# AI
llm_call(inputs(MODEL: "gpt-3.5-turbo-0125/gpt-4o-2024-08-06/gpt-5-mini-2025-08-07/gpt-5-2025-08-07/gpt-4o-search-preview-2025-03-11", PROMPT: value))

# JSON and API
in_json(inputs(NAME: value, JSON: value)) // NAME is the value you want to extract from the JSON
make_json(inputs(KEYN: value, FIELDN: value)) // N starts at 0; you can make as many N as you want. Each key goes with one field
call_api(inputs(METHOD: "GET/POST/PUT/DELETE", URL: value, HEADERS: value)) // HEADERS is optional

# Logic
controls_if(inputs(IFN: value)) // N starts at 0; you can make as many N as you want
logic_negate(inputs())
logic_boolean(inputs(BOOL: "TRUE/FALSE"))
logic_null(inputs())
logic_compare(inputs(OP: "EQ/NEQ/LT/LTE/GT/GTE", A: value, B: value))
logic_operation(inputs(OP: "AND/OR", A: value, B: value))

# Loops
controls_repeat_ext(inputs(TIMES: value))
controls_whileUntil(inputs(MODE: "WHILE/UNTIL", BOOL: value))
controls_for(inputs(VAR: value, FROM: value, TO: value, BY: value)) // VAR is a variable ID. BY is the increment amount
controls_forEach(inputs(VAR: value), LIST: value) // VAR is a variable ID
controls_flow_statements(inputs(FLOW: "CONTINUE/BREAK")) // Must go **inside** of a loop

# Math
math_number(inputs(NUM: value))
math_arithmetic(inputs(OP: "ADD/MINUS/MULTIPLY/DIVIDE/POWER", A: value, B: value)) // A and B are required. They must be blocks, so you need to add math_number or an alternative
math_single(inputs(OP: "ROOT/ABS/NEG/LN/LOG10/EXP/POW10", NUM: value)) // EXP is e^num
math_number_property(inputs(PROPERTY: "EVEN/ODD/PRIME/WHOLE/POSITIVE/NEGATIVE", NUMBER_TO_CHECK: value)) // Boolean output
math_round(inputs(OP: "ROUND/ROUNDUP/ROUNDDOWN", NUM: value))
math_modulo(inputs(DIVIDEND: value, DIVISOR: value))
math_constrain(VALUE: value, LOW: value, HIGH: value)
math_random_int(inputs(FROM: value, TO: value))

# Text
text(inputs(TEXT: value))
text_length(VALUE: value)
text_join(inputs(ADDN: value)) // N starts at 0; you can make as many N as you want
text_isEmpty(inputs(VALUE: value)) // Boolean output
text_changeCase(inputs(CASE: "UPPERCASE/LOWERCASE/TITLECASE", TEXT: value))
text_getSubstring(inputs(WHERE1: "FROM_START/FROM_END/FIRST", WHERE2: "FROM_START/FROM_END/FIRST", STRING: value, AT1: value, AT2: value)) // For AT1 and AT2, only use them if the associated WHEREN is not "FROM_START"
text_reverse(inputs(TEXT: value))
text_count(inputs(SUB: value, TEXT: value)) // Integer output
text_replace(inputs(FROM: value, TO: value, TEXT: value))
text_trim(inputs(MODE: "BOTH/LEFT/RIGHT", TEXT: value)) // Trim spaces from text

# Lists
lists_length(inputs(VALUE: value))
lists_isEmpty(inputs(VALUE: value)) // Boolean output
lists_indexOf(inputs(END: "FIRST/LAST", VALUE: value, FIND: value))
lists_reverse(inputs(LIST: value))
lists_create_with(inputs(ADDN: value)) // N starts at 0; you can make as many N as you want
lists_sort(inputs(TYPE: "NUMERIC/TEXT/IGNORE_CASE", DIRECTION: "1/-1")) // For direction, 1 is ascending, -1 is descending

# Variables
variables_get(inputs(VAR: value)) // VAR is a variable ID
variables_set(inputs(VAR: value, VALUE: value)) // VAR is a variable ID
math_change(inputs(VAR: value, DELTA: value)) // VAR is a variable ID