Unit 9. Sentence grammar
And this is the reason why every man should expend his chief thought and attention on the consideration of his first principles: â are they or are they not rightly laid down? â and when he has duly sifted them, all the rest will follow.
Caution! We have to think!
Halfway through this tutorial, it is time we had a closer look at sentence grammar.
Lemizh does not distinguish full sentences from incomplete sentences such as ellipses, clauses or phrases, and other kinds of speech. Every grammatical unit above the word is considered a sentence (or a sequence of sentences) and thus subject to the rules of sentence grammar. Indeed, even words are cited as one-word sentences â with a full stop at the end: sxnĂšz. â, as you have seen in previous units.
You already know three of the rules from unit 2. Here they are again:
One. Sentence structure
A word of level n is subordinate to the nearest word of level nâ1 in front of it; the parole acts as a word of level zero.
Two. Definition of objects
An object of a word in a sentence is a word subordinate to the former, its predicate, plus all of its own objects.
There is no rule defining the word order of sibling objects. Possible reasons for deciding on an order include, but are not limited, to:
- Only the first object can be marked as agentive.
- The default order of plot cases is nomâaccâdat. (See the section on word order on the pragmatics pages.)
- A reversed order of plot cases (datâaccânom) focuses on the receptive viewpoint.
- Objects and words belonging together content-wise, such as coordinations, should normally be placed together.
- An object with a deep structure of sub-objects should be placed in final position to avoid climbing several levels in mid-sentence as this makes the sentence harder to understand (and climbing more than five levels is impossible anyway).
- Objects can be rearranged for stylistic reasons such as euphony, scansion, rhyme, etc.
Inversion, including bracket inversion, and desorption allow for even greater freedom of word order.
Three. Outer case
The outer case of the first word of an object defines its relation to its predicateâs stem via its descriptor; the outer case of a level 1 word is zero.
These are the remaining rules:
Four. Identity of action
An instance of a word stem designates a specific action.
When you instantiate (say or write) a word stem, for example the one in wmĂ b. âweaveâ, you are thinking of one certain action â one of weaving in our example. This may involve the action of several weavers (as in âWe are weavingâ), the use of several threads or the production of several cloths. It need not even be temporally or spatially connected (as in âWe are weaving every Thursday morningâ). In other words, you are thinking of a certain subset of all the weaving there is. Everything referring to your instance â i.e. the word itself, its objects and relative pronouns â refers to this same subset, to this action of weaving.
This set model has nothing to do with the one we encountered in the chapters on partitive cases.
Naming the same word stem (wmĂ b.) for a second time creates a second instance, which may or may not be identical to the first instance. Recall the difference between wĂĄx wĂŹe. speak-fact1 PInâ1-dat-nom2a. âHe is speaking to himself: the sender of speaking is the recipient of the same action of speakingâ and wĂĄx wĂŹxe. speak-fact1 speak-dat-nom2a. âThe one being spoken to is speaking: the sender of an action of speaking is the recipient of an action of speaking, but not necessarily the sameâ.
Even the stem of a relative pronoun instantiates an action: one that is identical to the referred stemâs action (or to the parole).
We informally say that wmĂšb. instantiates a person or a group of people when we really mean its stem instantiates the action of weaving that defines the weaver(s).
The following two rules qualify or narrow down this subset; they provide additional information about it. They are the actual reason why wmĂ b. can refer to a subset of weaving (as opposed to all the weaving there is).
Five. Completeness of cases
A case characterises the action it refers to completely with regard to its case descriptor.
When you have instantiated a word stem, you can add objects to describe its associated subset more specifically, to restrict it. For example, you could add a nominative object. If you do so, it has to name the complete sender â meaning that a nominative object âfatherâ excludes from your instance of wmĂ b. all weaving that is not done by father. A temporal object âevery Thursday morningâ excludes all other times he weaves. A dative âwoolâ ⊠but you get the idea. In this way you can say more and more precisely what subset of all weaving you meant when you said wmĂ b.. Likewise, if you add to your instance of wool a nominative object âgoatsâ (a word of level three), this restricts the set of wool, which in turn restricts the weaving. (And restricting xacgĂ zw. âtwinkleâ with a dative object âSeamusâ excludes all the twinkling light that doesnât reach Seamusâs eyes.)
