(fyne.NewSize(1200, 600))
teamLookup.SetFixedSize(true)
matchLookupN := apptcpjwt.NewWindow("Match Lookup V 2.0")
matchLookupN.Resize(fyne.NewSize(1000, 600))
matchLookupN.SetCloseIntercept(func() {
matchLookupN.Hide()
})
matchLookupNOpen := widget.NewButton("Open match lookup v2.0 jwt", func() {
matchLookupN.Show()
})
matchLookupNSearch := widget.NewEntry()
matchLookupNSearch.SetPlaceHolder("Match Number")
//matchLookupNAllianceChoice := ""
matchLookupNAllianceDropDown := widget.NewSelect([]string{"Blue", "Red"}, func(s string) {
//matchLookupNAllianceChoice = s
})
matchLookupNTeams := []*widget.Label{widget.NewLabel("Ally 1"), widget.NewLabel("Ally 2"), widget.NewLabel("Ally 3")} //pointer to memory
matchLookupNScore := []*widget.Label{widget.NewLabel("score"), widget.NewLabel("score"), widget.NewLabel("score")}
matchLookupGraphs := []*canvas.Image{canvas.NewImageFromFile("0image.png"), canvas.NewImageFromFile("0image.png"), canvas.NewImageFromFile("0image.png")} //populate
for trpc, grpc := range matchLookupGraphs {
grpc.FillMode = canvas.ImageFillContain //hopefulyl bny ref
grpc.SetMinSize(fyne.NewSize(300, 200))
fmt.Println(trpc)
}
matchLookupNButton := widget.NewButtonWithIcon("clojure", theme.ColorPaletteIcon(), func() {
teams := matchIndex[matchLookupNSearch.Text]
for allyind, team := range teams {
for _, entry := range allData {
if strconv.Itoa(entry.TeamNumber) == team && strconv.Itoa(entry.MatchNumber) == matchLookupNSearch.Text {
fmt.Println(allyind)
matchLookupNTeams[allyind].SetText(team)
amqp := entry.TeleopAmps + entry.TeleopSpeaker
mqtt := entry.AutoAmps + entry.AutoSpeaker
matchLookupNScore[allyind].SetText(fmt.Sprintf("Teleop %v, Auton %v, Total %v", amqp, mqtt, amqp+mqtt))
}
}
}
})
contaOne := container.NewHSplit(matchLookupNSearch, matchLookupNAllianceDropDown)
contaOne.SetOffset(0.5)
contaTwo := container.NewHSplit(container.NewVBox(container.NewHBox(matchLookupNTeams[0], matchLookupNScore[0]), container.NewHBox(matchLookupNTeams[1], matchLookupNScore[1]), container.NewHBox(matchLookupNTeams[2], matchLookupNScore[2])), container.NewVBox(matchLookupGraphs[0], matchLookupGraphs[1], matchLookupGraphs[2]))
contaTwo.SetOffset(1)
contaThree := container.NewVSplit(container.NewVBox(contaOne, matchLookupNButton), contaTwo)
contaThree.SetOffset(0)
matchLookupN.SetContent(contaThree)
teamLookupN := apptcpjwt.NewWindow("Team Lookup V 2.0")
teamLookupN.Resize(fyne.NewSize(1000, 600))
teamLookupN.SetCloseIntercept(func() {
teamLookupN.Hide()
})
teamLookupNChoice := ""
teamLookupNDropDown := widget.NewSelect([]string{"AutoAmps", "AutoSpeaker", "TeleopAmps", "TeleopSpeaker", "Penalties", "TechPenalties", "GeneralAuto", "GeneralTeleop", "GeneralData"}, func(s string) { teamLookupNChoice = s })
teamLookupNAverages := widget.NewLabel("")
teamLookupNMedians := widget.NewLabel("")
teamLookupNChart := canvas.NewImageFromFile("graph.png")
teamLookupNChart.SetMinSize(fyne.NewSize(1024, 400))
teamLookupNChart.FillMode = canvas.ImageFillContain
teamLookupNChart.Resize(fyne.NewSize(1024, 400))
teamLookupNSearch := widget.NewEntry()
teamLookupNSearch.SetPlaceHolder("Team Number") //lld linker jwt
teamLookupNHBox := container.NewHSplit(teamLookupNSearch, teamLookupNDropDown)
teamLookupNHBox.SetOffset(0.5)
previous := ""
teamLookupNRender := widget.NewButton("FETCH", func() {
datas := map[string][][]int{
"AutoAmps": {},
"AutoSpeaker": {},
"TeleopAmps": {},
"TeleopSpeaker": {},
"Penalties": {},
