SYMBOL INDEX (136 symbols across 27 files)

FILE: NLP/Examples/one/number.py
  class Parser (line 14) | class Parser():
    method __init__ (line 16) | def __init__(self, print_res: bool = False):
    method parse (line 21) | def parse(self, math_string: str, in_vars: dict = {}):
    method infix_notation_parser (line 33) | def infix_notation_parser(self, ):
    method get_input_variables (line 71) | def get_input_variables(self, math_string: str, in_vars: dict = {}):
  function test_backprop (line 94) | def test_backprop(Builder, Executor, math_problems = None):

FILE: dist/siriwave.esm.js
  function __rest (line 16) | function __rest(s, e) {
  class ClassicCurve (line 28) | class ClassicCurve {
    method constructor (line 29) | constructor(ctrl, definition) {
    method globalAttFn (line 36) | globalAttFn(x) {
    method xPos (line 39) | xPos(i) {
    method yPos (line 42) | yPos(i) {
    method draw (line 49) | draw() {
    method getDefinition (line 63) | static getDefinition() {
  class iOS9Curve (line 94) | class iOS9Curve {
    method constructor (line 95) | constructor(ctrl, definition) {
    method getRandomRange (line 122) | getRandomRange(e) {
    method spawnSingle (line 125) | spawnSingle(ci) {
    method getEmptyArray (line 135) | getEmptyArray(count) {
    method spawn (line 138) | spawn() {
    method globalAttFn (line 153) | globalAttFn(x) {
    method sin (line 156) | sin(x, phase) {
    method yRelativePos (line 159) | yRelativePos(i) {
    method yPos (line 173) | yPos(i) {
    method xPos (line 180) | xPos(i) {
    method drawSupportLine (line 183) | drawSupportLine() {
    method draw (line 194) | draw() {
    method getDefinition (line 236) | static getDefinition() {
  class SiriWave (line 258) | class SiriWave {
    method constructor (line 259) | constructor(_a) {
    method hex2rgb (line 344) | hex2rgb(hex) {
    method intLerp (line 352) | intLerp(v0, v1, t) {
    method lerp (line 358) | lerp(propertyStr) {
    method clear (line 371) | clear() {
    method draw (line 379) | draw() {
    method startDrawCycle (line 386) | startDrawCycle() {
    method start (line 404) | start() {
    method stop (line 418) | stop() {
    method dispose (line 432) | dispose() {
    method set (line 442) | set(propertyStr, value) {
    method setSpeed (line 448) | setSpeed(value) {
    method setAmplitude (line 454) | setAmplitude(value) {

FILE: dist/siriwave.umd.js
  function __rest (line 33) | function __rest(s, e) {
  function ClassicCurve (line 46) | function ClassicCurve(ctrl, definition) {
  function iOS9Curve (line 113) | function iOS9Curve(ctrl, definition) {
  function SiriWave (line 279) | function SiriWave(_a) {

FILE: dist/typ/curve.d.ts
  class ClassicCurve (line 2) | class ClassicCurve implements ICurve {

FILE: dist/typ/index.d.ts
  type CurveStyle (line 3) | type CurveStyle = "ios" | "ios9";
  type Options (line 4) | type Options = {
  type IiOS9CurveDefinition (line 20) | type IiOS9CurveDefinition = {
  type IClassicCurveDefinition (line 24) | type IClassicCurveDefinition = {
  type ICurveDefinition (line 30) | type ICurveDefinition = IiOS9CurveDefinition | IClassicCurveDefinition;
  type ICurve (line 31) | interface ICurve {
  class SiriWave (line 34) | class SiriWave {

FILE: dist/typ/ios.d.ts
  class iOS9Curve (line 2) | class iOS9Curve implements ICurve {

FILE: facts/ASR/pre-processing/audio.py
  function audiofile_to_input_vector (line 9) | def audiofile_to_input_vector(audio_filename, numcep, numcontext):

FILE: facts/ASR/pre-processing/ch_De_prep.py
  function preprocess_transcript_for_corpus (line 23) | def preprocess_transcript_for_corpus(transcript):

FILE: facts/ASR/pre-processing/corpus_cleaning.py
  function replace_symbols (line 77) | def replace_symbols(word):
  function remove_symbols (line 87) | def remove_symbols(word):
  function word_to_num (line 102) | def word_to_num(word):
  function get_bad_character (line 127) | def get_bad_character(text):
  function clean_word (line 138) | def clean_word(word):
  function clean_sentence (line 160) | def clean_sentence(sentence):

FILE: facts/ASR/pre-processing/finden_files.py
  function aftiv_length (line 7) | def aftiv_length(row):
  function trans_length (line 10) | def trans_length(row):

FILE: facts/ASR/pre-processing/prep_vocab.py
  function read_training_transcripts (line 21) | def read_training_transcripts(path):

FILE: facts/ASR/pre-processing/prepare_data.py
  function clean_transcriptions (line 25) | def clean_transcriptions(corpus):

FILE: facts/chrütertee.java
  class Main (line 21) | class Main {
    method main (line 22) | public static void main(String[] args) {