By the way, restricting a set does not necessarily mean reducing it. If father is only weaving on Thursday mornings anyway, the temporal object will not reduce the size of the set, but it will still add meaning to the sentence. Rule Seven will make this clearer.
The stems of objects are in turn restricted by their predicate and its other objects: the mentioned wool can only be wool woven by father on Thursday mornings. This can be formally shown by an inversion.
The instance of weaving we have been talking about so far cannot include a group in which father is weaving, since naming the nominative object âfatherâ has already established him as the complete sender. We can, however, instantiate a new action of weaving (that is, say or write wmĂ b. for a second time) with the group as nominative, of which father can be a part: wmĂĄb qmiĂš psrĂšnbe. weave-fact1 group-dat-nom2a father-partnom-nom2. âGrouped people, one of which is father, are weavingâ. (The coordination has to equate father with part of a set of grouped people, not with a set of groups; therefore qmĂŹ. needs an inner dative.)
The same applies to inner case. Brackets (and coordinations) are important applications of Rules Four and Five. In the phrase Ăx wĂšxy. male-acc1 speak-nom-acc2., the man is the same as the speaker because both words cover the content of the same instance (Rule Four) of man-making completely (Rule Five); the predicate via its inner case, the object via its outer case. Finally, the inner cases of relative pronouns are also covered by this rule: using pronouns to refer to things that have already been introduced ensures that we are referring to the same things, not to new ones of the same kind; recall these two examples.
Partitive revisited
The mechanism described above implies that Lemizh objects are inherently restrictive in the sense of English restrictive clauses and phrases (âthe man that is speaking, the speaking man [as opposed to the silent one]; Nechwatal the mechanic [as opposed to Nechwatal the cardiologist]â): these help identify their referents, or, in Lemizh terms, the instances of âmanâ and âNechwatalâ, respectively. Contrast this with non-restrictive clauses and phrases (âthe man, which is speaking; the speaking man; Nechwatal, the mechanic [the only Nechwatal I know]â): these provide additional information about their referents, which are already identifiable beforehand.
In Lemizh, all objects are restrictive with the exception of cumulative brackets and coordinations. Brackets cannot restrict their predicate because the restriction has already been done by the predicateâs inner case. (The man is the same as the speaker.) And this is the reason why we need partitive brackets to express restrictiveness: technically, they arenât brackets because their outer case does not match their predicateâs inner case, and so this argument does not apply. The same case can be made for coordinations. However, we do not need to translate all English restrictive constructions with partitives, as we will see in a moment.
The same affair, seen from a different viewpoint: xacgĂ zw meqxĂšn hemĂsi. twinkle-fact1 star-nom-partnom2 Seamus-acc-dat2. âSome [or possibly all] of the stars twinkle at Seamusâ differs from the non-partitive phrasing in that the stars that twinkle at Seamus are not necessarily all of the stars instantiated (Rule Four) by the word mĂšqx.. This becomes important whenever this instance of stars â but now the whole instance â is referenced a second time, as by an object or a pronoun. The reference to the whole instance need not necessarily be grammatically overt, as in the third of the following examples.