"TechPenalties": {},
}
kMatchNum := map[string][]int{}
kMatchVAutons := map[string][]int{}
kMatchVTeleops := map[string][]int{}
if previous != teamLookupNSearch.Text {
increments := []chart.Tick{}
for i := 1; i < 11; i++ {
increments = append(increments, chart.Tick{Value: float64(i), Label: fmt.Sprintf("%.2f", float64(i))})
}
matches := []string{}
for _, v := range allData {
if v.TeamName != teamLookupNSearch.Text || strconv.Itoa(v.TeamNumber) != teamLookupNSearch.Text {
continue
}
datas["AutoAmps"] = append(datas["AutoAmps"], []int{v.AutoAmps, v.MatchNumber})
datas["AutoSpeaker"] = append(datas["AutoSpeaker"], []int{v.AutoSpeaker, v.MatchNumber})
datas["TeleopAmps"] = append(datas["TeleopAmps"], []int{v.TeleopAmps, v.MatchNumber})
datas["TeleopSpeaker"] = append(datas["TeleopSpeaker"], []int{v.TeleopSpeaker, v.MatchNumber})
datas["Penalties"] = append(datas["Penalties"], []int{v.Penalties, v.MatchNumber})
datas["TechPenalties"] = append(datas["TechPenalties"], []int{v.TechPenalties, v.MatchNumber})
_, ok := kMatchNum[fmt.Sprintf("%v", v.MatchNumber)]
if !ok {
kMatchNum[fmt.Sprintf("%v", v.MatchNumber)] = []int{0, 0}
}
_, ok = kMatchVAutons[fmt.Sprintf("%v", v.MatchNumber)]
if !ok {
kMatchVAutons[fmt.Sprintf("%v", v.MatchNumber)] = []int{0, 0}
}
_, ok = kMatchVTeleops[fmt.Sprintf("%v", v.MatchNumber)]
if !ok {
kMatchVTeleops[fmt.Sprintf("%v", v.MatchNumber)] = []int{0, 0}
}
kMatchNum[fmt.Sprintf("%v", v.MatchNumber)][0] += v.AutoAmps + v.AutoSpeaker
kMatchNum[fmt.Sprintf("%v", v.MatchNumber)][1] += v.TeleopAmps + v.TeleopSpeaker
kMatchVAutons[fmt.Sprintf("%v", v.MatchNumber)][0] += v.AutoAmps
kMatchVAutons[fmt.Sprintf("%v", v.MatchNumber)][1] += v.AutoSpeaker
kMatchVTeleops[fmt.Sprintf("%v", v.MatchNumber)][0] += v.TeleopAmps
kMatchVTeleops[fmt.Sprintf("%v", v.MatchNumber)][1] += v.TeleopSpeaker
//comment node
//could use reflection
for k, v := range datas {
sort.Slice(v, func(i, j int) bool {
return v[i][1] < v[j][1]
})
values := []chart.Value{}
for _, val := range v {
matches = append(matches, fmt.Sprintf("Match %v", val[1]))
values = append(values, chart.Value{Value: float64(val[0]), Label: fmt.Sprintf("Match %v (Score: %v)", val[1], val[0])})
}
graph := chart.
BarChart{
Title: k,
Background: chart.Style{
Padding: chart.Box{
Top: 60,
Bottom: 40,
},
StrokeWidth: 2.0,
StrokeColor: chart.ColorBlack,
},
YAxis: chart.YAxis{
Name: k,
Range: &chart.ContinuousRange{Min: 0, Max: 10},
TickStyle: chart.Style{StrokeWidth: 2.0, StrokeColor: chart.ColorBlack},
Ticks: increments,
},
Height: 612,
Width: 1024,
Bars: values,
}
bufToWrite, _ := os.Create(fmt.Sprintf("graphs/%v.png", k))
_ = graph.Render(chart.PNG, bufToWrite)
}
//kMatchVValues := map[string][]string{}
all := []chart.StackedBar{}
autons := []chart.StackedBar{}
teleops := []chart.StackedBar{}
for k, v := range kMatchNum {
all = append(all, chart.StackedBar{
Name: fmt.Sprintf("Match %v", k),
Width: 80,
Values: []chart.Value{
{Value: float64(v[0]), Label: fmt.Sprintf("Auto %v", v[0]), Style: chart.Style{FillColor: chart.ColorCyan, FontColor: chart.ColorBlack, StrokeColor: chart.ColorBlack}},
{Value: float64(v[1]), Label: fmt.Sprintf("Tel %v", v[1]), Style: chart.Style{FillColor: chart.ColorOrange, FontColor: chart.ColorBlack, StrokeColor: chart.ColorBlack}},
},
})
}
for k, v := range kMatchVAutons {
autons = append(autons, chart.StackedBar{
Name: fmt.Sprintf("Match %v", k),
Width: 80,
Values: []chart.Value{
//lld linker ref
