hardcaml_waveterm v0.14.0 · OCaml Package

val get_wave_width : 
  (Hardcaml_waveterm__.Import.Int.t * Wave.t) ->
  Hardcaml_waveterm__.Import.Int.t * Hardcaml_waveterm__.Import.Int.t

get width code and actual width in chars

val get_wave_height : 
  (Hardcaml_waveterm__.Import.Int.t * Wave.t) ->
  Hardcaml_waveterm__.Import.Int.t * Hardcaml_waveterm__.Import.Int.t

get height code and actual height in chars

val get_max_signal_width : Waves.t -> Hardcaml_waveterm__.Import.Int.t

max width of name window

val get_max_value_width : Waves.t -> Hardcaml_waveterm__.Import.Int.t

max width of values window. Needs to evaluate the entire waveform.

val get_estimated_max_value_width : Waves.t -> Hardcaml_waveterm__.Import.Int.t

gets an estimate fo the max with of values. Inaccruate for the constructors U, S and F.

val get_max_cycles : Waves.t -> Hardcaml_waveterm__.Import.Int.t

max no of wave cycles

val get_max_signals : Waves.t -> Hardcaml_waveterm__.Import.Int.t

max no of wave cycles

val get_max_wave_width : Waves.t -> Hardcaml_waveterm__.Import.Int.t

max width of wave window

val get_max_wave_height : 
  Waves.t ->
  Hardcaml_waveterm__.Import.Int.t ->
  Hardcaml_waveterm__.Import.Int.t

max height of wave window

val draw_clock_cycle : 
  ctx:Draw.In_memory.ctx ->
  style:Draw.In_memory.style ->
  bounds:Draw.rect ->
  w:Hardcaml_waveterm__.Import.Int.t ->
  h:Hardcaml_waveterm__.Import.Int.t ->
  c:Hardcaml_waveterm__.Import.Int.t ->
  Hardcaml_waveterm__.Import.Unit.t

draws one clock cycle

val draw_clock_cycles : 
  ctx:Draw.In_memory.ctx ->
  style:Draw.In_memory.style ->
  bounds:Draw.rect ->
  w:Hardcaml_waveterm__.Import.Int.t ->
  waw:Hardcaml_waveterm__.Import.Int.t ->
  h:Hardcaml_waveterm__.Import.Int.t ->
  cnt:Hardcaml_waveterm__.Import.Int.t ->
  Hardcaml_waveterm__.Import.Unit.t

draws cnt clock cycles

val draw_binary_data : 
  ctx:Draw.In_memory.ctx ->
  style:Draw.In_memory.style ->
  bounds:Draw.rect ->
  w:Hardcaml_waveterm__.Import.Int.t ->
  h:Hardcaml_waveterm__.Import.Int.t ->
  data:Data.t ->
  off:Hardcaml_waveterm__.Import.Int.t ->
  Hardcaml_waveterm__.Import.Unit.t

draw binary waveform data

val draw_data : 
  ctx:Draw.In_memory.ctx ->
  style:Draw.In_memory.style ->
  bounds:Draw.rect ->
  to_str:(Hardcaml.Bits.t -> Hardcaml_waveterm__.Import.String.t) ->
  alignment:Wave_format.alignment ->
  w:Hardcaml_waveterm__.Import.Int.t ->
  h:Hardcaml_waveterm__.Import.Int.t ->
  data:Data.t ->
  off:Hardcaml_waveterm__.Import.Int.t ->
  Hardcaml_waveterm__.Import.Unit.t

draw arbitrary waveform data

type !'a draw_item =
  ?style:Draw.Style.t ->
  ctx:Draw.In_memory.ctx ->
  bounds:Draw.rect ->
  Waves.t ->
  'a

val with_border : 
  draw:'a draw_item ->
  label:Hardcaml_waveterm__.Import.String.t ->
  ?border:Draw.Style.t ->
  'a draw_item

val draw_cursor : 
  ctx:Draw.In_memory.ctx ->
  bounds:Draw.rect ->
  state:Waves.t ->
  Hardcaml_waveterm__.Import.Unit.t

draw cursor

val draw_wave : Hardcaml_waveterm__.Import.Unit.t draw_item

draw waveforms

val draw_signals : Hardcaml_waveterm__.Import.Unit.t draw_item

draw signal names

val draw_values : Hardcaml_waveterm__.Import.Int.t draw_item

draw signal values

val draw_status : Hardcaml_waveterm__.Import.Unit.t draw_item

val draw_ui : 
  ?style:Styles.t ->
  ?bounds:Bounds.t ->
  ctx:Draw.In_memory.ctx ->
  Waves.t ->
  Hardcaml_waveterm__.Import.Unit.t

draw standard user inferface (names, values, waveforms left to right

type pick = Make(Draw.In_memory).pick =

| Status
| No_pick

val pick : 
  bounds:Bounds.t ->
  r:Hardcaml_waveterm__.Import.Int.t ->
  c:Hardcaml_waveterm__.Import.Int.t ->
  Waves.t ->
  pick

package hardcaml_waveterm