xacgĂ zw mĂšqxen tyĂ© hemĂsi. | The twinklers are thought to be taken from the set of these stars. That which twinkles at Seamus is from the set of these stars. | Some [or possibly all] of these stars twinkle at Seamus. | |
twinkle-fact1 star-nom-partnom2 this-acc-nom3 Seamus-acc-dat2. | |||
jerxilfkĂ mĂšqxy. xacgĂ zw fyĂšn hemĂsi. | The twinklers are thought to be taken from the set of rising stars. | The stars are coming up. Some [or possibly all] of them twinkle at Seamus. | |
rise-fact1 star-nom-acc2. twinkle-fact1 PIInâ1-acc-partnom2 Seamus-acc-dat2. | |||
wĂšx Ăxen. | The speaker is thought to be taken from a set of men. a speaker from a set of men | the speaking man (restrictive) | |
speak-nom1 male-acc-partnom2. |
While omitting the partitive in the first two examples would definitely change their meaning, this is not so for the speaking man example: as Ăx. is the only instantiation of âmanâ here, it can instantiate any set of men, notably that of speaking men (or a subset of it). This renders the partitive unnecessary in most situations, even those that are restrictive in the above sense. Conversely, the partitive case implies that the speaker has a larger set of men in mind, perhaps the ones he is pointing at, or the ones present in the room, or the ones he will refer to in the next sentence. Sometimes, though, we want to mark a clause or phrase expressly as non-restrictive, i.e. as not necessary for identifying the referent; strategies for doing so will be discussed in unit 16.
Now letâs have a look at inner partitives. The first of the following examples refers to the weavers twice (once completely and once via a partitive). In the second the reference to the whole set of walkers is not overt, as there is no accusative object without an inner partitive, but it is implied to consist of the beaver and the butcher.
wmĂĄb qmiĂš psrĂšnbe. | Father is thought to be taken from a set of weavers, grouped people. | Father is weaving in a group. Father is part of a group of weavers. | |
weave-fact1 group-dat-nom2a father-partnom-nom2. | |||
dnĂĄ trynxkĂ skmĂšnwy. | The beaver and the butcher are thought to be taken from a set of walkers. | The beaver and the butcher are walking. | |
walk-fact1 beaver-partacc-acc2a butcher-partnom-acc2. |
The fact that an object has to name its complete descriptor poses a problem with a number of cases, notably instrumental, benefactive, causative and consecutive, which are often used to describe just one of several tools, beneficiaries, causes, and consequences, respectively (or more precisely: just part of the set which constitutes the tool etc.). If the wind-caus opens the door, there are normally other causes such as the fact that the door was ajar. The mechanicâs-ben coat may have seen other owners and thus beneficiaries of coat-making. The literal, purely grammatical solution would be to construct such objects with inner partitives. The practical solution is to âtalk looselyâ by omitting the partitive. This results in a sentence that is literally false but usually good enough, just like saying âThere are cubes of Turkish Delightâ is false but good enough if there are roughly cube-shaped bits of Turkish Delight. The same is true for words with an inner instrumental, i.e. tool nouns, which would need an outer partitive if we were to speak literally because at least the wind is also part of the means of sailing. (You cannot just avoid Rule Five by omitting partitives at will. See Noninstantiability narrowing and Widening with a partitive case on the pragmatics pages for more on this.)
Completeness of cases is also the reason for the somewhat weird descriptors for partitive cases. The sender of an action could be taken from any number of sets, so the partitive nominative could never be a complete characterisation â save for the addition of âthought to be takenâ to its descriptor, which uniquely pins down the set the speaker is thinking of in the current context. (I have often omitted this part of the descriptor, or paraphrased it, in example sentences because it is just a technicality and adds nothing to clarity.)
Six. Missing objects
A missing object is equivalent to the absence of information about its descriptor.
Normally, you will not add objects in all existing cases to your instance of wmĂ b.. If you leave out, say, the locative object, Rule Five cannot restrict the weaving with respect to its location. But thanks to Rule Six this does not mean you refer to all locations where father is weaving wool every Thursday morning. It rather means that you omitted any spatial information about your instance of weaving. Leaving out the nominative object of âwoolâ does not mean this instance of wool refers to wool by all woolly animals. It might still be only about goatâs wool, but this information has not been included in the sentence.
Typical reasons for omitting objects are:
- The speaker does not think the information important.
- The speaker does not know the information.
- The speaker is unwilling to share the information.
- The information has already been communicated earlier.