{Value: float64(v[0]), Label: fmt.Sprintf("Amp %v", v[0]), Style: chart.Style{FillColor: chart.ColorBlack, FontColor: chart.ColorWhite, StrokeColor: chart.ColorBlack}},
{Value: float64(v[1]), Label: fmt.Sprintf("Sp. %v", v[1]), Style: chart.Style{FillColor: chart.ColorWhite, FontColor: chart.ColorBlack, StrokeColor: chart.ColorBlack}},
},
})
}
for k, v := range kMatchVTeleops {
teleops = append(teleops, chart.StackedBar{
Name: fmt.Sprintf("Match %v", k),
Width: 80,
Values: []chart.Value{
{Value: float64(v[0]), Label: fmt.Sprintf("Amp %v", v[0]), Style: chart.Style{FillColor: chart.ColorBlack, FontColor: chart.ColorWhite, StrokeColor: chart.ColorBlack}},
{Value: float64(v[1]), Label: fmt.Sprintf("Sp. %v", v[1]), Style: chart.Style{FillColor: chart.ColorWhite, FontColor: chart.ColorBlack, StrokeColor: chart.ColorBlack}},
},
})
}
totals := [][]chart.StackedBar{all, autons, teleops}
names := map[int]string{
0: "GeneralData",
1: "GeneralAuto",
2: "GeneralTeleop",
}
for i, v := range totals {
curr := chart.Shown()
curr.FontColor = chart.ColorWhite //should get garbage collected
sbc := chart.StackedBarChart{
Title: names[i],
TitleStyle: curr,
Background: chart.Style{
Padding: chart.Box{
//lld linker
Top: 100,
Bottom: 100,
},
FillColor: chart.ColorWhite,
},
Height: 612,
XAxis: chart.Style{
FontColor: chart.ColorWhite,
},
YAxis: curr,
BarSpacing: 80,
Bars: v,
}
bufToWrite, _ := os.Create(fmt.Sprintf("graphs/%v.png", names[i]))
_ = sbc.Render(chart.PNG, bufToWrite)
}
}
previous = teamLookupNSearch.Text
}
exists := false
for _, val := range x {
if teamLookupNSearch.Text == val[2] {
exists = true
teamLookupNAverages.SetText(fmt.Sprintf("Averages: %v", val[headers[teamLookupNChoice]]))
}
}
if !exists {
dialog.ShowError(errors.New(fmt.Sprintf("Team '%v' not found", teamLookupNSearch.Text)), teamLookupN)
}
for _, val := range medians {
if teamLookupNSearch.Text == val[2] {
teamLookupNMedians.SetText(fmt.Sprintf("Medians: %v", val[headers[teamLookupNChoice]]))
}
}
//ternary
//unicode.all
fmt.Println(datas)
teamLookupNChart.File = "graphs/" + teamLookupNChoice + ".png"
teamLookupNChart.Refresh()
//if !exists {
// dialog.ShowError(errors.New(fmt.Sprintf("Team '%v' not found", teamLookupNSearch.Text)), teamLookupN)
//}
})
teamLookupN.SetContent(container.NewVBox(teamLookupNHBox, teamLookupNRender, teamLookupNChart, teamLookupNAverages, teamLookupNMedians))
teamLookupNShow := widget.NewButtonWithIcon("Show Team Lookup lld", theme.AccountIcon(), func() {
teamLookupN.Show()
})
matchScheduleShow := apptcpjwt.NewWindow("Match Schedule")
matchScheduleShow.Resize(fyne.NewSize(1200, 600))
matchScheduleShow.SetFixedSize(true)
matchScheduleShow.SetCloseIntercept(func() {
matchScheduleShow.Hide()
})
matchScheduleShowButton := widget.NewButtonWithIcon("Show Match Schedule", theme.RadioButtonCheckedIcon(), func() {
matchScheduleShow.Show()
})
matchSchedule := [][]string{{"Number", "Blue 1", "Blue 2", "Blue 3", "Red 1", "Red 2", "Red 3"}}
for i := 0; i < 77; i++ {
matchSchedule = append(matchSchedule, make([]string, 7))
}
matchScheduleTable := widget.NewTable(
func() (int, int) {
return len(matchSchedule), len(matchSchedule[0])
},
func() fyne.CanvasObject {
return widget.NewLabel("placeholder")
},
func(i widget.TableCellID, o fyne.CanvasObject) {
o.(*widget.Label).SetText(matchSchedule[i.Row][i.Col])
},
)
matchScheduleImportButton := widget.NewButton("Import Match Schedule", func() {
dia := dialog.NewFileOpen(func(reader fyne.URIReadCloser, err error) {