FILE: src/context.ts
  type CurveStyle (line 4) | type CurveStyle = "ios" | "ios9";
  type Options (line 6) | type Options = {
  type IiOS9CurveDefinition (line 37) | type IiOS9CurveDefinition = {
  type IClassicCurveDefinition (line 42) | type IClassicCurveDefinition = {
  type ICurveDefinition (line 49) | type ICurveDefinition = IiOS9CurveDefinition | IClassicCurveDefinition;
  type ICurve (line 51) | interface ICurve {
  class SiriWave (line 55) | class SiriWave {
    method constructor (line 82) | constructor({ container, ...rest }: Options) {
    method hex2rgb (line 195) | private hex2rgb(hex: string): string | null {
    method intLerp (line 207) | private intLerp(v0: number, v1: number, t: number): number {
    method lerp (line 214) | private lerp(propertyStr: "amplitude" | "speed"): number | null {
    method clear (line 228) | private clear() {
    method draw (line 237) | private draw() {
    method startDrawCycle (line 245) | private startDrawCycle() {
    method start (line 267) | start() {
    method stop (line 284) | stop() {
    method dispose (line 300) | dispose() {
    method set (line 311) | set(propertyStr: "amplitude" | "speed", value: number) {
    method setSpeed (line 318) | setSpeed(value: number) {
    method setAmplitude (line 325) | setAmplitude(value: number) {

FILE: src/ios9_curve.ts
  class iOS9Curve (line 3) | class iOS9Curve implements ICurve {
    method constructor (line 35) | constructor(ctrl: SiriWave, definition: IiOS9CurveDefinition) {
    method getRandomRange (line 53) | private getRandomRange(e: [number, number]): number {
    method spawnSingle (line 57) | private spawnSingle(ci: number): void {
    method getEmptyArray (line 69) | private getEmptyArray(count: number): number[] {
    method spawn (line 73) | private spawn(): void {
    method globalAttFn (line 92) | private globalAttFn(x: number): number {
    method sin (line 96) | private sin(x: number, phase: number): number {
    method yRelativePos (line 100) | private yRelativePos(i: number): number {
    method yPos (line 119) | private yPos(i: number): number {
    method xPos (line 129) | private xPos(i: number): number {
    method drawSupportLine (line 133) | private drawSupportLine() {
    method draw (line 147) | draw() {
    method getDefinition (line 205) | static getDefinition(): IiOS9CurveDefinition[] {

FILE: src/klassich.ts
  class ClassicCurve (line 2) | class ClassicCurve implements ICurve {
    method constructor (line 9) | constructor(ctrl: SiriWave, definition: IClassicCurveDefinition) {
    method globalAttFn (line 14) | private globalAttFn(x: number): number {
    method xPos (line 18) | private xPos(i: number): number {
    method yPos (line 22) | private yPos(i: number): number {
    method draw (line 32) | draw(): void {
    method getDefinition (line 51) | static getDefinition(): IClassicCurveDefinition[] {

FILE: src/pramp/algodaten/DecodeVariations/answer.java
  class Solution (line 4) | class Solution {
    method decodeVariations (line 6) | static int decodeVariations(String S) {
    method main (line 29) | public static void main(String[] args) {

FILE: src/pramp/algodaten/DecodeVariations/answerII.py
  function decodeVariations (line 3) | def decodeVariations(S):
  class VariationsDecoder (line 57) | class VariationsDecoder:
    method decode_variations (line 60) | def decode_variations(self,S):
    method _dp (line 75) | def _dp(self, letter_index):
  class TestVariationsDecoder (line 105) | class TestVariationsDecoder(unittest.TestCase):
    method test_1 (line 107) | def test_1(self):
    method test_1262 (line 119) | def test_1262(self):

FILE: src/pramp/algodaten/Diff Between Two Strings/answer.py
  function diffBetweenTwoStrings (line 1) | def diffBetweenTwoStrings(source, target):

FILE: src/pramp/algodaten/Island Count/answer.c
  function mark_island (line 8) | void mark_island(int mat[][c_size], int r, int c) {
  function getNumberOfIslands (line 21) | int getNumberOfIslands(size_t numRows, size_t numCols, int binaryMatrix[...
  function main (line 38) | int main() {

FILE: src/pramp/algodaten/Number of Paths/ans.py
  function num_of_paths_to_dest_v2 (line 1) | def num_of_paths_to_dest_v2(n):

FILE: src/pramp/algodaten/Root of Number/ans.c
  function root (line 4) | void root(double x, unsigned int n, double *out)
  function main (line 9) | int main() {

FILE: src/pramp/algodaten/Root of Number/ans.java
  class Solution (line 4) | class Solution {
    method root (line 6) | static double root(double x, int n) {
    method main (line 37) | public static void main(String[] args) {

FILE: src/pramp/algodaten/pairs_with_specific_difference/answer.py
  function find_pairs_with_given_difference (line 1) | def find_pairs_with_given_difference(arr, k):

FILE: src/read-Swiss-German.py
  function load_words (line 2) | def load_words():

FILE: swissDeutschBot/mini.py
  function main (line 13) | def main():

FILE: swissDeutschBot/openAI.py
  function set_prompt (line 4) | def set_prompt(prompt_type):
  function ask (line 34) | def ask(question):
  function correct (line 52) | def correct(sentence):