An example that may not be obvious: jnĂ sklĂxtyn. 1/1-acc1 room-acc-partacc2. âall roomsâ does not necessarily describe all rooms there are, because âroomâ could have a missing accusative object âgreenâ. If so, the object of the main predicate would only be the âgreen roomsâ (which is, incidentally, a good example of the importance of Rule Two). But of course the information that the rooms are green can only be omitted if it is clear from context anyway. If this isnât the case, the addressee can safely conclude that the mentioned phrase is really intended to mean âall rooms there areâ. (We will further discuss this issue in the chapter on real-time interpretation on the pragmatics pages.)
Rules Five and Six imply that every instance of a word has exactly one action, one sender, and so on: Five excludes additional senders if one nominative object is already present, and Six gives meaning to missing objects, establishing them as an integral part of Lemizh sentence grammar.
Seven. Degree of reality
Given an object and its predicate, the predicate is considered more real and the object more hypothetical.
The sentence lĂ xt xOĂ jy sokrateĂse. âI want1 to hear2 Socrates3â contains the information that I want1 something (i.e. to hear Socrates), but not that I actually hear2 someone (i.e. Socrates). The main predicate âwantâ, so to speak, lives in the world the sentence is talking about (more formally, the world of the parole), which is the more real, while its object âhear Socratesâ lives in the world of my wish, which is the more hypothetical of these two worlds. The parole, having level zero, acts as the predicate to the sentence as a whole and is therefore still more real. This reflects the fact that the parole is part of the real world; it is as real as anything linguistic can be. Turning this around, we see that the sentence is more hypothetical than reality: it can be a metaphor or some other figure of speech, a statement about a fictional or otherwise imagined world, an error, a lie, a linguistic example sentence, etc. We call the main predicateâs kind of reality, the one that is just one level more hypothetical than the parole and the real world, grammatical reality. Every sentence claims grammatical reality of its main predicate, or, loosely speaking, claims its main predicate.
The sentence qĂ zg lĂ xty xOĂ jy sokrateĂse. âI think1 I want2 to hear3 Socrates4â claims that I think something, while the other two verbs, so to say, are pushed down one degree of reality: âwantâ becomes more hypothetical, and âhearâ even more so.
In the sentence dmĂ t mĂse lĂbvy. âI see1 white mice2â, the object âwhite miceâ is hypothetical as well: there is no claim that the mice actually exist. But, depending on the situation, the addressee might still justifiably conclude that the mice do exist, if there are no other good explanations such as a hallucination; but this is a question of meaning and context, not grammar. In âLucy2 gets1 a bottle2 from Father Christmas2â, Lucy is only as real as the mice: her existence is a logical consequence of the fact that an inexistent person cannot be given a bottle. The same is true, of course, of Father Christmas and the bottle. Such conclusions, which are not licensed by Rule Seven but by logic and/or context, are called pragmatic reality. Pragmatic reality even works for missing objects: âLucy gets a bottleâ implies the existence of a giver even if the nominative object is not overt. Whether and to what extent an object is pragmatically real can depend on many factors: in âShe eats1 it because of the vitamins2â, the existence of the vitamins is questionable because she might only think there are vitamins. In âThe beaver makes1 lace2â, the lace at first only exists in the hypothetical world of the beaverâs lace-making intentions, but when it is finished it becomes pragmatically real.
Here are some consequences of Rule Seven:
Inversion. The degree of reality can be changed using an inversion. Examples will follow in the chapter on modal adverbs in unit 13, and others.
Noun phrases. Until now we have translated phrases having a main predicate with an inner non-factive as noun phrases: wĂšx nĂ gcy. speak-nom1 war-fact-acc2. âthe teller of a warâ. As this phrase claims grammatical reality of the teller, the more accurate translation is âA teller of a war existsâ or âThere is a teller of a warâ. Lemizh does not know stand-alone phrases (or clauses) but only complete sentences.