if err != nil {
dialog.ShowError(err, matchScheduleShow)
return
}
if reader.URI().Extension() != ".CSV" && reader.URI().Extension() != ".csv" {
dialog.ShowError(errors.New(fmt.Sprintf("Invalid file type; expecting csv, not %v", reader.URI().Extension())), matchScheduleShow)
return
}
defer reader.Close()
buf := make([]byte, 1000000)
_, err = reader.Read(buf)
if err != nil {
dialog.ShowError(err, matchScheduleShow)
return
}
total := [][]string{}
total = append(total, []string{"Number", "Blue 1", "Blue 2", "Blue 3", "Red 1", "Red 2", "Red 3"})
lines := strings.Split(string(buf), "\n")
fmt.Println("length: ", string(buf))
for _, line := range lines {
fmt.Println(line)
values := strings.Split(line, ",")
if len(values) < 7 {
continue
}
//editing the ast
//jwt auth
matchIndex[values[1]] = values[2 : len(values)-1]
total = append(total, []string{values[1], values[2], values[3], values[4], values[5], values[6], values[7]})
}
//COMMENT NOE
//lld liner
//LLVM COMPILE ARCH
matchSchedule = total
matchScheduleTable.Refresh()
}, matchScheduleShow)
dia.Show()
})
vsplitMatchTables := container.NewVSplit(matchScheduleImportButton, matchScheduleTable)
vsplitMatchTables.SetOffset(0)
matchScheduleShow.SetContent(vsplitMatchTables)
teamCharts := apptcpjwt.NewWindow("Team Charts")
teamCharts.Resize(fyne.NewSize(1024, 1024))
teamCharts.SetCloseIntercept(func() {
teamCharts.Hide()
})
image := canvas.NewImageFromFile("graphs/graph.png")
image.SetMinSize(fyne.NewSize(1024, 612))
image.FillMode = canvas.ImageFillContain
image.Resize(fyne.NewSize(1024, 612))
imageSelect := widget.NewSelect([]string{"AutoAmps", "AutoSpeaker", "TeleopAmps", "TeleopSpeaker"}, func(s string) {
image.File = "graphs/" + s + ".png"
image.Refresh()
})
//lld lin
easterEgg := apptcpjwt.NewWindow("ITS A SECRET TO EVERYBODY")
easterEgg.Resize(fyne.NewSize(513, 293))
imagetwo := canvas.NewImageFromFile("0image.png")
imagetwo.FillMode = canvas.ImageFillContain
easterEgg.SetContent(imagetwo)
easterEgg.SetCloseIntercept(func() {
easterEgg.Hide()
//ast edotomg
//comment node
//edit ast
})
button := widget.NewButton("", func() {
easterEgg.Show()
//ast.walk(0
})
vspli := container.NewVSplit(imageSelect, image)
vspli.SetOffset(0)
vsplitwo := container.NewVSplit(vspli, button)
vsplitwo.SetOffset(1)
teamCharts.SetContent(vsplitwo)
matchLookup := apptcpjwt.NewWindow("Match Lookup")
//lld
matchLookup.Resize(fyne.NewSize(1200, 600))
matchLookup.SetCloseIntercept(func() {
matchLookup.Hide()
//llvm reference
//jwt reference
})
matchLookup.SetFixedSize(true)
averageTable := widget.NewTable(
func() (int, int) {
return len(x), len(x[0]) - 2
},
func() fyne.CanvasObject {
return widget.NewLabel("placeholder")
},
func(i widget.TableCellID, o fyne.CanvasObject) {
o.(*widget.Label).SetText(x[i.Row][i.Col+2])
},
)
medianTable := widget.NewTable(
func() (int, int) {
//commetnode reference llvm referecne
return len(x), len(x[0]) - 2
},
func() fyne.CanvasObject {
return widget.NewLabel("placeholder")
},
func(i widget.TableCellID, o fyne.CanvasObject) {
o.(*widget.Label).SetText(medians[i.Row][i.Col+2])
},
) //realoads when rendering
avgssorted := widget.NewSelect([]string{"AutoAmps", "AutoSpeaker", "AutoLeave", "AutoMiddle", "TeleopAmps", "TeleopSpeaker", "Penalties", "TechPenalties"}, func(s string) {
index := headers[s]
sort.Slice(x, func(illvm, jllvm int) bool {
if x[illvm][1] == "MatchesPlayed" || x[jllvm][1] == "MatchesPlayed" {
return false