Note that Rule Seven is about the degree of reality of the predicate, not of the predicateâs stem. While the teller of the war is grammatically real, the underlying action of speaking is only pragmatically so. Technically, this is pragmatic reality of the missing factive object. By contrast, no pragmatic reality for the action follows from predicates such as wĂČx. âthe intention of speakingâ, wĂlx. âthe reason for speakingâ, or Ăv. âthe content of eating, foodâ.
We have encountered several other noun phrases that are equivalent to whole sentences, not necessarily with inner non-factives: âthe behaviour, the strange oneâ = âHe behaves strangelyâ, âsneezing, two individualsâ = âShe sneezes twiceâ, âthe second meetingâ = âThey met for the second timeâ, etc.
Conferring reality. Because of Rules Five and Seven, the predicate of a bracket confers its degree of reality on the object: Ăx wĂšxy. male-acc1 speak-nom-acc2. identifies the man with the speaker, as we have seen; so the speaker must be as real as the man. To expressly claim that the mice you have seen are real, you can say dmĂšt mĂse lĂbvy. see-nom1 mouse-acc-nom2 white-acc-acc3. â(There are) seen things, white miceâ. Conferring reality also works for partitive brackets: if a speaker is taken from a set of men, there must be men.
Speech acts, statements that arenât about the world but are actions in the world (âI promise to comeâ, âYou are hereby promotedâ), seem to contradict the notion of the parole being one level more real than the main predicate. But then, we can say wxĂ jg vaĂ â. promise-fact1 PInâ2-fact-fact2 âŠ., conferring reality on the main predicate. And then, following Rule Six, we will usually omit the pronoun, and all is well.
- Inversion ban. A negator must be the predicate of the negated action or thing:
- nĂ xOĂĄjy axileĂsi. â xOajnĂĄ axileĂsi. not-fact1 hear-fact-acc2 Achilles-acc-dat3a. â hear-fact-not-fact1 Achilles-acc-dat2a. âAchilles isnât listeningâ, but not **xOĂĄj axileysĂŹ nĂa. hear-fact1 Achilles-acc-dat2a not-acc-fact2. âAchilles is listening, which he isnât doingâ;
- nĂ xOĂ Rjy. â xOaRjnĂ . not-fact1 hear-temp-acc2. â hear-temp-not-fact1. âHe never listensâ, but not **xOĂ j nĂaR. hear-fact1 not-acc-temp2. âHe is listening, which he is never doingâ;
- nĂ xOĂljy. â xOOljnĂ . not-fact1 hear-psu-acc2. â hear-psu-not-fact1. âHe has no reason to listenâ. The inverted form does make sense here: xOĂ j nĂOl. hear-fact1 not-acc-psu2. âHe is listening, for which he has no reason. He is listening for no reasonâ is no self-contradiction.
Compounding Rule Two revisited
Per Rule Two of compounding, âin the relationship between the original predicate and object (modifier and head of the compound, respectively), the rules of sentence grammar are retained as far as applicableâ.
- (One. Sentence structure. Not applicable because the structure of the original sentence is lost by the compounding process.)
- (Two. Definition of objects. Unimportant because the head has no objects of its own in the original sentence.)
- (Three. Outer case. Not applicable because the headâs outer case is lost.)
- Four. Identity of action. Both modifier and head are instantiations of specific actions in the original sentence, which however do not necessarily match the instantiation of the compound. For example, the object in tilcdrĂŹR djĂty. more-cons-one-egr1 day-acc-acc2. ânext daytime = tomorrowâ must be discrete for the ordinal numeral to make sense; but the compound djyttilcdrĂ. day-acc-more-cons-one-acc1. can also be seen as continuous.
- Five. Completeness of cases. The epenthetic case characterises the head completely with regard to its descriptor.
- Six. Missing objects. The only overt object of the modifier is the head. All other objects are missing and thus indicate the absence of information about their descriptors.
- Seven. Degree of reality. The phrase avkmĂ r mlĂvy. eat-fact-allow-loc1 sweet-acc-acc2. âa place where one may eat sweets, a place for eating sweetsâ does not claim the existence of a place where sweets are actually eaten, as âallowâ has a higher degree of reality than âeatâ.
Punctuation and other symbols
Here is an overview of the puctuation marks. We already know the pauses of speech, the separators and the straight quotes.
Pauses of speech | |||||
---|---|---|---|---|---|
Name | Symbol | Keyboard | Transcription | Function | |
space | [space] | [space] | [space] | barely audible | |
comma | , | , | , | a bit longer | |
full stop | . | . | . | the longest one (the pause at the end of a sentence) | |
Emphases | |||||
Name | Symbol | Keyboard | Transcription | Function | |
emphasising space | [double space] | [double space] | (!) | have the same grammatical functions as the ordinary pauses, but add emphasis to the preceding sentence or object; similar to an exclamation mark | |
emphasising comma | ; | ; | ,(!) | ||
emphasising full stop | : | : | ! | ||
Separators | |||||
Name | Symbol | Keyboard | Transcription | Function | |
straight dash | a-y | - | - | separate parts of text: letters, morĂŠ, words, objects, sentences, paragraphs, etc., for stylistic reasons such as enhancing readability of compounds or long sentences. The straight dash is the weakest, the pointy dash the strongest separator. | |
round dash | a~y | ~ | â | ||
pointy dash | a^y | ^ | â | ||
Enclosures | |||||
Name | Symbol | Keyboard | Transcription | Function | |
straight parentheses | (y) | ( ) | ( ) | enclose parts of text. A sentence without the contents of the enclosure must be grammatically complete: for example, when enclosing a word, all of its objects must be contained in the enclosure as well. The straight enclosures are the weakest (also outermost), the pointy enclosures the strongest (also innermost). The accent of the last word in front of the enclosure determines the level of the first word in the enclosure. | |
round parentheses | [y] | [ ] | [ ] | ||
pointy parentheses | {y} | { } | { } | ||
straight quotes | <y> | < > | â â | enclose mentioned parts of text, as in ââSocratesâ has eight lettersâ. This includes quotations. | |
round quotes | âčyâș | (none) | â â | ||
pointy quotes | «y» | (none) | ââ ââ | ||
Ellipses | |||||
Name | Symbol | Keyboard | Transcription | Function | |
short ellipsis | â | (none) | â„ | marks omission of one or several letters, as in abbreviations | |
long ellipsis | â | (none) | ⊠| marks omission of one or several words | |
Astronomical symbols These symbols are used for enumeration (e.g. in lists and footnotes) and as abbreviations for exponential numbers (see appendix, Units of measurement), weekdays (see Date), planets, gods, as well as for more specialised purposes. | |||||
Name | Symbol | Keyboard | Transcription | Common uses | |
Sun | Ă | (none) | â | unnumbered (e.g. for bulleted lists), Sol/Helios, day | |
Moon | Ă | (none) | ✠| 256, Luna/Selene, night | |
Mercury | Ă | (none) | âż | #1, 65536, Wednesday, Mercury/Hermes | |
Venus | Ă | (none) | â | #2, 65536ÂČ, Friday, Venus/Aphrodite, born | |
Earth | Ă | (none) | â | #3, 65536Âł, Saturday, Terra/Gaia, female | |
Mars | Ă | (none) | â | #4, 65536âŽ, Tuesday, Mars/Ares, died | |
Jupiter | Ă | (none) | â | #5, 65536â”, Thursday, Jupiter/Zeus, male | |
Saturn | Ă | (none) | â | #6, 65536â¶, Monday, Saturn/Kronos, land | |
Uranus | Ă | (none) | âą | #7, 65536â·, Sunday, Neptune/Poseidon, sea (see here for an explanation of the Uranus/Neptune difficulty) | |
Neptune | Ă | (none) | â | #8, 65536âž, Midwinter day, Midwinter God |
Draft of a Lemizh keyboard. The labelling is incomplete.