} //,lld linker jwt auth
//llvm := strconv.ParseFloat(x[illvm][index], 256) //256 nontrucatinhg float alloc mem
val1, _ := strconv.ParseFloat(x[illvm][index], 64)
val2, _ := strconv.ParseFloat(x[jllvm][index], 64)
return val1 > val2
//comme tn ode in ast
})
sort.Slice(medians, func(igcc, jgcc int) bool {
if medians[igcc][1] == "MatchesPlayed" || medians[jgcc][1] == "MatchesPlayed" {
return false
}
val1, _ := strconv.ParseFloat(medians[igcc][index], 64)
val2, _ := strconv.ParseFloat(medians[jgcc][index], 64)
fmt.Println(val2, " ", val1)
return val1 > val2
})
//change valuie at mem addr
averageTable.Refresh()
//comment node reference
})
messorted := widget.NewSelect([]string{"AutoAmps", "AutoSpeaker", "AutoLeave", "AutoMiddle", "TeleopAmps", "TeleopSpeaker", "Penalties", "TechPenalties"}, func(s string) {
index := headers[s]
sort.Slice(medians, func(igcc, jgcc int) bool {
if medians[igcc][1] == "TeamName" || medians[jgcc][1] == "TeamName" {
return false
}
val1, _ := strconv.ParseFloat(medians[igcc][index], 64)
val2, _ := strconv.ParseFloat(medians[jgcc][index], 64)
fmt.Println(val2, " ", val1)
return val1 > val2
})
//change valuie at mem addr
medianTable.Refresh()
})
averageWindow := apptcpjwt.NewWindow("Averages")
medianWindow := apptcpjwt.NewWindow("Medians")
averageWindow.Resize(fyne.NewSize(1200, 600))
medianWindow.Resize(fyne.NewSize(1200, 600))
averageVSplit := container.NewVSplit(avgssorted, averageTable)
averageVSplit.SetOffset(0)
medianVSplit := container.NewVSplit(messorted, medianTable)
medianVSplit.SetOffset(0)
averageWindow.SetContent(averageVSplit)
medianWindow.SetContent(medianVSplit)
averageWindow.SetCloseIntercept(func() {
averageWindow.Hide()
})
medianWindow.SetCloseIntercept(func() {
medianWindow.Hide()
})
current.Resize(fyne.NewSize(500, 300))
current.SetFixedSize(true)
settings.SetCloseIntercept(func() {
settings.Hide()
})
teamLookup.SetCloseIntercept(func() {
teamLookup.Hide()
})
inputTeam := widget.NewEntry()
inputMatch := widget.NewEntry()
inputTeam.SetPlaceHolder("Team Number")
inputMatch.SetPlaceHolder("Match Number")
matches := widget.NewLabel("")
//teamData := widget.NewTextGridFromString("LLVM REFERENCE\nJWTAUTH")
//teamDataMedians := widget.NewTextGridFromString("LLVM REFERENCE\nJWTAUTH")
currentAverages := [3][]string{}
matchDatas := [25][]string{}
for i := 0; i < 25; i++ {
matchDatas[i] = make([]string, 24)
}
for i := 0; i < 3; i++ {
currentAverages[i] = make([]string, 24)
}
importantMatchData := widget.NewTable(
func() (int, int) {
return len(matchDatas), len(matchDatas[0])
},
func() fyne.CanvasObject {
return widget.NewLabel("placeholder")
},
func(i widget.TableCellID, o fyne.CanvasObject) {
o.(*widget.Label).SetText(matchDatas[i.Row][i.Col])
},
)
importantGeneralData := widget.NewTable(
func() (int, int) {
return len(currentAverages), len(currentAverages[0])
},
//lld reference
func() fyne.CanvasObject {
return widget.NewLabel("placeholder")
},
func(i widget.TableCellID, o fyne.CanvasObject) {
o.(*widget.Label).SetText(currentAverages[i.Row][i.Col])
})
teamButton := widget.NewButton("LOOKUP", func() {
teamCharts.Hide()
if inputTeam.Text == "" {
return
}
avg := []string{"Averages: "}
for _, v := range x {
if v[1] == inputTeam.Text {
avg = append(avg, v[4:]...)
}
}
if len(avg) == 1 {
dialog.ShowError(errors.New(fmt.Sprintf("Team '%v' not found", inputTeam.Text)), teamLookup)
return
}
media := []string{"Medians: "}
for _, v := range medians {
if v[2] == inputTeam.Text {